Serf Exported Syllabus

     Title: BIOS-254-w1&2-fa99 syllabus
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      Text: <IMG SRC="user19/YORICK.jpg" ALIGN="left" HEIGHT="180" 
            WIDTH="230" VSPACE="3" HSPACE="3" BORDER="0">     Welcome 
            to Human Anatomy & Physiology II on the WEB! I'm Dr. Jack 
            Holloway.  That's me on the left with my friend, Yorick 
            (Yorick's the one with no hair).  Actually, not only did 
            I not know Yorick, I've no idea who the fellow was.  
            Anyway, <U>Hamlet</U> is for a course in British 
            Literature.  Let's get on with the continuation of your 
            study of human structure and function.<P>I've been 
            teaching this material for about 25 years at various 
            colleges, but never like this.  This will be a new way of 
            doing old things for all of us.  You'll be on your own a 
            good bit, with me to guide you.  Your lessons and 
            responsibilities will be spelled out in detail.  "All" you 
            must do is keep up with everything, submit assignments on 
            time, familiarize yourself with the prescribed lab 
            material, and be ready to do well on the tests.  You 
            won't be entirely alone, however.  I and your classmates 
            will be around via email and in our Discussion Forum.  
            Also, you'll have access to all the usual services at the 
            College, including the laboratories.<P>Now, let's attend 
            to some details:<P><B>COURSE DESCRIPTION</B><P>BIOS 254W is 
            a continuation of BIOS 204, Human Anatomy & Physiology I.  
            The course covers the anatomy and physiology of the 
            circulatory, reticuloendothelial, endocrine, respiratory, 
            digestive, integumentary, excretory, and reproductive 
            systems.  A treatment of fluid & electrolyte balance is 
            included.  Emphasis will be on structure/function 
            relationships, control mechanisms, and physiologic 
            integration.<P><B>PREREQUISITE</B><P>BIOS 204, Human 
            Anatomy & Physiology I, or equivalent<P><B>REQUIRED 
            MATERIAL</B><P><UL><LI>Marieb, Elaine. 1998.<U> Human 
            Anatomy & Physiology</U>. Fourth ed. 
            Benjamin/Cummings.<LI>Marieb, Elaine. 1998.<U> Study Guide 
            for Human Anatomy & Physiology</U>. Fourth ed. 
            Benjamin/Cummings<LI><U>Interactive Physiology</U> CD-ROM 
            set. A.D.A.M. and Benjamin/Cummings</UL><P><B>RECOMMENDED 
            OPTIONAL MATERIAL</B><P><UL><LI><U>Dictionary of Word Roots 
            and Combining Forms</U> by Borror<LI><U>The Coloring Review 
            Guide of Human Anatomy</U> by McMurtrie & Rikel (highly 
            recommended)</UL><P>All these items are available through 
            the College Bookstore.<P><B>HOW TO CONTACT 
            ME</B><P><UL><LI>PHONE:  (610) 797-3271<LI>EMAIL:  
            jsqrd@fsi.net</UL><P><B>COURSE OBJECTIVES</B><P>Upon 
            successful completion of BIOS 254W the student will have 
            demonstrated:<P><UL><LI>A fundamental knowledge of 
            histological and gross anatomical structures of the human 
            body<LI>An understanding of the basic physiological 
            mechanisms of the human body<LI>Familiarity with normal 
            physiologic control mechanisms<LI>An ability to recognize 
            pattern in structure and function at the cell, tissue, 
            organ, organ system, and organism levels<LI>An increased 
            ability to read science and, hence, learn on his 
            own</UL><P><B>COURSE ORGANIZATION AND 
            REQUIREMENTS</B><P><UL><LI>BIOS 254W runs for 16 classes of 
            one week each, with a <U>WEEK OFF</U> for semester break 
            and a final exam during week 17. <LI> Your responsibilities 
            for each week are detailed in the syllabus.  These 
            include:<UL><LI> a brief writing assignment (which you must 
            submit for credit) each week.<LI>Weekly participation in 
            the Discussion Forum, which begins during the first 
            week</UL><LI>Three tests are scheduled at appropriate 
            intervals.  These tests are built into the electronic 
            syllabus; you'll take them on a computer.  A test 
            consists of a series of multiple choice questions covering 
            material studied since the previous test.  The final exam 
            is comprehensive.<LI>  Each test will include lab-based 
            questions referring to graphics which will download with 
            the questions.  These graphics are photos and 
            photomicrographs of material found in the College 
            laboratories. <LI> All test questions are timed, so 
            you'll have to "know your stuff!"<LI>  An abbreviated 
            practice test (you'll actually get a bit of credit for 
            this thing) is available prior to the first scheduled test 
            to get you used to the testing 
            environment.</UL><P><B>GRADING POLICY</B><P>Each graded 
            item in the course is indicated in the SYLLABUS each time 
            one comes up.  Each item also is assigned a percentage of 
            the total course grade.  You may at any time inspect your 
            grades from the Student Control Panel.  A subjective 
            component of your grade will be derived from your level of 
            participation in our Discussion Forum<P><B>HOW TO APPROACH 
            THE LABS</B><P>Handouts for each lab exercise were included 
            in the Orientation Packet you received in the mail.  Each 
            is referred to at the appropriate spot in the syllabus.  
            You may attack the lab work in a manner of your choosing.  
            Here are a few suggestions:<UL><LI>Your best bet is to 
            spend time in the College labs working with the models and 
            a microscope.  The labs are available during normal class 
            hours and at certain times in the evenings and on weekends. 
             I'll email you a list of these off-hours as soon as they 
            have been scheduled.  A tutor is generally available during 
            these times.  Please remember, though, that <U>the tutor is 
            not there to teach</U>, just to help with problems you may 
            run into.  Also, keep in mind that, should you visit the 
            labs during normally scheduled day and evening lab 
            sessions, you'll be "second in line" for access to the 
            models.  Be polite and patient & it'll work out.<LI>Use 
            the <U>Interactive Physiology</U> CD-ROM set.  The 
            anatomical material is rather good and it'll help with 
            correlation of structure with function.<LI>I highly 
            recommend <U>The Coloring Review Guide of Human 
            Anatomy</U>.  It's a good substitute for actually drawing 
            the structures, which is the best way to really concentrate 
            on form.<LI><U>A.D.A.M. Interactive Anatomy</U> CD-ROM, if 
            you can access it, should be quite helpful. Students who 
            cannot get to the college labs <B><U>should</B></U> gain 
            access to This CD-ROM.  If you're in this position, 
            contact me and I'll tell you how.<LI>Room 106, Penn Hall, 
            at the College is a Science Computer Lab.  The College 
            Library will check out A.D.A.M. Interactive Anatomy, 
            Interactive Physiology, and histology discs.  Use it if you 
            can!<LI>In your spare time (?), search the web for sites 
            dealing with human anatomy.  Here are two good URLs to get 
            you started with histology.  Bookmark them 
            now.<P><OL><LI>http://www.lumen.luc.edu/lumen/MedEd/Histo<LI>http://www.kumc.edu/instruction/medicine/anatomy/histoweb</OL></UL> 
            <P><B>HOW TO DO WELL IN BIOS 254W</B><P><UL><LI>Keep up 
            with the reading.  Playing "catch-up" in a course like this 
            is VERY difficult.<LI>Don't try to cram all the lab work 
            in just before the test.  Multiple doses are much more 
            effective<LI>Submit your weekly assignments on 
            time.<LI>Make good use of the <U>STUDY GUIDE</U>.  A number 
            of test questions will resemble ones you encounter 
            here.<LI>Stay in frequent contact with me via email and our 
            Discussion Forum.  If two weeks pass since I've last 
            heard from you I'll contact you concerning your 
            continuation in the course.<LI>Study hard (what 
            else?).</UL><P>Well, so much for introduction.  I hope 
            you're as excited about the course as I am.<P><B>  GLAD 
            TO HAVE YOU ON BOARD!</B><P>Sincerely,<P>Jack 

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      Text: <B><BIG>Chapter 18,  pp. 626-635, 637-652 in 
            Marieb.</BIG></B><P>  PAY SPECIAL ATTENTION TO:<P><UL><LI>Table 
            18.1<LI>Figure18.6<LI>Figure18.7<LI>Table18.2<LI>Figure 18.13

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      Text: <UL><LI>Normal RBC and differential counts<LI>Plasma 
            protein composition and functions<LI>Non-protein plasma 
            solutes<LI>RBC cell cycle and fate of "used" 
            hemoglobin<LI>Functions of types of leukocytes<LI>Intrinsic 
            and extrinsic pathways leading to coagulation

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      Text: Go to the laboratory at the College and examine blood 
            smears microscopically.  Be able to recognize all formed elements.  
            Refer to Handout <B>LAB 1</B>, which was included in your Orientation 
            Package.

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      Text: Work through pp. 414 - 424 in the <U>STUDY GUIDE</U>, 
            skipping the sections/questions which pertain only to abnormal 
            conditions.

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      Text: Answer Short Essay Questions 13 and 15 on p. 655 in Marieb.

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      Text: <B><BIG>Chapter 19, pp. 657-683 in Marieb.</BIG></B><P>PAY 
            SPECIAL ATTENTION TO:<UL><P><LI>Figure 19.1<LI>Figure 19.4<LI>Figure 
            19.5<LI>Figure 19.8<LI>Figure 19.9<LI>Figure 19.11<LI>Figure 
            19.14<LI>Figure 19.19

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      Text: <UL><LI>The position of the heart within the 
            mediastinum<LI>The coverings of the heart<LI>The external 
            anatomy of the heart from all views<LI>The internal anatomy 
            of the heart<LI>Valve function<LI>Myocardial 
            anatomy<LI>Pulmonary and systemic circuits</UL>  There's 
            a segment of the Interactive Physiology CD 
            "<B>CARDIOVASCULAR SYSTEM</B>" which covers the above 
            topics. Having read the appropriate sections in your text, 
            watch the segment entitled "<B>Anatomy Review: The 
            Heart</B>," it'll help sort things out for you.

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      Text: <UL><LI>The autoexcitability (autorhythmic properties) of 
            cardiac muscle<LI>The intrinsic conduction system of the 
            heart<LI>Actiion potential sequence through this conduction 
            system<LI>The normal EKG tracing and what electrical events 
            generate the shape of the trace<LI>The pressure and volume 
            changes during the <B>CARDIAC CYCLE</B><LI>The sequence of 
            valve closures and the cause of the heart 
            sounds<P>Digesting this material will be greatly aided by 
            working through the segments entitled <B>Intrinsic 
            Conduction System, Cardiac Action Potential, and Cardiac 
            Cycle</B> on the <B>CARDIOVASCULAR SYSTEM</B> CD.

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      Text: <UL><LI>That <B>Cardiac output = Heart Rate x Stroke 
            Volume</B><LI>The determinants of EDV and ESV<LI>The 
            parameters which affect heart rate (pp. 682-684)<LI>The 
            parameters which affect stroke volume</UL><P>At this point, 
            you should view the segments entitled <B>Cardiac Cycle and 
            Cardiac Output</B> on the <B>CARDIOVASCULAR SYSTEM</B> CD.

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      Text: Get into the laboratories at the College and study the 
            models of the heart and great vessels.  Refer to handout <B>LAB 2</B>, 
            included in your Orientation Packet.

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      Text: Work your way through Chapter 19 in the <B><U>STUDY 
            GUIDE</B></U>, ignoring items dealing with abnormal conditions.

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      Text: Answer essay questions 12 and 15 on p. 689 in Marieb.

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      Text: <B><BIG>Chapter 20, pp. 690-715 in Marieb</BIG></B><P>PAY 
            SPECIAL ATTENTION TO:<P><UL><LI>Figure 20.1<LI>Figure 20.3<LI>Figure 
            20.8<LI>Table20.1<LI>Figure 20.9<LI>Figure 20.10<LI>Figure 
            20.14<LI>Figure 20.15

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      Text: <UL><LI>The general structure of a blood vessel: three 
            tunics<LI>How to differentiate among the five types of 
            vessels (arteries, arterioles, capillaries, venules, 
            veins)<LI>How structure is related to function in each type 
            of vessel<LI>The relationship between blood pressure and 
            resistance to flow<LI>How cardiac output, peripheral 
            resistance, and blood volume affect blood 
            pressure<LI>Nervous, chemical, and renal controls on blood 
            pressure<LI>The mechanism of capillary fluid exchange and 
            the formation of lymph<LI>Fetal circulation<P>Now is the 
            time to make use of the segments under the heading 
            <B>VESSELS</B> on the Interactive Physiology CD 
            <B>CARDIOVASCULAR SYSTEM</B>

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      Text: Work your way through Chapter 20, pp. 460-485 and 493-495 
            in the <B><U>STUDY GUIDE</B></U>.  This is quite a bit of material, but 
            it will help you with lab-based questions as well as those based on 
            your reading.

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      Text: In the laboratory, familiarize yourself with the material 
            contained in <B>LAB 3 and LAB 4</B>.  These handouts were included in 
            your Orientation Packet.

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      Text: Answer short essay questions 13, 14, and 17 on p. 743 in 
            Marieb.

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      Text: Here comes the elusive Practice Test.  It's short, it's 
            worth ten points, and it should be fun.  Just click on the 
            radio button of the answer of your choice.  You may change 
            your answer if you goof.  Then, when you're satisfied, 
            click on the answer button.  Your answer will be recorded 
            and the next question will download.

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   Heading: The Lymphatic System, Defenses and Immunity
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      Text: <B><BIG>Chapter 21, pp. 744-753 and Chapter 22, pp. 758-793 
            in Marieb</BIG></B>, excluding the material dealing with 
            pathology.<P>PAY SPECIAL ATTENTION TO:<P><UL><LI>Figure 
            22.2<LI>Figure 22.4 (Classical Pathway)<LI>Table 
            22.2<LI>Figure 22.7<LI>Figure 22.9<LI>Figure 
            22.11<LI>Figure 22.12<LI>Table 22.4<LI>Figure 22.18

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      Text: <UL><LI>The structure/function relationships of the various 
            lymphoid organs<LI>The routes by which the two major 
            lymphatic fields return lymph to the central venous 
            return<LI>The special role of the thymus in lymphocyte 
            differentiation<LI>The cardinal signs and mechanisms of 
            inflammation<LI>The mechanism whereby the immune system 
            learns to distinguish self from non-self. <U>I'll in the 
            Discussion Forum for this one.</U><LI>The basics of 
            antibody structure and function<LI>The fundamentals of 
            humoral and cell-mediated innumity<LI>The definition of 
            allergy

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      Text: Here we go with <B>TEST 1</B>.<P>Get comfortable, limber up 
            your mouse hand, and try to relax. YOU MUST TAKE THIS TEST BETWEEN FEB. 
            9 AND MAR.2. <B>GOOD LUCK!!</B>

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      Text: <B><BIG>Chapter 17, pp. 586-618 in Marieb</BIG></B><P>PAY 
            SPECIAL ATTENTION TO:<P><UL><LI>Figure 17.1<LI>Figure 17.2 (part 
            a)<LI>Figure 17.3<LI>Figure 17.5<LI>Table 17.1<LI>Figure 17.11<LI>Table 
            17.3<LI>Figure 17.14<LI>Figure 17.16

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      Text: <UL><LI>The differences/similarities of physiologic control 
            by the nervous and endocrine systems<LI>Peptide 
            (hydrophilic) vs steroid (hydrophobic) hormones and how 
            each influences target cell activity<LI>The role of 
            feedback mechanisms in the control of hormone 
            secretion<LI>The anatomical relationship between the 
            pituitary gland and the infundibulum of the 
            brainstem<LI>The mechanism of control of anterior pituitary 
            secretion by hypothalamic neurons<LI>The pituuitary 
            hormones (both lobes) and their actions<LI>That thyroid 
            hormone is the only one stored and the importance of Iodine 
            in the diet<LI>The sources and actions of the two hormones 
            which control blood calcium levels<LI>The source and 
            actions of the two major hormones which control blood 
            glucose levels<LI>The steroid hormones of the adrenal 
            cortex, which zone of the cortex secretes each, and their 
            actions (including their role in the stress 
            response)</UL><P><B><U>We will hold off on the endocrine 
            activity of the gonads until reproduction is covered later 
            in the course.</B></U>

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      Text: You will need to know the gross anatomical locations of the 
            endocrine organs included in Figure 17.1 in Marieb.  You 
            should also be able to recognize these organs (except 
            gonads) in histological section.  Use the labs at NCC, the 
            histology websites listed in your Orientation Packet, 
            and/or A.D.A.M., if you have access to it.

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      Text: Answer the questions on pp. 392-403 in the<B><U>STUDY 
            GUIDE</B></U>

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      Text: Answer short essay questions 17, 18, and 19 on p. 625 in 
            Marieb

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   Heading: Respiration, Blood Gas Transport
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      Text: 

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      Text: <B><BIG>Chapter 23, pp. 798-837 in Marieb.</BIG></B><P>PAY 
            SPECIAL ATTENTION TO:<P><UL><LI>Figure 23.3<LI>Table 23.1<LI>Figure 
            23.4<LI>Figure 23.8<LI>Figure 23.9<LI>Figure 23.12<LI>Figure 
            23.15<LI>Figure 23.16<LI>Figure 23.20<LI>Figure 23.21

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      Text: <UL><LI>Nasal cavity structure and the means by which 
            inspired air is conditioned<LI>That air and food occupy the 
            same cavity (part of the pharynx) and how the swallowing 
            reflex prevents food from entering the larynx<LI>The role 
            of the tracheal rings and the significance of their 
            incompleteness posteriorly<LI>The histology of the lung, 
            including alveolar wall cell types<LI>The significance of 
            Boyle's Law with respect to atmospheric, intrapulmonary, 
            and intrapleural pressures<LI>The mechanism of pulmonary 
            ventilation<LI>Pulmonary volumes and capacities<LI>Factors 
            which influence the efficiency of gas exchange between 
            alveolar air and blood plasma<LI>The effects of 
            tempereature and pH on the affinity of hemoglobin for 
            oxygen<LI>The forms in which carbon dioxide is transported 
            in the blood, including the chloride shift<LI>Neural and 
            chemical control of rate & depth of breathing<P>Be sure to 
            spend time with the Interactive Physiology CD 
            <B>RESPIRATORY SYSTEM</B>.

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      Text: Use the laboratories at NCC, A.D.A.M., etc. to familiarize 
            yourself with the gross anatomy of the respiratory system.  
            Also be able to recognize histological preparations of 
            airways and lung.  Refer to handout <B>LAB 7</B>, included 
            in your Orientation Packet. Also, check out the following 
            Websites.  They contain an extensive treatment of pulmonary 
            ventilation plus sample spirograph tracings.  These will 
            show up on the next 
            test.<UL><LI>http://bio.bio.rpi.edu/HB/UniversalFiles/Lectures/L17NEWPVent/L17NEWPVent.html<LI>http://linux.cayuga-ccf.edu/greer.biol204/resp3/resp3.html<LI>http://predator.pnb.uconn.edu/PNB265/PNBresp.htm</UL>

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      Text: In the <B><U>STUDY GUIDE</B></U>, answer the questions on 
            pp. 539-558.  You need not worry about sections dealing with material 
            not specifically mentioned in the <B>READING</B> assignment above.

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   Heading: SEMESTER BREAK!!
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      Text: 

   EventID: 14013
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  Position: 41
      Type: 2
   Heading: Digestion
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      Text: 

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      Text: <B><BIG>Chapter 24 in Marieb</BIG></B>.  You may option 
            those sections dealing with pathological situations.<P>PAY 
            SPECIAL ATTENTION TO:<P><UL><LI>Figure 24.2<LI>Figure 
            24.6<LI>Table 24.1<LI>Figure 24.15<LI>Figure 24.16<LI>Table 
            24.2<LI>Figure 24.21<LI>Figure 24.24<LI>Figure 
            24.25<LI>Figure 24.28

   EventID: 14015
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   Heading: <B>KNOW</B>
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      Text: <UL><LI>The six activities of the alimentary canal and the 
            structures which carry out each activity<LI>Local (short) 
            and autonomic (long)reflex controls of gut activity<LI>The 
            contributions of the oral cavity (mastication, salivation) 
            to the digestive process, including controls on 
            salivation<LI>The major events of the swallowing 
            reflex<LI>The secretions and functions of the 
            stomach<LI>The special position of the duodenum with 
            respect to the entrance of common bile and pancreatic 
            ducts<LI>The digestive, absorptive, and propulsive 
            mechanisms of the small intestine<LI>The arrangement and 
            significance of the liver's dual blood suppli<LI>The 
            components of bile, their functions, and the function of 
            the gall bladder<LI>The composition of pancreatic juice and 
            the control of its secretion<LI>The differences in 
            structure between small and large intestines in terms of 
            their differing functions<LI>The significance of normal 
            large gut flora<LI>Reflex control of large gut activity, 
            including the defecation reflex<LI>The sequence of 
            hydrolytic enzymes used in chemical digestion and which 
            nutrient molecules each hydrolyzes<LI>The forms in which 
            nutrients are absorbed

   EventID: 14016
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      Text: Refer to the morphological material in <B>Lab 8</B> 
            included in your Orientation Packet.  The gross anatomical 
            material may be studied in the laboratories at NCC or via 
            A.D.A.M.  The microscopic material is very nicely presented 
            on the histology websites mentioned before.  You will have 
            to be able to identify all the structures listed in <B>Lab 
            8</B>

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      Text: Work through pp. 570-576 and 580-591 in the <B><U>STUDY 
            GUIDE</B></U>.  Omit thosse sections which are concerned with pathology.

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      Text: Answer short essay questions 18, 24, and 25 on p. 906 in 
            Marieb.

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  Position: 47
      Type: 2
   Heading: Nutrition, Metabolism
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      Text: 

   EventID: 14020
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      Text: <B><BIG>Chapter 25, pp.908-915 and 939-944 in 
            Marieb</BIG></B><P>A good bit of the material in this 
            chapter was covered in Anatomy & Physiology I.  Review this 
            "old stuff" only when necessary to handle items in the 
            "KNOW" section below.<P>PAY SPECIAL ATTENTION 
            TO:<P><UL><LI>Figure 25.2<LI>You will NOT be tested on 
            dietary sources and dietary requirements<LI>The 
            relationship between vitamins and coenzymes<LI>The 
            distinction between fat-soluble and water-soluble 
            vitamins<LI>The role of minerals in normal physiology, 
            including some examples<LI>Definitions of glycolysis, Krebs 
            cycle,Electron transport, gluconeogenesis, glycogenesis, 
            glycogenolysis, lipogenesis, and lipolysis<LI>The timing, 
            events, and controls of absorptive and postabsorptive states

   EventID: 14021
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      Text: <UL><LI>How nutrients in each category are used<LI>The 
            sequence in which nutrients are preferrentially used as 
            fuel<LI>What an "essential amino acid" is<LI>The 
            relationship between vitamins and coenzymes<LI>The various 
            functions of minerals, including examples<LI>The 
            significance of: glycogenesis, glycogenolysis, 
            gluconeogenesis, lipolysis, and lipogenesis<LI>Nutrient 
            flow and chemical control of the absorptive and 
            postabsorptive states

   EventID: 14022
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      Text: There is no laboratory exersise for this material.

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      Text: In the <B><U>STUDY GUIDE</B></U> answer the questions on 
            pp. 603-607 and 614-617.

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      Text: Answer short essay questions 16 and 19 on pp. 962 & 963 in 
            Marieb.

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      Type: 2
   Heading: Test #2
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      Text: 

   EventID: 14026
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      Text: <B>TEST 2</B>

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   Heading: Integument
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      Text: 

   EventID: 14028
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      Text: <B><BIG>Chapter 5, pp. 142-155 in Marieb.</BIG></B><P>PAY 
            SPECIAL ATTENTION TO:<P><UL><LI>Figure 5.2<LI>Figure 5.3<LI>Figure 
            5.5</UL>

   EventID: 14029
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      Text: <UL><LI>The layers of epidermis, dermis, and 
            hypodermis<LI>What appendages that, with the skin, comprise 
            the integument<LI>The difference (including location) 
            between thin skin and thick skin<LI>The functions of the 
            skin<LI>The functions of cells found in the dermis<LI>The 
            functions of cells at the dermal-epiderman junction<LI>The 
            changes which occur in epidermal cells during 
            keratinization<LI>The growth and physiology of hair and the 
            two types of sweat glands

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      Text: You will be responsible for recognition of all the 
            integumentary structures mentioned in <B>Lab 10</B> which 
            was included in your Orientation Packet.  An excellent 
            source for this is one or both of the histology websites.  
            The laboratories at NCC will also do.

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      Text: Work through the problems on pp. 102-109 in the <B><U>STUDY 
            GUIDE</B></U>

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      Text: Answer short essay questions 16 and 17 on p. 162 in Marieb.

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   Heading: Urinary System
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      Text: 

   EventID: 14034
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      Text: <B><BIG>Chapter 26, pp. 964-992 in Marieb</BIG></B><P>PAY 
            SPECIAL ATTENTION TO:<P><UL><LI>Figure 26.1<LI>Figure 26.3<LI>Figure 
            26.5<LI>Figure 26.7<LI>Figure 26.9<LI>Figure 26.13<LI>Table 
            26.1<LI>Figure 26.14

   EventID: 14035
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      Text: <UL><LI>The sequence of structures through which glomerular 
            filtrate passes from Bowman's capsule to urethra<LI>The 
            sequence of vessels through which blood flows from renal 
            artery to renal vein<LI>The fine structure of glomerular 
            capillaries and the visceral layer of Bowman's 
            capsule<LI>The substances which are normally filtered and 
            those which remain in the blood<LI>The forces responsible 
            for formation of glomerular filtrate<LI>Both intrinsic and 
            extrinsic controls on glomerular filtration rate 
            (GFR)<LI>What substances are absorbed and secreted by each 
            segment of the kidney tubule<LI>The countercurrent 
            multiplier mechanism for enabling the excretion of urine 
            hypertonic to blood<LI>The role of aldosterone in 
            regulating the osmotic concentration of urine<LI>Bladder 
            physiology, including micturition<LI>The composition of 
            normal urine</UL><P>The Interactive Physiology CD on the 
            <B>URINARY SYSTEM</B> will be of great help as you study 
            this material.

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      Text: Refer to the handout <B>Lab 11</B> from the Orientation 
            Packet.  Use the NCC laboratories, A.D.A.M., and/or the 
            histology websites to learn the identification of the 
            structures listed in the handout.<P>There's a section in 
            <B>Lab 11</B> entitled <U>Home-grown Urinalysis</U>.  
            Follow the instructions to analyse your own urine and 
            report by (private, if you wish) email to me your results.  
            Also, visit the following URLs for photomicrographs of 
            urine sediment.  There'll be a lab-based question on this 
            in your next 
            test.<UL><LI>http://www.vh.org/Providers/CME/CLIA/UrineAnalysis/UrineAnalysis.html<LI>http://indy.radiology.uiowa.edu/Providers/ClinRef/FPHandbook/Chapter03/06-3.html

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      Text: Work through the sections on pp. 630-638 in your 
            <B><U>STUDY GUIDE</B></U>

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      Text: Answer short essay questions 12, 13, and 17 on p. 999 in 
            Marieb.

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   Heading: Fluid & Electrolyte Balance
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      Text: 

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      Text: <B><BIG>Chapter 27, pp. 1000-1020 in Marieb</BIG></B><P>PAY 
            SPECIAL ATTENTION TO:<P><UL><LI>Figure 27.6<LI>Figure 27.8<LI>Figure 
            27.9<LI>Figure 27.10<LI>Figure 27.12<LI>Figure 27.13</UL><P>

   EventID: 14041
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      Text: <UL><LI>The major fluid compartments of the body<LI>The 
            distribution of major electrolytes among the fluid 
            compartments<LI>The balance between water intake vs water 
            excretion<LI>The hormonal control of sodium, potassium, and 
            calcium levels in the extracellular fluid<LI>Fluid buffer, 
            respiratory, and renal mechanisms for maintaining proper 
            acid/base balance</UL><P>Be sure to review the segment on 
            Late Processing of Filtrate on the Interactive Physiology 
            CD <B>URINARY SYSTEM</B>

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      Text: There is no laboratory exercise associated with this 
            material

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      Text: In the <B><U>STUDY GUIDE</B></U>, do items: 2 & 4 on pp. 
            656-658, items 1,2 & 3 on pp. 658=659,and the exercises on pp. 660-666.

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      Text: Answer short essay questions 16-19 on p. 1029 in Marieb

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   Heading: Test #3
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      Text: 

   EventID: 14046
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   Heading: Reproduction
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      Text: 

   EventID: 14047
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      Text: <B><BIG>Chapter 28, pp. 1030-1062 in 
            Marieb.</BIG></B><P>PAY SPECIAL ATTENTION TO:<P><UL><LI>Figure 
            28.1<LI>Figure 28.3<LI>Figures 28.6 & 28.7<LI>Figure 28.8<LI>Figure 
            28.11<LI>Figure 28.12<LI>Figure 28.19<LI>Figure 28.20<LI>Figure 
            28.22</UL>

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      Text: <UL><LI>How to compare mitosis and meiosis<LI>The 
            arrangement of seminiferous tubules and interstitial cells 
            in the testes<LI>The ssequence of events in 
            spermatogenesis<LI>The function of Sertoli (sustentacular) 
            cells<LI>The function of the epididymis<LI>The system of 
            ducts which conduct sperm to the outside<LI>The accessory 
            glands and their secretions<LI>The reflexes of erection and 
            ejaculation<LI>The anatomic relationships of the female 
            reproductive tract<LI>The role of follicle cells in 
            oogenesis<LI>The pattern of follicle maturation followed by 
            ovulation<LI>The function of the corpus luteum<LI>The 
            hormonal control of the events and timing of the ovarian 
            cycle<LI>The microscopic structure of the uterus<LI>The 
            changes (and the control of them) which occur during the 
            female cycle<LI>How fertilization and implantation alters 
            the female cycle<LI>The structure and function of the 
            mammary glands

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      Text: Refer to handout <B>Lab 13</B> from your Oreintation 
            Packet.  Use the models in the laboratory and/or A.D.A.M. to 
            familiarize yourself with the structures mentioned in the handout.  The 
            histology websites also contain decent photomicrographs.

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      Text: In the <B><U>STUDY GUIDE</B></U>, work through the 
            exercises in Chapter 28, pp. 674-688.

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      Text: Answer Short Essay Questions 19 & 20 on p. 1076 in Marieb.

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   Heading: Comprehensive Final Exam
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Serf Exported Pool ID=67

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Serf Exported Pool ID=68

     Title: Practice (T)
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Serf Exported Pool ID=69

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Serf Exported Pool ID=70

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    PoolID: 70
    ItemID: 1087
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Serf Exported Pool ID=71

     Title: TEST 2 (G)
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    PoolID: 71
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Serf Exported Pool ID=72

     Title: Test 2 (T)
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    PoolID: 72
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Serf Exported Item Type=14 ID=1002

     Title: 1
   Columns: 7

    ItemID: 1002
 Parameter: 1
      Text: <IMG SRC="user19/FRED.jpg" ALIGN="right" HEIGHT="250"   
            WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">This is a(n)
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1002
 Parameter: 9
      Text: cat
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1002
 Parameter: 9
      Text: wombat
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1002
 Parameter: 8
      Text: dog
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1002
 Parameter: 9
      Text: vole
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1002
 Parameter: 9
      Text: ocelot
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1002
 Parameter: 10
      Text: 0
  Position: 7
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  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1003

     Title: 2
   Columns: 7

    ItemID: 1003
 Parameter: 1
      Text: <IMG SRC="user19/BLOOD.5.1.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" Border="0"> That was my Basset 
            Hound,   Fred....Now I'm getting serious..... The leukocyte in this   
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 Wrongback: 

    ItemID: 1003
 Parameter: 9
      Text: the allergic reaction
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1003
 Parameter: 8
      Text: defense against parasitic worms
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1003
 Parameter: 9
      Text: the immune response
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1003
 Parameter: 9
      Text: blood gas transport
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1003
 Parameter: 9
      Text: hemostasis
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   Shuffle: 0
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 Wrongback: 

    ItemID: 1003
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1004

     Title: 3
   Columns: 7

    ItemID: 1004
 Parameter: 1
      Text: <IMG SRC="user19/TORSO.2.1.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The vessel indicated by   
            the arrow is the
  Position: 1
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  Feedback: 
 Wrongback: 

    ItemID: 1004
 Parameter: 9
      Text: brachiocephalic trunk
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1004
 Parameter: 9
      Text: subclavian artery
  Position: 3
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  Feedback: 
 Wrongback: 

    ItemID: 1004
 Parameter: 9
      Text: jugular vein
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  Feedback: 
 Wrongback: 

    ItemID: 1004
 Parameter: 9
      Text: internal carotid artery
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   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1004
 Parameter: 8
      Text: common carotid artery
  Position: 6
   Shuffle: 0
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 Wrongback: 

    ItemID: 1004
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1005

     Title: 3
   Columns: 7

    ItemID: 1005
 Parameter: 1
      Text: Which of the following is <B>NOT</B> a normal function of   
            blood?
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1005
 Parameter: 9
      Text: transport of respiratory gases
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1005
 Parameter: 9
      Text: transport of absorbed products of digestion
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1005
 Parameter: 9
      Text: regulation of body fluid pH
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1005
 Parameter: 9
      Text: temperature regulation
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1005
 Parameter: 8
      Text: all are normal functions of blood
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1005
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1006

     Title: 8
   Columns: 7

    ItemID: 1006
 Parameter: 1
      Text: Which of the following constitutes the greatest percentage  
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  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1006
 Parameter: 9
      Text: lymphocytes
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1006
 Parameter: 9
      Text: eosinophils
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1006
 Parameter: 9
      Text: monocytes
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1006
 Parameter: 8
      Text: neutrophils
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1006
 Parameter: 9
      Text: basophils
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1006
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1007

     Title: 12
   Columns: 7

    ItemID: 1007
 Parameter: 1
      Text: Old erythrocytes are removed from the circulation primarily 
              by the
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1007
 Parameter: 9
      Text: liver
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1007
 Parameter: 9
      Text: thymus
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1007
 Parameter: 8
      Text: spleen
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1007
 Parameter: 9
      Text: bone marrow
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1007
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1007
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1008

     Title: 23
   Columns: 7

    ItemID: 1008
 Parameter: 1
      Text: Pulmonary venous return is to the
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1008
 Parameter: 9
      Text: right auricle
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1008
 Parameter: 9
      Text: left ventricle
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1008
 Parameter: 9
      Text: right atrium
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1008
 Parameter: 8
      Text: left atrium
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1008
 Parameter: 9
      Text: right ventricle
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1008
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1009

     Title: 24
   Columns: 7

    ItemID: 1009
 Parameter: 1
      Text: The __________________ is the normal pacemaker of the heart.
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1009
 Parameter: 9
      Text: Purkinje system
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1009
 Parameter: 8
      Text: sinoatrial node
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1009
 Parameter: 9
      Text: right bundle branch
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1009
 Parameter: 9
      Text: bundle of His
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1009
 Parameter: 9
      Text: atrioventricular node
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1009
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1010

     Title: 28
   Columns: 7

    ItemID: 1010
 Parameter: 1
      Text: Choose the correct sequence (route of blood flow).
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1010
 Parameter: 9
      Text: left atrium - left ventricle - pulmonary trunk - lungs -   
            right ventricle - aorta
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1010
 Parameter: 8
      Text: venae cavae - right atrium - right ventricle - pulmonary   
            trunk - lungs - left atrium
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1010
 Parameter: 9
      Text: pulmonary veins - right atrium - right ventricle -   
            pulmonary arteries
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1010
 Parameter: 9
      Text: aorta - systemic circulation - left atrium - left ventricle 
              - pulmonary trunk
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1010
 Parameter: 9
      Text: right ventricle - pulmonary arteries - lungs - right atrium
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1010
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1011

     Title: 35
   Columns: 7

    ItemID: 1011
 Parameter: 1
      Text: The greatest contribution to peripheral resistance is from
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1011
 Parameter: 9
      Text: venules
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1011
 Parameter: 9
      Text: distributing arteries
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1011
 Parameter: 8
      Text: capillaries
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1011
 Parameter: 9
      Text: veins
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1011
 Parameter: 9
      Text: arterioles
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1011
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1012

     Title: 2
   Columns: 7

    ItemID: 1012
 Parameter: 1
      Text: <IMG SRC="user19/BLOOD.3.1.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The leukocyte in this   
            photomicrograph is a(n)___________, which is the precursor of the   
            ___________, a connective tissue phagocyte.
  Position: 1
   Shuffle: 0
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    ItemID: 1012
 Parameter: 9
      Text: neutrophil, fibrocyte
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1012
 Parameter: 9
      Text: eosinophil, mast cell
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1012
 Parameter: 9
      Text: lymphocyte, plasma cell
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1012
 Parameter: 8
      Text: monocyte, macrophage
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1012
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1012
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1013

     Title: 3
   Columns: 7

    ItemID: 1013
 Parameter: 1
      Text: <IMG SRC="user19/BLOOD.1.2.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The small objects   
            indicated by the arrows are
  Position: 1
   Shuffle: 0
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    ItemID: 1013
 Parameter: 8
      Text: platelets
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1013
 Parameter: 9
      Text: plasma proteins
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1013
 Parameter: 9
      Text: parasitic worms
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1013
 Parameter: 9
      Text: crenated erythrocytes
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1013
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1013
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1014

     Title: 4
   Columns: 7

    ItemID: 1014
 Parameter: 1
      Text: <IMG SRC="user19/BLOOD.2.1.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0"> The leukocyte in this   
            photomicrograph is a(n)___________, which is similar to the ___________ 
              found in connective tissue.
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1014
 Parameter: 9
      Text: monocyte, megakaryocyte
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1014
 Parameter: 9
      Text: lymphocyte, plasma cell
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1014
 Parameter: 9
      Text: neutrophil, macrophage
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1014
 Parameter: 9
      Text: eosinophil, mast cell
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1014
 Parameter: 8
      Text: basophil, mast cell
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1014
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1015

     Title: 5
   Columns: 7

    ItemID: 1015
 Parameter: 1
      Text: <IMG SRC="user19/BLOOD.1.1.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The white blood cell in   
            this photomicrograph is a(n)
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1015
 Parameter: 9
      Text: neutrophil
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1015
 Parameter: 8
      Text: lymphocyte
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1015
 Parameter: 9
      Text: monocyte
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1015
 Parameter: 9
      Text: basophil
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1015
 Parameter: 9
      Text: eosinophil
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1015
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1016

     Title: 6
   Columns: 7

    ItemID: 1016
 Parameter: 1
      Text: <IMG SRC="user19/BLOOD.4.1.jpg" Align="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The leukocytes in this   
            photomicrograph are)___________,which function in ____________.
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1016
 Parameter: 8
      Text: neutrophils, phagocytosis
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1016
 Parameter: 9
      Text: lymphocytes, the immune response
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1016
 Parameter: 9
      Text: monocytes, phagocytosis
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1016
 Parameter: 9
      Text: eosinophils, the allergic response
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1016
 Parameter: 9
      Text: basophils, phagocytosis
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1016
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1017

     Title: 7
   Columns: 7

    ItemID: 1017
 Parameter: 1
      Text: <IMG SRC="user19/HEART.8.1.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">Blood in the indicated   
            chamber next flows into the
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1017
 Parameter: 9
      Text: left ventricle
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1017
 Parameter: 9
      Text: left atrium
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1017
 Parameter: 8
      Text: right ventricle
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1017
 Parameter: 9
      Text: pulmonary arteries
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1017
 Parameter: 9
      Text: coronary arteries
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1017
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1018

     Title: 8
   Columns: 7

    ItemID: 1018
 Parameter: 1
      Text: <IMG SRC="user19/HEART.2.1.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The membrane indicated by 
              the arrow is the
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1018
 Parameter: 9
      Text: visceral pericardium
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1018
 Parameter: 8
      Text: parietal pericardium
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1018
 Parameter: 9
      Text: visceral pleura
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1018
 Parameter: 9
      Text: diaphragm
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1018
 Parameter: 9
      Text: parietal pleura
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1018
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1019

     Title: 9
   Columns: 7

    ItemID: 1019
 Parameter: 1
      Text: <IMG SRC="user19/HEART.7.2.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The indicated valve   
            separates the ______________ from the _____________.
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1019
 Parameter: 8
      Text: left ventricle, aorta
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1019
 Parameter: 9
      Text: left atrium, left ventricle
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1019
 Parameter: 9
      Text: right ventricle, aorta
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1019
 Parameter: 9
      Text: right ventricle, pulmonary trunk
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1019
 Parameter: 9
      Text: right atrium, right ventricle
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1019
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1020

     Title: 10
   Columns: 7

    ItemID: 1020
 Parameter: 1
      Text: <IMG SRC="user19/HEART.8.2.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The indicated vessels are 
              the
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1020
 Parameter: 9
      Text: pulmonary veins
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1020
 Parameter: 8
      Text: pulmonary arteries
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1020
 Parameter: 9
      Text: venae cavae
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1020
 Parameter: 9
      Text: coronary veins
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1020
 Parameter: 9
      Text: subclavian veins
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1020
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1021

     Title: 11
   Columns: 7

    ItemID: 1021
 Parameter: 1
      Text: <IMG SRC="user19/TORSO.1.1.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">Identify the vessel   
            indicated by the arrow.
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1021
 Parameter: 9
      Text: inferior vena cava
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1021
 Parameter: 9
      Text: pulmonary artery
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1021
 Parameter: 9
      Text: azygous vein
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1021
 Parameter: 8
      Text: thoracic aorta
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1021
 Parameter: 9
      Text: intercostal artery
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1021
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1022

     Title: 12
   Columns: 7

    ItemID: 1022
 Parameter: 1
      Text: <IMG SRC="user19/HISTO.1.1.jpg" ALIGN="right" HEIGHT="300"  
             WIDTH="290" VSPACE="3" HSPACE="3" BORDER="0">In this photomicrograph,  
             the structure indicated by the arrow functions as
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1022
 Parameter: 9
      Text: a source of ATP
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1022
 Parameter: 8
      Text: a cell junction with low electrical resistance
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1022
 Parameter: 9
      Text: a connective tissue reinforcement
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1022
 Parameter: 9
      Text: a pacemaker
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1022
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1022
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1023

     Title: 13
   Columns: 7

    ItemID: 1023
 Parameter: 1
      Text: <IMG SRC="user19/HEART.4.1.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">Blood in the indicated   
            vessel is
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1023
 Parameter: 8
      Text: low in oxygen
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1023
 Parameter: 9
      Text: leaving the left ventricle
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1023
 Parameter: 9
      Text: low in carbon dioxide
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1023
 Parameter: 9
      Text: high in oxygen
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1023
 Parameter: 9
      Text: returning to the heart from the lungs
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1023
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1024

     Title: 15
   Columns: 7

    ItemID: 1024
 Parameter: 1
      Text: <IMG SRC="user19/HEART.5.1.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The indicated structure 
            is   the _________, which leads into the ___________.
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1024
 Parameter: 9
      Text: aortic semilunar valve, aorta
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1024
 Parameter: 8
      Text: tricuspid valve, right ventricle
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1024
 Parameter: 9
      Text: mitral valve, left ventricle
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1024
 Parameter: 9
      Text: tricuspid valve, left ventricle
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1024
 Parameter: 9
      Text: pulmonary semilunar valve, pulmonary trunk
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1024
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1025

     Title: 16
   Columns: 7

    ItemID: 1025
 Parameter: 1
      Text: <IMG SRC="user19/TORSO.5.1.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The structures indicated  
             by the arrow are
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1025
 Parameter: 9
      Text: sympathetic ganglia
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1025
 Parameter: 9
      Text: small veins
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1025
 Parameter: 9
      Text: distributing arteries
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1025
 Parameter: 8
      Text: lymphatics
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1025
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1025
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1026

     Title: 17
   Columns: 7

    ItemID: 1026
 Parameter: 1
      Text: <IMG SRC="user19/HEART.6.1.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The vessel indicated by   
            the arrow is the
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1026
 Parameter: 9
      Text: right common carotid artery
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1026
 Parameter: 8
      Text: brachiocephalic trunk
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1026
 Parameter: 9
      Text: right subclavian artery
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1026
 Parameter: 9
      Text: left common carotid artery
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1026
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1026
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1027

     Title: 18
   Columns: 7

    ItemID: 1027
 Parameter: 1
      Text: <IMG SRC="user19/TORSO.3.4.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The indicated vessels   
            vascularize the
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1027
 Parameter: 9
      Text: adrenal gland
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1027
 Parameter: 9
      Text: small intestine
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1027
 Parameter: 9
      Text: stomach
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1027
 Parameter: 9
      Text: abdominal wall
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1027
 Parameter: 8
      Text: kidney
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1027
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1028

     Title: 19
   Columns: 7

    ItemID: 1028
 Parameter: 1
      Text: <IMG SRC="user19/HEART.1.1.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The indicated vessels 
            carry
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1028
 Parameter: 9
      Text: pulmonary arterial supply
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1028
 Parameter: 9
      Text: systemic venous return
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1028
 Parameter: 8
      Text: pulmonary venous return
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1028
 Parameter: 9
      Text: coronary venous return
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1028
 Parameter: 9
      Text: coronary arterial supply
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1028
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1029

     Title: 20
   Columns: 7

    ItemID: 1029
 Parameter: 1
      Text: <IMG SRC="user19/TORSO.3.3.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The vessel indicated by   
            the arrow is the
  Position: 1
   Shuffle: 0
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    ItemID: 1029
 Parameter: 9
      Text: hepatic artery
  Position: 2
   Shuffle: 0
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    ItemID: 1029
 Parameter: 9
      Text: hepatic portal vein
  Position: 3
   Shuffle: 0
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    ItemID: 1029
 Parameter: 9
      Text: splenic artery
  Position: 4
   Shuffle: 0
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    ItemID: 1029
 Parameter: 8
      Text: coeliac trunk
  Position: 5
   Shuffle: 0
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    ItemID: 1029
 Parameter: 9
      Text: renal artery
  Position: 6
   Shuffle: 0
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    ItemID: 1029
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
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Serf Exported Item Type=14 ID=1030

     Title: 21
   Columns: 7

    ItemID: 1030
 Parameter: 1
      Text: <IMG SRC="user19/TORSO.4.jpg" ALIGN="right" HEIGHT="250"   
            WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The vessel indicated by   
            the arrow is the
  Position: 1
   Shuffle: 0
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    ItemID: 1030
 Parameter: 9
      Text: descending aorta
  Position: 2
   Shuffle: 0
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    ItemID: 1030
 Parameter: 8
      Text: common iliac artery
  Position: 3
   Shuffle: 0
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    ItemID: 1030
 Parameter: 9
      Text: femoral artery
  Position: 4
   Shuffle: 0
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    ItemID: 1030
 Parameter: 9
      Text: pudendal artery
  Position: 5
   Shuffle: 0
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    ItemID: 1030
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
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    ItemID: 1030
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
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Serf Exported Item Type=14 ID=1031

     Title: 22
   Columns: 7

    ItemID: 1031
 Parameter: 1
      Text: <IMG SRC="user19/HEART.1.2.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275 VSPACE="3" HSPACE="3" BORDER="0">The indicated vessel
  Position: 1
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    ItemID: 1031
 Parameter: 9
      Text: (A) carries venous blood
  Position: 2
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    ItemID: 1031
 Parameter: 9
      Text: (B) carries arterial blood
  Position: 3
   Shuffle: 0
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    ItemID: 1031
 Parameter: 9
      Text: (C) empties into the right atrium
  Position: 4
   Shuffle: 0
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    ItemID: 1031
 Parameter: 8
      Text: both (A) and (C)
  Position: 5
   Shuffle: 0
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    ItemID: 1031
 Parameter: 9
      Text: both (B) and (C)
  Position: 6
   Shuffle: 0
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    ItemID: 1031
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
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Serf Exported Item Type=14 ID=1032

     Title: 24
   Columns: 7

    ItemID: 1032
 Parameter: 1
      Text: <IMG SRC="user19/TORSO.3.2.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The indicated vessel is 
            the
  Position: 1
   Shuffle: 0
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    ItemID: 1032
 Parameter: 9
      Text: cephalic vein
  Position: 2
   Shuffle: 0
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    ItemID: 1032
 Parameter: 8
      Text: jugular vein
  Position: 3
   Shuffle: 0
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    ItemID: 1032
 Parameter: 9
      Text: subclavian vein
  Position: 4
   Shuffle: 0
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    ItemID: 1032
 Parameter: 9
      Text: cervical vein
  Position: 5
   Shuffle: 0
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    ItemID: 1032
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
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    ItemID: 1032
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1033

     Title: 25
   Columns: 7

    ItemID: 1033
 Parameter: 1
      Text: <IMG SRC="user19/TORSO.6.1.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The indicated vessel is 
            the
  Position: 1
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    ItemID: 1033
 Parameter: 9
      Text: lumbar vein
  Position: 2
   Shuffle: 0
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    ItemID: 1033
 Parameter: 9
      Text: azygous vein
  Position: 3
   Shuffle: 0
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    ItemID: 1033
 Parameter: 9
      Text: inferior mesenteric vein
  Position: 4
   Shuffle: 0
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    ItemID: 1033
 Parameter: 9
      Text: common iliac vein
  Position: 5
   Shuffle: 0
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    ItemID: 1033
 Parameter: 8
      Text: inferior vena cava
  Position: 6
   Shuffle: 0
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    ItemID: 1033
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
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Serf Exported Item Type=14 ID=1034

     Title: 26
   Columns: 7

    ItemID: 1034
 Parameter: 1
      Text: <IMG SRC="user19/HEART.7.1.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">Blood in this chamber
  Position: 1
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    ItemID: 1034
 Parameter: 9
      Text: has come from the left atrium
  Position: 2
   Shuffle: 0
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    ItemID: 1034
 Parameter: 9
      Text: is high in oxygen
  Position: 3
   Shuffle: 0
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    ItemID: 1034
 Parameter: 9
      Text: is low in carbon dioxide
  Position: 4
   Shuffle: 0
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    ItemID: 1034
 Parameter: 9
      Text: will be ejected into the aorta
  Position: 5
   Shuffle: 0
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    ItemID: 1034
 Parameter: 8
      Text: all of the above
  Position: 6
   Shuffle: 0
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    ItemID: 1034
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
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Serf Exported Item Type=14 ID=1035

     Title: 27
   Columns: 7

    ItemID: 1035
 Parameter: 1
      Text: <IMG SRC="user19/TORSO.3.5.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH=" 275" VSPACE="3" HSPACE="3" BORDER="0">Identify the vessel   
            indicated by the arrow
  Position: 1
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    ItemID: 1035
 Parameter: 8
      Text: subclavian artery
  Position: 2
   Shuffle: 0
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    ItemID: 1035
 Parameter: 9
      Text: brachial artery
  Position: 3
   Shuffle: 0
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    ItemID: 1035
 Parameter: 9
      Text: brachiocephalic trunk
  Position: 4
   Shuffle: 0
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    ItemID: 1035
 Parameter: 9
      Text: arch of the aorta
  Position: 5
   Shuffle: 0
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    ItemID: 1035
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
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    ItemID: 1035
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
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Serf Exported Item Type=14 ID=1036

     Title: 28
   Columns: 7

    ItemID: 1036
 Parameter: 1
      Text: <IMG SRC="user19/TORSO.3.1.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">Identify the vessel   
            indicated by the arrow
  Position: 1
   Shuffle: 0
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    ItemID: 1036
 Parameter: 9
      Text: cephalic vein
  Position: 2
   Shuffle: 0
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    ItemID: 1036
 Parameter: 9
      Text: brachial vein
  Position: 3
   Shuffle: 0
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    ItemID: 1036
 Parameter: 8
      Text: subclavian vein
  Position: 4
   Shuffle: 0
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    ItemID: 1036
 Parameter: 9
      Text: jugular vein
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1036
 Parameter: 9
      Text: axillary vein
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1036
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
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Serf Exported Item Type=14 ID=1037

     Title: 29
   Columns: 7

    ItemID: 1037
 Parameter: 1
      Text: <IMG SRC="user19/HEART.3.1.jpg" ALIGN="right" HEIGHT="250"  
             WIDTH="275+ VSPACE="3" HSPACE="3" BORDER="0">This vessel conducts 
            blood   from the ______________ to the ____________.
  Position: 1
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    ItemID: 1037
 Parameter: 9
      Text: head, arms.....left atrium
  Position: 2
   Shuffle: 0
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    ItemID: 1037
 Parameter: 9
      Text: arms only.....right atrium
  Position: 3
   Shuffle: 0
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    ItemID: 1037
 Parameter: 8
      Text: head,arms.....right atrium
  Position: 4
   Shuffle: 0
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    ItemID: 1037
 Parameter: 9
      Text: left ventricle.....head, arms
  Position: 5
   Shuffle: 0
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    ItemID: 1037
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
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    ItemID: 1037
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
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Serf Exported Item Type=14 ID=1038

     Title: 1
   Columns: 7

    ItemID: 1038
 Parameter: 1
      Text: The two major contributors to blood osmotic pressure are
  Position: 1
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    ItemID: 1038
 Parameter: 9
      Text: albumin and red blood cells
  Position: 2
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    ItemID: 1038
 Parameter: 9
      Text: red blood cells and globulins
  Position: 3
   Shuffle: 0
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    ItemID: 1038
 Parameter: 8
      Text: albumin and sodium ions
  Position: 4
   Shuffle: 0
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    ItemID: 1038
 Parameter: 9
      Text: albumin and potassium ions
  Position: 5
   Shuffle: 0
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    ItemID: 1038
 Parameter: 9
      Text: red blood cells and sodium ions
  Position: 6
   Shuffle: 0
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    ItemID: 1038
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
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Serf Exported Item Type=14 ID=1039

     Title: 2
   Columns: 7

    ItemID: 1039
 Parameter: 1
      Text: Hemoglobin is adapted to bind
  Position: 1
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    ItemID: 1039
 Parameter: 8
      Text: oxygen and carbon dioxide
  Position: 2
   Shuffle: 0
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    ItemID: 1039
 Parameter: 9
      Text: oxygen only (as oxyhemoglobin)
  Position: 3
   Shuffle: 0
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    ItemID: 1039
 Parameter: 9
      Text: carbon dioxide only (as carbaminohemoglobin)
  Position: 4
   Shuffle: 0
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    ItemID: 1039
 Parameter: 9
      Text: oxygen and carbonic anhydrase
  Position: 5
   Shuffle: 0
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    ItemID: 1039
 Parameter: 9
      Text: carbonic anhydrase and carbon dioxide
  Position: 6
   Shuffle: 0
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    ItemID: 1039
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
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Serf Exported Item Type=14 ID=1040

     Title: 4
   Columns: 7

    ItemID: 1040
 Parameter: 1
      Text: Among the plasma solutes which function as carrier   
            molecules is (are)
  Position: 1
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    ItemID: 1040
 Parameter: 9
      Text: a) albumin
  Position: 2
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    ItemID: 1040
 Parameter: 9
      Text: b) alpha globulins
  Position: 3
   Shuffle: 0
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    ItemID: 1040
 Parameter: 9
      Text: c) beta globulins
  Position: 4
   Shuffle: 0
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    ItemID: 1040
 Parameter: 9
      Text: d) gamma globulins
  Position: 5
   Shuffle: 0
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    ItemID: 1040
 Parameter: 8
      Text: a,b, and c only
  Position: 6
   Shuffle: 0
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    ItemID: 1040
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
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Serf Exported Item Type=14 ID=1041

     Title: 5
   Columns: 7

    ItemID: 1041
 Parameter: 1
      Text: Red bone marrow is the site of production of all of the   
            following <B>EXCEPT</B>
  Position: 1
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    ItemID: 1041
 Parameter: 9
      Text: erythrocytes
  Position: 2
   Shuffle: 0
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    ItemID: 1041
 Parameter: 8
      Text: plasma proteins
  Position: 3
   Shuffle: 0
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    ItemID: 1041
 Parameter: 9
      Text: platelets
  Position: 4
   Shuffle: 0
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    ItemID: 1041
 Parameter: 9
      Text: eosinophils
  Position: 5
   Shuffle: 0
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    ItemID: 1041
 Parameter: 9
      Text: lymphocytes
  Position: 6
   Shuffle: 0
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    ItemID: 1041
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
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Serf Exported Item Type=14 ID=1042

     Title: 6
   Columns: 7

    ItemID: 1042
 Parameter: 1
      Text: Which of the following would <B>NOT</B> serve as a stimulus 
              for increased erythropoietin secretion?
  Position: 1
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    ItemID: 1042
 Parameter: 9
      Text: spending time at high altitude
  Position: 2
   Shuffle: 0
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    ItemID: 1042
 Parameter: 8
      Text: increased estrogen secretion
  Position: 3
   Shuffle: 0
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    ItemID: 1042
 Parameter: 9
      Text: training for a marathon
  Position: 4
   Shuffle: 0
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    ItemID: 1042
 Parameter: 9
      Text: loss of blood
  Position: 5
   Shuffle: 0
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    ItemID: 1042
 Parameter: 9
      Text: all of these normally increase erythropoietin secretion
  Position: 6
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    ItemID: 1042
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
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Serf Exported Item Type=14 ID=1043

     Title: 7
   Columns: 7

    ItemID: 1043
 Parameter: 1
      Text: A normal hematocrit value for males is ___________ %.
  Position: 1
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    ItemID: 1043
 Parameter: 8
      Text: 45
  Position: 2
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    ItemID: 1043
 Parameter: 9
      Text: 30
  Position: 3
   Shuffle: 0
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    ItemID: 1043
 Parameter: 9
      Text: 57
  Position: 4
   Shuffle: 0
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    ItemID: 1043
 Parameter: 9
      Text: 52
  Position: 5
   Shuffle: 0
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    ItemID: 1043
 Parameter: 9
      Text: none of these
  Position: 6
   Shuffle: 0
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    ItemID: 1043
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
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Serf Exported Item Type=14 ID=1044

     Title: 9
   Columns: 7

    ItemID: 1044
 Parameter: 1
      Text: All of the following are capable of diapedesis and amoeboid 
              movement <B>EXCEPT</B>
  Position: 1
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    ItemID: 1044
 Parameter: 9
      Text: basophils
  Position: 2
   Shuffle: 0
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    ItemID: 1044
 Parameter: 8
      Text: erythrocytes
  Position: 3
   Shuffle: 0
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    ItemID: 1044
 Parameter: 9
      Text: neutrophils
  Position: 4
   Shuffle: 0
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    ItemID: 1044
 Parameter: 9
      Text: lymphocytes
  Position: 5
   Shuffle: 0
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    ItemID: 1044
 Parameter: 9
      Text: monocytes
  Position: 6
   Shuffle: 0
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    ItemID: 1044
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
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Serf Exported Item Type=14 ID=1045

     Title: 10
   Columns: 7

    ItemID: 1045
 Parameter: 1
      Text: Leukocytes which are specifically adapted for the   
            destruction of bacteria are
  Position: 1
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    ItemID: 1045
 Parameter: 9
      Text: lymphocytes
  Position: 2
   Shuffle: 0
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    ItemID: 1045
 Parameter: 9
      Text: basophils
  Position: 3
   Shuffle: 0
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    ItemID: 1045
 Parameter: 9
      Text: monocytes
  Position: 4
   Shuffle: 0
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    ItemID: 1045
 Parameter: 9
      Text: eosinophils
  Position: 5
   Shuffle: 0
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    ItemID: 1045
 Parameter: 8
      Text: neutrophils
  Position: 6
   Shuffle: 0
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    ItemID: 1045
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
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Serf Exported Item Type=14 ID=1046

     Title: 11
   Columns: 7

    ItemID: 1046
 Parameter: 1
      Text: Which of the following are directly responsible for the   
            immune response?
  Position: 1
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    ItemID: 1046
 Parameter: 9
      Text: granular lymphocytes
  Position: 2
   Shuffle: 0
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    ItemID: 1046
 Parameter: 8
      Text: agranular lymphocytes
  Position: 3
   Shuffle: 0
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    ItemID: 1046
 Parameter: 9
      Text: myeloblasts
  Position: 4
   Shuffle: 0
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    ItemID: 1046
 Parameter: 9
      Text: myelocytes
  Position: 5
   Shuffle: 0
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    ItemID: 1046
 Parameter: 9
      Text: monocytes
  Position: 6
   Shuffle: 0
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    ItemID: 1046
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
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Serf Exported Item Type=14 ID=1047

     Title: 13
   Columns: 7

    ItemID: 1047
 Parameter: 1
      Text: Of the following products of RBC digestion by macrophages,  
             pick the one which is excreted in the feces.
  Position: 1
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    ItemID: 1047
 Parameter: 8
      Text: Heme (from which the iron has been removed)
  Position: 2
   Shuffle: 0
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    ItemID: 1047
 Parameter: 9
      Text: iron
  Position: 3
   Shuffle: 0
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    ItemID: 1047
 Parameter: 9
      Text: alpha globin chain
  Position: 4
   Shuffle: 0
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    ItemID: 1047
 Parameter: 9
      Text: beta globin chain
  Position: 5
   Shuffle: 0
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    ItemID: 1047
 Parameter: 9
      Text: All of these are retained in the body and recycled
  Position: 6
   Shuffle: 0
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    ItemID: 1047
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
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Serf Exported Item Type=14 ID=1048

     Title: 14
   Columns: 7

    ItemID: 1048
 Parameter: 1
      Text: Normally, the initial event in hemostasis is
  Position: 1
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    ItemID: 1048
 Parameter: 9
      Text: platelet plug formation
  Position: 2
   Shuffle: 0
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    ItemID: 1048
 Parameter: 8
      Text: vascular spasm
  Position: 3
   Shuffle: 0
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    ItemID: 1048
 Parameter: 9
      Text: formation of prothrombin activator
  Position: 4
   Shuffle: 0
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    ItemID: 1048
 Parameter: 9
      Text: conversion of fibrinogen to fibrin
  Position: 5
   Shuffle: 0
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    ItemID: 1048
 Parameter: 9
      Text: clot retraction
  Position: 6
   Shuffle: 0
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    ItemID: 1048
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
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Serf Exported Item Type=14 ID=1049

     Title: 15
   Columns: 7

    ItemID: 1049
 Parameter: 1
      Text: The extrinsic pathway to blood coagulation requires
  Position: 1
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    ItemID: 1049
 Parameter: 9
      Text: a) tissue thromboplastin
  Position: 2
   Shuffle: 0
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    ItemID: 1049
 Parameter: 9
      Text: b) Calcium ion
  Position: 3
   Shuffle: 0
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    ItemID: 1049
 Parameter: 9
      Text: c) Factor X
  Position: 4
   Shuffle: 0
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    ItemID: 1049
 Parameter: 9
      Text: a and b only
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1049
 Parameter: 8
      Text: a, b, and c
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1049
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
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Serf Exported Item Type=14 ID=1050

     Title: 16
   Columns: 7

    ItemID: 1050
 Parameter: 1
      Text: The final step in clot formation is
  Position: 1
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    ItemID: 1050
 Parameter: 9
      Text: conversion of prothrombin to thrombin
  Position: 2
   Shuffle: 0
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    ItemID: 1050
 Parameter: 9
      Text: synthesis of fibrinogen by the liver
  Position: 3
   Shuffle: 0
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    ItemID: 1050
 Parameter: 9
      Text: conversion of fibrinogen to fibrin
  Position: 4
   Shuffle: 0
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    ItemID: 1050
 Parameter: 9
      Text: adhesion of platelets to damaged endothelium
  Position: 5
   Shuffle: 0
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    ItemID: 1050
 Parameter: 8
      Text: the trapping of formed elements of the blood in the fibrin  
             mesh
  Position: 6
   Shuffle: 0
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    ItemID: 1050
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1051

     Title: 17
   Columns: 7

    ItemID: 1051
 Parameter: 1
      Text: Immature red blood cells are sometimes released into the   
            bloodstream as
  Position: 1
   Shuffle: 0
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    ItemID: 1051
 Parameter: 8
      Text: reticulocytes
  Position: 2
   Shuffle: 0
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    ItemID: 1051
 Parameter: 9
      Text: thrombocytes
  Position: 3
   Shuffle: 0
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    ItemID: 1051
 Parameter: 9
      Text: normoblasts
  Position: 4
   Shuffle: 0
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    ItemID: 1051
 Parameter: 9
      Text: myelocytes
  Position: 5
   Shuffle: 0
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    ItemID: 1051
 Parameter: 9
      Text: megakarocytes
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1051
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1052

     Title: 18
   Columns: 7

    ItemID: 1052
 Parameter: 1
      Text: In blood vessels which have all three normal tunics   
            (layers) the middle layer is composed of
  Position: 1
   Shuffle: 0
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    ItemID: 1052
 Parameter: 9
      Text: longitudinally arranged smooth muscle cells
  Position: 2
   Shuffle: 0
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    ItemID: 1052
 Parameter: 8
      Text: circularly arranged smooth muscle cells and elastic fibers
  Position: 3
   Shuffle: 0
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    ItemID: 1052
 Parameter: 9
      Text: circularly arranged epithelial cells
  Position: 4
   Shuffle: 0
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    ItemID: 1052
 Parameter: 9
      Text: longitudinally arranged elastic fibers and striated muscle  
             cells
  Position: 5
   Shuffle: 0
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    ItemID: 1052
 Parameter: 9
      Text: fibrous connective tissue
  Position: 6
   Shuffle: 0
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    ItemID: 1052
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1053

     Title: 19
   Columns: 7

    ItemID: 1053
 Parameter: 1
      Text: Contraction of precapillary sphincters causes
  Position: 1
   Shuffle: 0
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    ItemID: 1053
 Parameter: 9
      Text: increased capillary permeability
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1053
 Parameter: 9
      Text: more sluggish flow of blood through capillary beds
  Position: 3
   Shuffle: 0
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    ItemID: 1053
 Parameter: 9
      Text: increased rate of lymph formation
  Position: 4
   Shuffle: 0
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    ItemID: 1053
 Parameter: 8
      Text: blood to be routed through metarterioles into thoroghfare   
            channels
  Position: 5
   Shuffle: 0
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    ItemID: 1053
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1053
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1054

     Title: 20
   Columns: 7

    ItemID: 1054
 Parameter: 1
      Text: Included among the forces responsible for capillary fluid   
            exchange is (are)
  Position: 1
   Shuffle: 0
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    ItemID: 1054
 Parameter: 9
      Text: blood osmotic pressure
  Position: 2
   Shuffle: 0
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    ItemID: 1054
 Parameter: 9
      Text: interstitial fluid hydrostatic pressure
  Position: 3
   Shuffle: 0
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    ItemID: 1054
 Parameter: 9
      Text: interstitial fluid osmotic pressure
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1054
 Parameter: 9
      Text: blood hydrostatic pressure
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1054
 Parameter: 8
      Text: all of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1054
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1055

     Title: 21
   Columns: 7

    ItemID: 1055
 Parameter: 1
      Text: Normal physiologic responses to decreased mean arterial   
            pressure include
  Position: 1
   Shuffle: 0
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    ItemID: 1055
 Parameter: 9
      Text: vasoconstriction
  Position: 2
   Shuffle: 0
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    ItemID: 1055
 Parameter: 9
      Text: increased peripheral resistance
  Position: 3
   Shuffle: 0
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    ItemID: 1055
 Parameter: 9
      Text: increased heart rate and stroke volume
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1055
 Parameter: 9
      Text: renal water retention
  Position: 5
   Shuffle: 0
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    ItemID: 1055
 Parameter: 8
      Text: all of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1055
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1056

     Title: 22
   Columns: 7

    ItemID: 1056
 Parameter: 1
      Text: The route taken by blood between left ventricle and right   
            atrium is the _________________circulation.
  Position: 1
   Shuffle: 0
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    ItemID: 1056
 Parameter: 9
      Text: coeliac
  Position: 2
   Shuffle: 0
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    ItemID: 1056
 Parameter: 8
      Text: systemic
  Position: 3
   Shuffle: 0
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    ItemID: 1056
 Parameter: 9
      Text: hepatic portal
  Position: 4
   Shuffle: 0
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    ItemID: 1056
 Parameter: 9
      Text: pulmonary
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1056
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1056
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1057

     Title: 25
   Columns: 7

    ItemID: 1057
 Parameter: 1
      Text: Blood turbulence and closure of the semilunar valves   
            results in
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1057
 Parameter: 8
      Text: the second heart sound
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1057
 Parameter: 9
      Text: the first heart sound
  Position: 3
   Shuffle: 0
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    ItemID: 1057
 Parameter: 9
      Text: left ventricular ejection
  Position: 4
   Shuffle: 0
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    ItemID: 1057
 Parameter: 9
      Text: retrograde flow into the atria
  Position: 5
   Shuffle: 0
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    ItemID: 1057
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1057
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1058

     Title: 26
   Columns: 7

    ItemID: 1058
 Parameter: 1
      Text: In a normal EKG, the T-wave represents
  Position: 1
   Shuffle: 0
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    ItemID: 1058
 Parameter: 9
      Text: firing of the AV node
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1058
 Parameter: 9
      Text: atrial repolarization
  Position: 3
   Shuffle: 0
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    ItemID: 1058
 Parameter: 9
      Text: ventricular depolarization
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1058
 Parameter: 9
      Text: atrial depolarization
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1058
 Parameter: 8
      Text: ventricular repolarization
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1058
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1059

     Title: 27
   Columns: 7

    ItemID: 1059
 Parameter: 1
      Text: Platelets are formed from
  Position: 1
   Shuffle: 0
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    ItemID: 1059
 Parameter: 8
      Text: cytoplasmic fragments of megakaryocytes
  Position: 2
   Shuffle: 0
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    ItemID: 1059
 Parameter: 9
      Text: mitoses of promyelocytes
  Position: 3
   Shuffle: 0
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    ItemID: 1059
 Parameter: 9
      Text: mitoses of myeloblasts
  Position: 4
   Shuffle: 0
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    ItemID: 1059
 Parameter: 9
      Text: reticulocyte division
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1059
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1059
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1060

     Title: 29
   Columns: 7

    ItemID: 1060
 Parameter: 1
      Text: The atrioventricular valves open when
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1060
 Parameter: 9
      Text: intraventricular pressure exceeds intraatrial pressure
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1060
 Parameter: 9
      Text: intraatrial pressure is lower than central venous pressure
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1060
 Parameter: 8
      Text: intraatrial pressure exceeds intraventricular pressure
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1060
 Parameter: 9
      Text: aortic pressure exceeds left ventricular pressure
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1060
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1060
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1061

     Title: 30
   Columns: 7

    ItemID: 1061
 Parameter: 1
      Text: Normally most of the blood volume is contained in the
  Position: 1
   Shuffle: 0
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    ItemID: 1061
 Parameter: 9
      Text: arterioles
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1061
 Parameter: 9
      Text: distributing arteries
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1061
 Parameter: 9
      Text: hepatic sinusoids
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1061
 Parameter: 8
      Text: veins
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1061
 Parameter: 9
      Text: capillaries
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1061
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1062

     Title: 31
   Columns: 7

    ItemID: 1062
 Parameter: 1
      Text: Diastolic blood pressure is prevented from dropping to zero 
              by the elasticity of
  Position: 1
   Shuffle: 0
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    ItemID: 1062
 Parameter: 9
      Text: large veins
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1062
 Parameter: 9
      Text: precapillary sphincters
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1062
 Parameter: 8
      Text: lerge arteries
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1062
 Parameter: 9
      Text: AV valves
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1062
 Parameter: 9
      Text: portal veins
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1062
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1063

     Title: 32
   Columns: 7

    ItemID: 1063
 Parameter: 1
      Text: The sinoatrial node and fossa ovalis are found in the
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1063
 Parameter: 8
      Text: right atrium
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1063
 Parameter: 9
      Text: right ventricle
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1063
 Parameter: 9
      Text: left atrium
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1063
 Parameter: 9
      Text: left ventricle
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1063
 Parameter: 9
      Text: interventricular septum
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1063
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1064

     Title: 33
   Columns: 7

    ItemID: 1064
 Parameter: 1
      Text: Which of the following does <B>NOT</B> increase heart rate?
  Position: 1
   Shuffle: 0
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    ItemID: 1064
 Parameter: 9
      Text: Increased sympathetic stimulation
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1064
 Parameter: 9
      Text: Epinephrine from the adrenal gland
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1064
 Parameter: 8
      Text: Increased vagal tone
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1064
 Parameter: 9
      Text: Decreased venous return
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1064
 Parameter: 9
      Text: All of the above increase heart rate
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1064
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1065

     Title: 34
   Columns: 7

    ItemID: 1065
 Parameter: 1
      Text: Systemic arterial pressure is greatest during
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1065
 Parameter: 8
      Text: ventricular systole
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1065
 Parameter: 9
      Text: ventricular diastole
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1065
 Parameter: 9
      Text: atrial diastole
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1065
 Parameter: 9
      Text: atrial systole
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1065
 Parameter: 9
      Text: odd-numbered years
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1065
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1066

     Title: 36
   Columns: 7

    ItemID: 1066
 Parameter: 1
      Text: Select the correct sequence of action potential propagation 
              in the heart.
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1066
 Parameter: 8
      Text: SA node - AV node - bundle of His - Purkinje system
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1066
 Parameter: 9
      Text: AV node - Purkinje system - SA node - bundle of His
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1066
 Parameter: 9
      Text: bundle of His - AV node - Purkinje system - SA node
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1066
 Parameter: 9
      Text: Purkinje system - SA node - AV node - bundle of His
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1066
 Parameter: 9
      Text: SA node - AV node - Purkinje system - bundle of His
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1066
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1067

     Title: 37
   Columns: 7

    ItemID: 1067
 Parameter: 1
      Text: Physical stretching of cardiac muscle fibers results in
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1067
 Parameter: 9
      Text: increased heart rate
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1067
 Parameter: 8
      Text: increased stroke volume
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1067
 Parameter: 9
      Text: premature valve closure
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1067
 Parameter: 9
      Text: decreased venous return
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1067
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1067
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1068

     Title: 38
   Columns: 7

    ItemID: 1068
 Parameter: 1
      Text: When intraventricular pressures exceeds the pressures in   
            the pulmonary trunk and aorta
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1068
 Parameter: 9
      Text: the AV node fires
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1068
 Parameter: 9
      Text: the AV valves close
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1068
 Parameter: 8
      Text: the semilunar valves open
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1068
 Parameter: 9
      Text: the AV valves open
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1068
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1068
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1069

     Title: 39
   Columns: 7

    ItemID: 1069
 Parameter: 1
      Text: Stroke volume is affected by
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1069
 Parameter: 9
      Text: end diastolic volume
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1069
 Parameter: 9
      Text: myocardial contractility
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1069
 Parameter: 9
      Text: end systolic volume
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1069
 Parameter: 9
      Text: degree of ventricular filling
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1069
 Parameter: 8
      Text: all of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1069
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1070

     Title: 40
   Columns: 7

    ItemID: 1070
 Parameter: 1
      Text: Excessively high diastolic blood pressure may
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1070
 Parameter: 9
      Text: a) increase afterload
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1070
 Parameter: 9
      Text: b) reduce stroke volume
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1070
 Parameter: 9
      Text: c) increase end diastolic volume
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1070
 Parameter: 9
      Text: a, b, and c
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1070
 Parameter: 8
      Text: a and b only
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1070
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1071

     Title: 41
   Columns: 7

    ItemID: 1071
 Parameter: 1
      Text: Which of the following vessels are valved?
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1071
 Parameter: 9
      Text: a) distributing arteries
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1071
 Parameter: 9
      Text: b) lymphatic vessels
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1071
 Parameter: 9
      Text: c) veins
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1071
 Parameter: 9
      Text: d) capillaries
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1071
 Parameter: 8
      Text: b and c
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1071
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1072

     Title: 42
   Columns: 7

    ItemID: 1072
 Parameter: 1
      Text: A person with a brachial artery blood pressure of 120/80   
            has a pulse pressure of
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1072
 Parameter: 9
      Text: 200
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1072
 Parameter: 9
      Text: 120
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1072
 Parameter: 9
      Text: 50
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1072
 Parameter: 8
      Text: 40
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1072
 Parameter: 9
      Text: 80
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1072
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1073

     Title: 43
   Columns: 7

    ItemID: 1073
 Parameter: 1
      Text: Among the parameters which determine peripheral resistance  
             are
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1073
 Parameter: 9
      Text: vessel length
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1073
 Parameter: 9
      Text: vessel diameter
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1073
 Parameter: 9
      Text: blood viscocity
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1073
 Parameter: 8
      Text: all of the above
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1073
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1073
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1074

     Title: 44
   Columns: 7

    ItemID: 1074
 Parameter: 1
      Text: A respiratory pump, a muscular pump, and valved vessels are 
              characteristic of
  Position: 1
   Shuffle: 0
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    ItemID: 1074
 Parameter: 9
      Text: arterial supply
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1074
 Parameter: 8
      Text: venous return
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1074
 Parameter: 9
      Text: capillary exchange
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1074
 Parameter: 9
      Text: lymph formation
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1074
 Parameter: 9
      Text: all of the above
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1074
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1075

     Title: 45
   Columns: 7

    ItemID: 1075
 Parameter: 1
      Text: Platelets become "sticky" upon contact with
  Position: 1
   Shuffle: 0
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    ItemID: 1075
 Parameter: 8
      Text: collagen
  Position: 2
   Shuffle: 0
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    ItemID: 1075
 Parameter: 9
      Text: fibrin
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1075
 Parameter: 9
      Text: Calcium ion
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1075
 Parameter: 9
      Text: Factor IX
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1075
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1075
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1076

     Title: 46
   Columns: 7

    ItemID: 1076
 Parameter: 1
      Text: Select the vessel type with the <B>GREATEST</B> amount of   
            elastic tissue.
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1076
 Parameter: 9
      Text: capillary
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1076
 Parameter: 9
      Text: venule
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1076
 Parameter: 8
      Text: large distributing artery
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1076
 Parameter: 9
      Text: arteriole
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1076
 Parameter: 9
      Text: vein
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1076
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1077

     Title: 47
   Columns: 7

    ItemID: 1077
 Parameter: 1
      Text: Baroreceptors which monitor and respond to fluctuations in  
             arterial pressure
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1077
 Parameter: 9
      Text: are located in the carotid sinus
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1077
 Parameter: 9
      Text: are located in the aortic arch
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1077
 Parameter: 9
      Text: inhibit the medullary vasomotor centeer when arterial   
            pressure rises
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1077
 Parameter: 8
      Text: all of the above
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1077
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1077
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1078

     Title: 48
   Columns: 7

    ItemID: 1078
 Parameter: 1
      Text: Increased arterial pressure may result from
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1078
 Parameter: 9
      Text: increased blood volume
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1078
 Parameter: 9
      Text: increased peripheral resistance
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1078
 Parameter: 9
      Text: high hematocrit
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1078
 Parameter: 9
      Text: vasoconstriction
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1078
 Parameter: 8
      Text: all of the above
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1078
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1079

     Title: 49
   Columns: 7

    ItemID: 1079
 Parameter: 1
      Text: A drop in arterial pressure stimulates renal secretion of   
            _____________, which catalyses ____________ formation in the blood.
  Position: 1
   Shuffle: 0
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    ItemID: 1079
 Parameter: 9
      Text: aldosterone - antidiuretic hormone
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1079
 Parameter: 9
      Text: antidiuretic hormone - renin
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1079
 Parameter: 9
      Text: renin - angiotensinogen
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1079
 Parameter: 8
      Text: renin - angiotensin
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1079
 Parameter: 9
      Text: aldosterone - renin
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1079
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1080

     Title: 50
   Columns: 7

    ItemID: 1080
 Parameter: 1
      Text: Increased circulating ______________ promotes an increase   
            in ____________ secretion, which has the effect of increasing blood   
            volume by increasing renal water retention.
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1080
 Parameter: 9
      Text: antidiuretic hormone - aldosterone
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1080
 Parameter: 9
      Text: renin - angiotensin
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1080
 Parameter: 9
      Text: erythropoietin - renin
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1080
 Parameter: 8
      Text: aldosterone - antidiuretic hormone
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1080
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1080
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1081

     Title: 51
   Columns: 7

    ItemID: 1081
 Parameter: 1
      Text: Excess fluid which leaves capillaries and does not   
            immediately return to the vascular system is withdrawn from   
            interstitial fluid spaces by
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1081
 Parameter: 8
      Text: lymphatic capillaries
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1081
 Parameter: 9
      Text: lymph nodes
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1081
 Parameter: 9
      Text: sinusoids
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1081
 Parameter: 9
      Text: macrophages
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1081
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1081
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1082

     Title: 52
   Columns: 7

    ItemID: 1082
 Parameter: 1
      Text: Basic antibody structure includes
  Position: 1
   Shuffle: 0
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    ItemID: 1082
 Parameter: 9
      Text: two light chains and two heavy chains
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1082
 Parameter: 9
      Text: two specific antigen binding sites
  Position: 3
   Shuffle: 0
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    ItemID: 1082
 Parameter: 9
      Text: ability to combine with an unique antigen
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1082
 Parameter: 9
      Text: ability to fix complement
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1082
 Parameter: 8
      Text: all of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1082
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1083

     Title: 53
   Columns: 7

    ItemID: 1083
 Parameter: 1
      Text: The anamnestic (secondary) immune response is mediated by
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1083
 Parameter: 9
      Text: cytotoxic killer cells
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1083
 Parameter: 9
      Text: complement fixation
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1083
 Parameter: 9
      Text: macrophages
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1083
 Parameter: 8
      Text: memory cells
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1083
 Parameter: 9
      Text: monocytes
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1083
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1084

     Title: 54
   Columns: 7

    ItemID: 1084
 Parameter: 1
      Text: Blood viscosity may be increased by
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1084
 Parameter: 9
      Text: vasoconstriction
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1084
 Parameter: 8
      Text: increased hematocrit
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1084
 Parameter: 9
      Text: decreased blood volume
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1084
 Parameter: 9
      Text: increased flow rate
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1084
 Parameter: 9
      Text: decreased stroke volume
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1084
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1085

     Title: 55
   Columns: 7

    ItemID: 1085
 Parameter: 1
      Text: The cell responsible for the secretion of circulating   
            antibodies is
  Position: 1
   Shuffle: 0
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    ItemID: 1085
 Parameter: 9
      Text: macrophage
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1085
 Parameter: 9
      Text: T-lymphocyte
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1085
 Parameter: 8
      Text: plasma cell
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1085
 Parameter: 9
      Text: T-suppressor cell
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1085
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1085
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1086

     Title: 56
   Columns: 7

    ItemID: 1086
 Parameter: 1
      Text: The specific host cell for human immunodeficiency virus is  
             the
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1086
 Parameter: 9
      Text: cytotoxic killer cell
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1086
 Parameter: 9
      Text: B-lymphocyte
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1086
 Parameter: 9
      Text: plasma cell
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1086
 Parameter: 9
      Text: B-memory cell
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1086
 Parameter: 8
      Text: T helper cell
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1086
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1087

     Title: 57
   Columns: 7

    ItemID: 1087
 Parameter: 1
      Text: The production of circulating antibodies requires that
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1087
 Parameter: 8
      Text: B cells clone to produce plasma cells
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1087
 Parameter: 9
      Text: B cells stimulate T cells
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1087
 Parameter: 9
      Text: T cells stimulate plasma cells
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1087
 Parameter: 9
      Text: T cells produce complement
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1087
 Parameter: 9
      Text: T cells suppress plasma cells
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1087
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1088

     Title: 1
   Columns: 7

    ItemID: 1088
 Parameter: 1
      Text: <IMG SRC="USER19/TORSO.3.6.jpg" ALIGN="RIGHT" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The organ indicated by 
            the   arrow is the
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1088
 Parameter: 9
      Text: thymus
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1088
 Parameter: 8
      Text: thyroid gland
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1088
 Parameter: 9
      Text: larynx
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1088
 Parameter: 9
      Text: parathyroid gland
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1088
 Parameter: 9
      Text: adrenal gland
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1088
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1089

     Title: 2
   Columns: 7

    ItemID: 1089
 Parameter: 1
      Text: <IMG SRC="USER19/TORSO.6.jpg" ALIGN="RIGHT" HEIGHT="250"   
            WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The structure indicated by 
              the arrow is a(n)
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1089
 Parameter: 9
      Text: esophagus
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1089
 Parameter: 9
      Text: superior vena cava
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1089
 Parameter: 9
      Text: azygous vein
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1089
 Parameter: 8
      Text: mainstem bronchus
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1089
 Parameter: 9
      Text: thoracic aorta
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1089
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1090

     Title: 3
   Columns: 7

    ItemID: 1090
 Parameter: 1
      Text: <IMG SRC="USER19/TORSO.4.jpg" ALIGN="RIGHT" HEIGHT="250"   
            WIDTH="275" VSPACE="3" HSPACVE="3" BORDER="0">Contraction of the   
            indicated structure results in
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1090
 Parameter: 9
      Text: exhalation
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1090
 Parameter: 9
      Text: increased intrapleural pressure
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1090
 Parameter: 9
      Text: decreased thoracic volume
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1090
 Parameter: 9
      Text: decreased atmospheric pressure
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1090
 Parameter: 8
      Text: inspiration
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1090
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1091

     Title: 5
   Columns: 7

    ItemID: 1091
 Parameter: 1
      Text: <IMG SRC="USER19/PANCR.4.jpg" ALIGN="RIGHT" HEIGHT="250"   
            WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The structure indicated by 
              the arrow is the
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1091
 Parameter: 9
      Text: common bile duct
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1091
 Parameter: 9
      Text: hepatic duct
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1091
 Parameter: 9
      Text: cystic duct
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1091
 Parameter: 8
      Text: pancreatic duct (duct of Wirsung)
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1091
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1091
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1092

     Title: 6
   Columns: 7

    ItemID: 1092
 Parameter: 1
      Text: <IMG SRC="USER19/PANCR.3.1.jpg" ALIGN="RIGHT" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The structure indicated 
            by   the arrow
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1092
 Parameter: 8
      Text: stores bile
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1092
 Parameter: 9
      Text: produces bile
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1092
 Parameter: 9
      Text: secretes digestive enzymes
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1092
 Parameter: 9
      Text: is an appendage to the pancreas
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1092
 Parameter: 9
      Text: is unresponsive to cholecystokinin
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1092
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1093

     Title: 7
   Columns: 7

    ItemID: 1093
 Parameter: 1
      Text: <IMG SRC="USER19/LARYNX.1.1.jpg" ALIGN="RIGHT" HEIGHT="250" 
              WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0">The structure indicated  
            by  the arrow is the
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1093
 Parameter: 9
      Text: cricoid cartilage
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1093
 Parameter: 8
      Text: thyroid cartilage
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1093
 Parameter: 9
      Text: false vocal cord
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1093
 Parameter: 9
      Text: thymus
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1093
 Parameter: 9
      Text: thyroid gland
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1093
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1094

     Title: 8
   Columns: 7

    ItemID: 1094
 Parameter: 1
      Text: <IMG SRC="USER19/LARYNX.2.1.jpg" ALIGN="RIGHT" HEIGHT="250" 
              WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0"> The primary tissue in  
            the  structure indicated by the arrow is
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1094
 Parameter: 9
      Text: fibrocartilage
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1094
 Parameter: 9
      Text: bone
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1094
 Parameter: 9
      Text: hyaline cartilage
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1094
 Parameter: 8
      Text: elastic cartilage
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1094
 Parameter: 9
      Text: dense irregular connective tissue
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1094
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1095

     Title: 9
   Columns: 7

    ItemID: 1095
 Parameter: 1
      Text: <IMG SRC="USER19/HEAD.1.1.jpg" ALIGN="RIGHT" HEIGHT="250"   
            WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0"> The structure indicated   
            by the arrow is the
  Position: 1
   Shuffle: 0
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    ItemID: 1095
 Parameter: 9
      Text: hypothalamus
  Position: 2
   Shuffle: 0
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    ItemID: 1095
 Parameter: 8
      Text: pituitary gland
  Position: 3
   Shuffle: 0
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    ItemID: 1095
 Parameter: 9
      Text: hippocampus
  Position: 4
   Shuffle: 0
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    ItemID: 1095
 Parameter: 9
      Text: optic chiasma
  Position: 5
   Shuffle: 0
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    ItemID: 1095
 Parameter: 9
      Text: infundibulum
  Position: 6
   Shuffle: 0
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    ItemID: 1095
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1096

     Title: 11
   Columns: 7

    ItemID: 1096
 Parameter: 1
      Text: <IMG SRC="USER19/LIVER.1.1.jpg" ALIGN="RIGHT" HEIGHT="250"  
             WIDTH="275 VSPACE="3" HSPACE="3" BORDER="0"> The indicated area 
            contains
  Position: 1
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    ItemID: 1096
 Parameter: 9
      Text: the hepatic artery
  Position: 2
   Shuffle: 0
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    ItemID: 1096
 Parameter: 9
      Text: the hepatic portal vein
  Position: 3
   Shuffle: 0
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    ItemID: 1096
 Parameter: 9
      Text: the hepatic duct(s)
  Position: 4
   Shuffle: 0
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    ItemID: 1096
 Parameter: 8
      Text: all of the above
  Position: 5
   Shuffle: 0
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    ItemID: 1096
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1096
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1097

     Title: 12
   Columns: 7

    ItemID: 1097
 Parameter: 1
      Text: <IMG SRC="USER19/TORSO.11.1.jpg" ALIGN="RIGHT" HEIGHT="250" 
              WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0"> The structures 
            indicated   by the arrows are the
  Position: 1
   Shuffle: 0
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    ItemID: 1097
 Parameter: 9
      Text: greater omentum and small intestine
  Position: 2
   Shuffle: 0
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    ItemID: 1097
 Parameter: 9
      Text: ascending colon and cecum
  Position: 3
   Shuffle: 0
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    ItemID: 1097
 Parameter: 9
      Text: descending colon and lesser omentum
  Position: 4
   Shuffle: 0
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    ItemID: 1097
 Parameter: 8
      Text: small intestine and transverse colon
  Position: 5
   Shuffle: 0
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    ItemID: 1097
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
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    ItemID: 1097
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1098

     Title: 13
   Columns: 7

    ItemID: 1098
 Parameter: 1
      Text: <IMG SRC="USER19/TORSO.10.1.jpg" ALIGN="RIGHT" HEIGHT="250" 
              WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0"> The indicated structure 
              is lined with
  Position: 1
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    ItemID: 1098
 Parameter: 9
      Text: stratified squamous keratinizing epithelium
  Position: 2
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    ItemID: 1098
 Parameter: 8
      Text: stratified squamous non-keratinizing epithelium
  Position: 3
   Shuffle: 0
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    ItemID: 1098
 Parameter: 9
      Text: smooth muscle
  Position: 4
   Shuffle: 0
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    ItemID: 1098
 Parameter: 9
      Text: transitional epithelium
  Position: 5
   Shuffle: 0
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    ItemID: 1098
 Parameter: 9
      Text: simple columnar epithelium with goblet cells
  Position: 6
   Shuffle: 0
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    ItemID: 1098
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1099

     Title: 14
   Columns: 7

    ItemID: 1099
 Parameter: 1
      Text: <IMG SRC="USER19/TORSO.9.1.jpg" ALIGN="RIGHT" HEIGHT="250"  
             WIDTH="275"  VSPACE="3" HSPACE="3" BORDER="0"> The <B>SPACE</B>   
            indicated by the arrow is the
  Position: 1
   Shuffle: 0
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    ItemID: 1099
 Parameter: 9
      Text: pericardial cavity
  Position: 2
   Shuffle: 0
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    ItemID: 1099
 Parameter: 9
      Text: peritoneal cavity
  Position: 3
   Shuffle: 0
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    ItemID: 1099
 Parameter: 9
      Text: mediastinum
  Position: 4
   Shuffle: 0
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    ItemID: 1099
 Parameter: 8
      Text: pleural cavity
  Position: 5
   Shuffle: 0
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    ItemID: 1099
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1099
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1100

     Title: 15
   Columns: 7

    ItemID: 1100
 Parameter: 1
      Text: <IMG SRC="USER19/TORSO.8.1.jpg" ALIGN="RIGHT" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0"> The apparent function of 
              the indicated structure is
  Position: 1
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    ItemID: 1100
 Parameter: 9
      Text: insulin secretion
  Position: 2
   Shuffle: 0
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    ItemID: 1100
 Parameter: 9
      Text: fluid balance
  Position: 3
   Shuffle: 0
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    ItemID: 1100
 Parameter: 9
      Text: calcitonin secretion
  Position: 4
   Shuffle: 0
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    ItemID: 1100
 Parameter: 9
      Text: iron storage
  Position: 5
   Shuffle: 0
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    ItemID: 1100
 Parameter: 8
      Text: the financial security of the surgical profession
  Position: 6
   Shuffle: 0
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    ItemID: 1100
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1101

     Title: 16
   Columns: 7

    ItemID: 1101
 Parameter: 1
      Text: <IMG SRC="USER19/TORSO.7.1.jpg" ALIGN="RIGHT" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE"3" BORDER="0"> The structure indicated 
            by   the arrow is the
  Position: 1
   Shuffle: 0
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    ItemID: 1101
 Parameter: 8
      Text: sigmoid colon
  Position: 2
   Shuffle: 0
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    ItemID: 1101
 Parameter: 9
      Text: rectum
  Position: 3
   Shuffle: 0
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    ItemID: 1101
 Parameter: 9
      Text: descending colon
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1101
 Parameter: 9
      Text: anal canal
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1101
 Parameter: 9
      Text: uterus
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1101
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1102

     Title: 17
   Columns: 7

    ItemID: 1102
 Parameter: 1
      Text: <IMG SRC="USER19/STOM.1.1.jpg" ALIGN="RIGHT" HEIGHT="250"   
            WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0"> The region indicated by   
            the arrow is the
  Position: 1
   Shuffle: 0
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    ItemID: 1102
 Parameter: 9
      Text: fundus
  Position: 2
   Shuffle: 0
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    ItemID: 1102
 Parameter: 9
      Text: rugae
  Position: 3
   Shuffle: 0
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    ItemID: 1102
 Parameter: 9
      Text: cardiac region
  Position: 4
   Shuffle: 0
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    ItemID: 1102
 Parameter: 9
      Text: duodenal region
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1102
 Parameter: 8
      Text: pylorus
  Position: 6
   Shuffle: 0
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    ItemID: 1102
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1103

     Title: 18
   Columns: 7

    ItemID: 1103
 Parameter: 1
      Text: <IMG SRC="USER19/TORSO.12.1.jpg" ALIGN="RIGHT" HEIGHT="250" 
              WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0"> The indicated structure 
              is the
  Position: 1
   Shuffle: 0
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    ItemID: 1103
 Parameter: 9
      Text: appendix
  Position: 2
   Shuffle: 0
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    ItemID: 1103
 Parameter: 8
      Text: ileocecal valve
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1103
 Parameter: 9
      Text: descending colon
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1103
 Parameter: 9
      Text: rectum
  Position: 5
   Shuffle: 0
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    ItemID: 1103
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1103
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1104

     Title: 19
   Columns: 7

    ItemID: 1104
 Parameter: 1
      Text: <IMG SRC="USER19/TORSO.14.1.jpg" ALIGN="RIGHT" HEIGHT="250" 
              WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0"> The structure indicated 
              by the arrow is the
  Position: 1
   Shuffle: 0
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    ItemID: 1104
 Parameter: 9
      Text: pancreas
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1104
 Parameter: 9
      Text: small intestine
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1104
 Parameter: 9
      Text: adrenal gland
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1104
 Parameter: 9
      Text: gastric serosa
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1104
 Parameter: 8
      Text: greater omentum
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1104
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1105

     Title: 20
   Columns: 7

    ItemID: 1105
 Parameter: 1
      Text: <IMG SRC="USER19/TORSO.13.1.jpg" ALIGN="RIGHT" HEIGHT="250" 
              WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0"> The space indicated by  
             the arrow is bounded by the _________ and the __________.
  Position: 1
   Shuffle: 0
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    ItemID: 1105
 Parameter: 9
      Text: parietal peritoneum, visceral pleura
  Position: 2
   Shuffle: 0
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    ItemID: 1105
 Parameter: 8
      Text: parietal peritoneum, visceral peritoneum
  Position: 3
   Shuffle: 0
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    ItemID: 1105
 Parameter: 9
      Text: transversus abdominis, visceral peritoneum
  Position: 4
   Shuffle: 0
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    ItemID: 1105
 Parameter: 9
      Text: rectus abdominis, small intestine serosa
  Position: 5
   Shuffle: 0
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    ItemID: 1105
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1105
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1106

     Title: 21
   Columns: 7

    ItemID: 1106
 Parameter: 1
      Text: <IMG SRC="USER19/HISTO.2.1.jpg" ALIGN="RIGHT" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0"> This organ is the
  Position: 1
   Shuffle: 0
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    ItemID: 1106
 Parameter: 9
      Text: pituitary gland
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1106
 Parameter: 8
      Text: tongue
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1106
 Parameter: 9
      Text: esophagus
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1106
 Parameter: 9
      Text: olfactory epithelium
  Position: 5
   Shuffle: 0
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    ItemID: 1106
 Parameter: 9
      Text: trachea
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1106
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1107

     Title: 22
   Columns: 7

    ItemID: 1107
 Parameter: 1
      Text: <IMG SRC="USER19/HISTO.3.1.jpg" ALIGN="RIGHT" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0"> These groups of cells
  Position: 1
   Shuffle: 0
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    ItemID: 1107
 Parameter: 9
      Text: secrete insulin
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1107
 Parameter: 9
      Text: respond to blood glucose levels
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1107
 Parameter: 9
      Text: secrete glucagon
  Position: 4
   Shuffle: 0
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    ItemID: 1107
 Parameter: 9
      Text: are embedded in the pancreas
  Position: 5
   Shuffle: 0
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    ItemID: 1107
 Parameter: 8
      Text: all of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1107
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1108

     Title: 23
   Columns: 7

    ItemID: 1108
 Parameter: 1
      Text: <IMG SRC="USER19/HISTO.4.1.jpg" ALIGN="RIGHT" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0"> This is a 
            photomicrograph   of the
  Position: 1
   Shuffle: 0
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    ItemID: 1108
 Parameter: 9
      Text: large intestine
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1108
 Parameter: 9
      Text: adrenal gland
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1108
 Parameter: 9
      Text: trachea
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1108
 Parameter: 8
      Text: small intestine
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1108
 Parameter: 9
      Text: lung
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1108
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1109

     Title: 24
   Columns: 7

    ItemID: 1109
 Parameter: 1
      Text: <IMG SRC="USER19/HISTO.5.1.jpg" ALIGN="RIGHT" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0"> This endocrine gland   
            stores its hormone.  It is the
  Position: 1
   Shuffle: 0
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    ItemID: 1109
 Parameter: 9
      Text: parathyroid gland
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1109
 Parameter: 9
      Text: pituitary gland
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1109
 Parameter: 9
      Text: adrenal gland
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1109
 Parameter: 8
      Text: thyroid gland
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1109
 Parameter: 9
      Text: endocrine pancreas
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1109
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1110

     Title: 25
   Columns: 7

    ItemID: 1110
 Parameter: 1
      Text: <IMG SRC="USER19/HISTO.6.1.jpg" ALIGN="RIGHT" HEIGHT="250"  
             WIDTH="275" VSPACE="3" HSPACE="3" BORDER="0"> This is a 
            photomicrograph   of the
  Position: 1
   Shuffle: 0
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    ItemID: 1110
 Parameter: 8
      Text: liver
  Position: 2
   Shuffle: 0
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    ItemID: 1110
 Parameter: 9
      Text: spleen
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1110
 Parameter: 9
      Text: appendix
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1110
 Parameter: 9
      Text: parathyroid gland
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1110
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1110
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
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Serf Exported Item Type=14 ID=1111

     Title: 1
   Columns: 7

    ItemID: 1111
 Parameter: 1
      Text: Most of the carbon dioxide carried by the blood is in the   
            form of
  Position: 1
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    ItemID: 1111
 Parameter: 8
      Text: HCO<SUB>3</SUB><SUP>-</SUP>
  Position: 2
   Shuffle: 0
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    ItemID: 1111
 Parameter: 9
      Text: CO<SUB>2</SUB> dissolved in plasma
  Position: 3
   Shuffle: 0
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    ItemID: 1111
 Parameter: 9
      Text: CO<SUB>2</SUB> bound to plasma proteins
  Position: 4
   Shuffle: 0
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    ItemID: 1111
 Parameter: 9
      Text: carbaminohemoglobin
  Position: 5
   Shuffle: 0
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    ItemID: 1111
 Parameter: 9
      Text: CO<SUB>2</SUB> dissolved in RBC cytoplasm
  Position: 6
   Shuffle: 0
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    ItemID: 1111
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
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Serf Exported Item Type=14 ID=1112

     Title: 2
   Columns: 7

    ItemID: 1112
 Parameter: 1
      Text: The anterior pituitary hormone which does not specifically  
             control the secretory activity of another endocrine gland is
  Position: 1
   Shuffle: 0
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    ItemID: 1112
 Parameter: 9
      Text: ACTH
  Position: 2
   Shuffle: 0
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    ItemID: 1112
 Parameter: 9
      Text: FSH
  Position: 3
   Shuffle: 0
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    ItemID: 1112
 Parameter: 9
      Text: TSH
  Position: 4
   Shuffle: 0
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    ItemID: 1112
 Parameter: 8
      Text: Growth Hormone
  Position: 5
   Shuffle: 0
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    ItemID: 1112
 Parameter: 9
      Text: LH (ICSH)
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1112
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
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Serf Exported Item Type=14 ID=1113

     Title: 3
   Columns: 7

    ItemID: 1113
 Parameter: 1
      Text: Renal water retention is directly mediated by
  Position: 1
   Shuffle: 0
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    ItemID: 1113
 Parameter: 9
      Text: insulin
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1113
 Parameter: 8
      Text: antidiuretic hormone
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1113
 Parameter: 9
      Text: glucagon
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1113
 Parameter: 9
      Text: ACTH
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1113
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1113
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1114

     Title: 4
   Columns: 7

    ItemID: 1114
 Parameter: 1
      Text: The endocrine gland whose secretions most nearly mimic the  
             activity of the sympathetic nervous system is the
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1114
 Parameter: 8
      Text: adrenal medulla
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1114
 Parameter: 9
      Text: adrenal cortex
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1114
 Parameter: 9
      Text: parathyroid gland
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1114
 Parameter: 9
      Text: posterior pituitary
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1114
 Parameter: 9
      Text: thyroid gland
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1114
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1115

     Title: 5
   Columns: 7

    ItemID: 1115
 Parameter: 1
      Text: Increased rate and depth of breathing may result from
  Position: 1
   Shuffle: 0
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    ItemID: 1115
 Parameter: 9
      Text: (a) decreased blood pH
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1115
 Parameter: 9
      Text: (b) increased blood CO<SUB>2</SUB> concentration
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1115
 Parameter: 9
      Text: (c) increased blood pH
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1115
 Parameter: 8
      Text: a and b only
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1115
 Parameter: 9
      Text: b and c only
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1115
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1116

     Title: 6
   Columns: 7

    ItemID: 1116
 Parameter: 1
      Text: The pleural cavity
  Position: 1
   Shuffle: 0
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    ItemID: 1116
 Parameter: 9
      Text: fills with air during inspiration
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1116
 Parameter: 8
      Text: is a potential space
  Position: 3
   Shuffle: 0
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    ItemID: 1116
 Parameter: 9
      Text: normally has a pressure greater than outside atmospheric   
            pressure
  Position: 4
   Shuffle: 0
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    ItemID: 1116
 Parameter: 9
      Text: secretes surfactant
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1116
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1116
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1117

     Title: 7
   Columns: 7

    ItemID: 1117
 Parameter: 1
      Text: Gas transport across alveolar membranes is by
  Position: 1
   Shuffle: 0
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    ItemID: 1117
 Parameter: 9
      Text: facilitated diffusion
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1117
 Parameter: 9
      Text: active transport
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1117
 Parameter: 9
      Text: osmosis
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1117
 Parameter: 8
      Text: simple diffusion
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1117
 Parameter: 9
      Text: any of the above, depending on the gas
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1117
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1118

     Title: 8
   Columns: 7

    ItemID: 1118
 Parameter: 1
      Text: Excess hydrogen ion generated in the red blood cell is   
            bound by _____________, preventing it from lowering pH.
  Position: 1
   Shuffle: 0
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    ItemID: 1118
 Parameter: 9
      Text: carbonic anhydrase
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1118
 Parameter: 8
      Text: hemoglobin
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1118
 Parameter: 9
      Text: chloride ion
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1118
 Parameter: 9
      Text: carbon dioxide
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1118
 Parameter: 9
      Text: the erythrocyte membrane
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1118
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1119

     Title: 9
   Columns: 7

    ItemID: 1119
 Parameter: 1
      Text: In systemic capillaries, bicarbonate diffusing out of red   
            blood cells is replaced by
  Position: 1
   Shuffle: 0
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    ItemID: 1119
 Parameter: 8
      Text: chloride ion
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1119
 Parameter: 9
      Text: oxygen
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1119
 Parameter: 9
      Text: carbon dioxide
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1119
 Parameter: 9
      Text: sodium ion
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1119
 Parameter: 9
      Text: potassium ion
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1119
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1120

     Title: 10
   Columns: 7

    ItemID: 1120
 Parameter: 1
      Text: Which of the following ttypes of molecules is NOT found   
            among hormones?
  Position: 1
   Shuffle: 0
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    ItemID: 1120
 Parameter: 9
      Text: short peptide
  Position: 2
   Shuffle: 0
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    ItemID: 1120
 Parameter: 9
      Text: amino acid derivative
  Position: 3
   Shuffle: 0
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    ItemID: 1120
 Parameter: 8
      Text: carbohydrate
  Position: 4
   Shuffle: 0
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    ItemID: 1120
 Parameter: 9
      Text: steroid
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1120
 Parameter: 9
      Text: protein
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1120
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1121

     Title: 11
   Columns: 7

    ItemID: 1121
 Parameter: 1
      Text: A positive feedback control is characteristic of this   
            hormone.
  Position: 1
   Shuffle: 0
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    ItemID: 1121
 Parameter: 9
      Text: prolactin
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1121
 Parameter: 9
      Text: calcitonin
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1121
 Parameter: 9
      Text: glucagon
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1121
 Parameter: 8
      Text: oxytocin
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1121
 Parameter: 9
      Text: ACTH
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1121
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1122

     Title: 12
   Columns: 7

    ItemID: 1122
 Parameter: 1
      Text: Which of the following is NOT secreted in response to a   
            hypothalamic releasing factor?
  Position: 1
   Shuffle: 0
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    ItemID: 1122
 Parameter: 9
      Text: TSH
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1122
 Parameter: 9
      Text: growth hormone
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1122
 Parameter: 9
      Text: prolactin
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1122
 Parameter: 8
      Text: parathyroid hormone
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1122
 Parameter: 9
      Text: FSH
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1122
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1123

     Title: 13
   Columns: 7

    ItemID: 1123
 Parameter: 1
      Text: Calcitonin
  Position: 1
   Shuffle: 0
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    ItemID: 1123
 Parameter: 9
      Text: increases renal sodium retention
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1123
 Parameter: 9
      Text: raises blood calcium levels
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1123
 Parameter: 8
      Text: lowers blood calcium levels
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1123
 Parameter: 9
      Text: promotes gluconeogenesis
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1123
 Parameter: 9
      Text: increases intestinal absorption of calcium
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1123
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1124

     Title: 14
   Columns: 7

    ItemID: 1124
 Parameter: 1
      Text: Most of the oxygen carried by the blood is in the form of
  Position: 1
   Shuffle: 0
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    ItemID: 1124
 Parameter: 8
      Text: oxyhemoglobin
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1124
 Parameter: 9
      Text: oxygen dissolved in the blood plasma
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1124
 Parameter: 9
      Text: oxygen bound to plasma proteins
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1124
 Parameter: 9
      Text: oxygen bound to carbonic anhydrase
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1124
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1124
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1125

     Title: 15
   Columns: 7

    ItemID: 1125
 Parameter: 1
      Text: Among the functions of the nasal passages is (are)
  Position: 1
   Shuffle: 0
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    ItemID: 1125
 Parameter: 9
      Text: humidification of air
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1125
 Parameter: 9
      Text: warming of air
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1125
 Parameter: 9
      Text: filtration of air
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1125
 Parameter: 8
      Text: all of the above
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1125
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1125
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1126

     Title: 16
   Columns: 7

    ItemID: 1126
 Parameter: 1
      Text: Byproducts of hemoglobin metabolism are excreted as
  Position: 1
   Shuffle: 0
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    ItemID: 1126
 Parameter: 9
      Text: bile salts
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1126
 Parameter: 8
      Text: bile pigments
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1126
 Parameter: 9
      Text: gases
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1126
 Parameter: 9
      Text: hemosiderin
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1126
 Parameter: 9
      Text: no excretion is involved; all components of hemoglobin are  
             recycled
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1126
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1127

     Title: 17
   Columns: 7

    ItemID: 1127
 Parameter: 1
      Text: Among the functions of the stomach are
  Position: 1
   Shuffle: 0
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    ItemID: 1127
 Parameter: 9
      Text: storage of ingested food
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1127
 Parameter: 9
      Text: physical digestion
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1127
 Parameter: 9
      Text: chemical digestion
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1127
 Parameter: 9
      Text: gradual dispensing of gastric contents to the duodenum
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1127
 Parameter: 8
      Text: all of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1127
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1128

     Title: 18
   Columns: 7

    ItemID: 1128
 Parameter: 1
      Text: Lipids in the small intestine are emulsified by
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1128
 Parameter: 9
      Text: pancreatic lipase
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1128
 Parameter: 8
      Text: bile salts
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1128
 Parameter: 9
      Text: cholecystokinin
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1128
 Parameter: 9
      Text: bile pigments
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1128
 Parameter: 9
      Text: carboxypeptidase
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1128
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1129

     Title: 19
   Columns: 7

    ItemID: 1129
 Parameter: 1
      Text: The _____________________ normally contains a flora of   
            bacteria.
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1129
 Parameter: 8
      Text: large intestine
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1129
 Parameter: 9
      Text: small intestine
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1129
 Parameter: 9
      Text: duodenum
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1129
 Parameter: 9
      Text: stomach
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1129
 Parameter: 9
      Text: esophagus
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1129
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1130

     Title: 20
   Columns: 7

    ItemID: 1130
 Parameter: 1
      Text: The initial pancreatic secretion is rich in   
            _______________, which neutralizes the acidity of chyme from the   
            stomach.
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1130
 Parameter: 9
      Text: mucus
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1130
 Parameter: 9
      Text: lipase
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1130
 Parameter: 9
      Text: amylase
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1130
 Parameter: 8
      Text: bicarbonate ion
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1130
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1130
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1131

     Title: 21
   Columns: 7

    ItemID: 1131
 Parameter: 1
      Text: Gastric secretion is
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1131
 Parameter: 9
      Text: stimulated by the sight, thought, or smell of food
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1131
 Parameter: 9
      Text: inhibited by the enterogastric reflex
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1131
 Parameter: 9
      Text: inhibited by duodenal distention
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1131
 Parameter: 9
      Text: stimulated by stomach distention
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1131
 Parameter: 8
      Text: all of the above
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1131
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1132

     Title: 22
   Columns: 7

    ItemID: 1132
 Parameter: 1
      Text: Contraction of the gall bladder is stimulated by
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1132
 Parameter: 9
      Text: somatostatin
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1132
 Parameter: 9
      Text: gastrin
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1132
 Parameter: 8
      Text: cholecystokinin
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1132
 Parameter: 9
      Text: presence of protein in the duodenum
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1132
 Parameter: 9
      Text: the enterogastric reflex
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1132
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1133

     Title: 23
   Columns: 7

    ItemID: 1133
 Parameter: 1
      Text: Blood draining from the intestine is immediately delivered  
             to the
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1133
 Parameter: 9
      Text: spleen
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1133
 Parameter: 8
      Text: liver
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1133
 Parameter: 9
      Text: inferior vena cava
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1133
 Parameter: 9
      Text: hepatic vein
  Position: 5
   Shuffle: 0
  Feedback: 
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    ItemID: 1133
 Parameter: 9
      Text: none of the above
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1133
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1134

     Title: 24
   Columns: 7

    ItemID: 1134
 Parameter: 1
      Text: Hemoglobin saturation with oxygen
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1134
 Parameter: 9
      Text: is increased by decreased temperature
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1134
 Parameter: 9
      Text: is decreased by lower pH
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1134
 Parameter: 9
      Text: is increased by lower hydrogen ion concentration
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1134
 Parameter: 9
      Text: is decreased in systemic capillaries
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1134
 Parameter: 8
      Text: all of the above
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1134
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1135

     Title: 25
   Columns: 7

    ItemID: 1135
 Parameter: 1
      Text: Pulmonary vital capacity equals
  Position: 1
   Shuffle: 0
  Feedback: 
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    ItemID: 1135
 Parameter: 9
      Text: tidal volume plus inspiratory reserve volume
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1135
 Parameter: 9
      Text: tidal volume plus residual volume
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1135
 Parameter: 8
      Text: tidal plus inspiratory reserve plus expiratory reserve   
            volumes
  Position: 4
   Shuffle: 0
  Feedback: 
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    ItemID: 1135
 Parameter: 9
      Text: anatomical dead space plus residual volume
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1135
 Parameter: 9
      Text: inspiratory reserve plus expiratory reserve volumes
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1135
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1136

     Title: 26
   Columns: 7

    ItemID: 1136
 Parameter: 1
      Text: The "second messenger" in the action of water-soluble   
            hormones is
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1136
 Parameter: 9
      Text: a specific receptor on the target cell membrane
  Position: 2
   Shuffle: 0
  Feedback: 
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    ItemID: 1136
 Parameter: 9
      Text: a receptor protein in the cytoplasm of the target cell
  Position: 3
   Shuffle: 0
  Feedback: 
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    ItemID: 1136
 Parameter: 8
      Text: cAMP
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1136
 Parameter: 9
      Text: a protein kinase
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1136
 Parameter: 9
      Text: a target cell nuclear protein, such as a histone
  Position: 6
   Shuffle: 0
  Feedback: 
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    ItemID: 1136
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1137

     Title: 27
   Columns: 7

    ItemID: 1137
 Parameter: 1
      Text: Which of the following hormones directly affects gene   
            activation?
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1137
 Parameter: 9
      Text: TSH
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1137
 Parameter: 9
      Text: insulin
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1137
 Parameter: 9
      Text: calcitonin
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1137
 Parameter: 8
      Text: cortisol
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1137
 Parameter: 9
      Text: growth hormone
  Position: 6
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1137
 Parameter: 10
      Text: 0
  Position: 7
   Shuffle: 0
  Feedback: 0
 Wrongback: 0


Serf Exported Item Type=14 ID=1138

     Title: 28
   Columns: 7

    ItemID: 1138
 Parameter: 1
      Text: A blood vessel which is between two capillary beds is a(n)
  Position: 1
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1138
 Parameter: 8
      Text: portal vein
  Position: 2
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1138
 Parameter: 9
      Text: venule
  Position: 3
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1138
 Parameter: 9
      Text: arteriole
  Position: 4
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1138
 Parameter: 9
      Text: thorougfare channel
  Position: 5
   Shuffle: 0
  Feedback: 
 Wrongback: 

    ItemID: 1138
 Parameter: 9
      Text: metarteriole
  Position: 6
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Serf Exported Item Type=14 ID=1139

     Title: 29
   Columns: 7

    ItemID: 1139
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      Text: Hormones which participate in the "fight or flight"   
            response are secreted by the
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    ItemID: 1139
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      Text: adrenal cortex
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    ItemID: 1139
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      Text: islets of Langerhans
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    ItemID: 1139
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      Text: adrenal medulla
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    ItemID: 1139
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      Text: parathyroid glands
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    ItemID: 1139
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      Text: anterior pituitary
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