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Summer 2011: Main Building Auditorium |
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Course
Prefix: BIO 137 lectures: MTWR 9:00-10:50 Start 6/23/2011...... End 5/4/2011 |
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Text book: Human Anatomy and Physiology (8th edition)(packaged with Interactive Physiology CDs which are required for lab) Author: Elaine
N. Marieb and Katja Hoehn |
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Dr. Robin L. Cooper |
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Labs for the course:: http://district.bluegrass.kctcs.edu/rmccane0001/shared_files/bio137website/BIO137/index.html Lab (j0l3) - - Tomoko Sengoku – tsengoko0001@kctcs.edu (class schedule--PDF) |
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| Course schedule (see below) (go to) | Download PPT files (go to) |
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COURSE OUTLINE
(download PDF, MS
word) (updated version PDF, MS word) BIO 137: J020, J021, J022 Summer II 2010 Tentative Course Outline Date
Topic
__________Chapter/Assigned Reading (podcast 06232011A, 06232011B; ECHO 06232011A, 06232011B) (podcast 06272011A, 06272011B; ECHO 06272011A, 06272011B) (also a link about pH) (podcast 06282011A, 06282011B; ECHO 06282011A, 06282011B 29 Cellular Physiology-Quiz 1 3 (to get ready for QUIZ - play) (podcast 06292011A, 06292011B; ECHO 06292011A, 06292011B July 30 Cellular Physiology 3 Extra help in seeing the DNA replication in another way go to also a movie go to (podcast 06302011A, 06302011B; ECHO 06302011A, 06302011B 4 Independence Day – Academic Holiday! 5 Cellular Physiology – Quiz 2 3 (podcast 07052011A, 07052011B; ECHO 070502011A, 07052011B (smoking PDF on cell damage) (Podcast 07062011A, 07062011B; no ECHO )
(podcast 07112011A, 07112011B; ECHO 07112011A, 07112011B) Test 1 KEY (PDF)
(podcast 07122011A; ECHO 07122011A) (podcast 07132011A, 07132011B; ECHO 07132011A, 07132011B) (to help you remember all those bones- play) (podcast 07142011A, 07142011B; ECHO 07142011A, 07142011B) (The PDF about BURNS % body and fluid IV)
Last day to withdraw at student's discretion with a W grade.
Test 2 KEY (PDF) Also reasons why you got point back relate to question on exam and reports in published papers: Paper 1, paper 2, paper 3 (related to infants and their skin) 19 Nervous System 11 (podcast 07192011A, 07192011B; ECHO 07192011A, 07192011B) (podcast 07202011A, 07202011B; ECHO 07202011A, 07202011B) 21 Cellular Metabolism/Muscular System 24/9 (podcast 07212011A, 07212011B; ECHO 07212011A, 07212011B) (To help you get through it all Play 1 and then 2 and then 3)
26 Muscular System 9 (podcast 07262011A, 07262011B; ECHO 07262011A, 07262011B) (podcast 07272011A, 07272011B; ECHO 07272011A, 07272011B)
(podcast 07282011; ECHO 07282011) .
RELAX with some tunes HERE also HERE and HERE
3 Last day to withdraw for
nonacademic reasons at instructor's discretion with a W grade |
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PDF 1-Evol. Med PDF or MS WORD Look at oxidative stress paper (PDF) Lactate, not pyruvate, is neuronal aerobic glycolysis end product: an in vitro electrophysiological study. {PDF}
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| EXTRA Note:
To the issue about CHOLESTEROL and fluidity of biological membranes within normal temperatures. There maybe differences in the teaching on this point in Cell Biology and Animal Physiology so keep in mind which system, animal or bacteria, and the normal operating temperatures for the organisms.
In relation to Bio350 ANIMAL physiology and NOT bacterial cells the point is that cholesterol decreases fluidity in biological membranes of mammals.
Lets see the text by Lodish et al., (4th edition, 2000) Molecular Cell Biology
Page 165: "Membrane cholesterol is another major determinate of bilayer fluidity....... The net effect of cholesterol on membrane fluidity varies, depending on the lipid composition. ...... At the high concentrations found in eukaryotic plasma membranes, cholesterol tends to make the membranes less fluid at growth temperatures near 37C." MORE content related to your textbook:“Human Anatomy & Physiology, 8th Edition”. On page 64 left column, 8th line from the bottom the text states the following on cholesterol, “…. It wedges its platelike hydrocarbon rings between the phospholipid tails, stabilizing the membrane, while increasing the mobility of the phospholipids and fluidity of the membrane.” THIS IS INCORRECT Am J Physiol Cell Physiol. 2011 Apr 27. [Epub ahead of print] MEMBRANE CHOLESTEROL MODULATES THE FLUID SHEAR STRESS RESPONSE OF POLYMORPHONUCLEAR LEUKOCYTES VIA ITS EFFECTS ON MEMBRANE FLUIDITY. Zhang X, Hurng J, Rateri DL, Daugherty A, Schmid-Schönbein GW, Shin HY.“ Moreover, the content of cholesterol within lipid bilayer determines the physical properties of membranes, such as membrane fluidity (7, 10, 18).While increases in cholesterol reduce membrane fluidity, decreases in membrane cholesterol levels lead to the opposite as shown in liposomes as well as in blood borne cells (7, 10). Importantly, membrane fluidity, as it relates to the mobility (e.g. rotational and lateral diffusion) of membrane proteins within the lipid bilayer (e.g. concanavalin A receptors on lymphocytes(1)), plays a key role in regulating cell functions.” 7. Chabanel A, Flamm M, Sung KL, Lee MM, Schachter D, and Chien S. Influence of cholesterol content on red cell membrane viscoelasticity and fluidity. Biophys J 44: 171-176, 1983. (Paper attached PDF) 10. Coderch L, Fonollosa J, De Pera M, Estelrich J, De La Maza A, and Parra JL. Influence of cholesterol on liposome fluidity by EPR. Relationship with percutaneous absorption. J Control Release 68: 85-95, 2000.18. Gleason MM, Medow MS, and Tulenko TN. Excess membrane cholesterol alters calcium movements, cytosolic calcium levels, and membrane fluidity in arterial smooth muscle cells. Circ Res 69: 216-227, 1991. |
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PPT (click) and then Review (click) Chapter 11...Review PDF Chapter 12..Review PDF Chapter 13..Review PDF Chapter 14..Review PDF Chapter 15..Review PDF (it is just interesting stuff) Chapter 24 ....... Review PDF
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Neat Information: About folic acid (pdf) neg pH (pdf) Imprint genes (pdf) Music & Brain (pdf) Kiss & Run (pdf) Neat PDF on nerve gas agents (PDF) The leech model and glia cells (PDF) |
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EXTRA figures:
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