[S] in micromolar (mM) Rate (mM/min) in the presence of 240 micromolar (mM) inhibitor Rate (mM/min) in the absence of inhibitor
0.24 5.95
0.36 8.55
0.71 4.35 15.38
1.02 5.88
1.34 7.41
1.77 10.9 28.57
2.05 11.11
2.63 14.29 33.33
2.93 15.15
3.23 15.63 37.04
3.49 16.13
3.69 16.67

yah bio chem!




anyone know how to find the xintercepts of a lineweaver-burke plot?
cuz this assignment sure as hel sucks

1. a) GGU-AUU-GUU-GAA-CAG-UGU-UGU-ACU
b) CCA-TAACAA-CTT-GTC-ACA-ACA-TGA
c) The structure is destroyed and cannot work properly and therefore you will get diabetes.

2.) The bacteria need aminobenzoic acid to create the dihydropteroate synthetase(wich is needed to create folic acid (which is needed to create DNA and RNA)), to prevent the aminobenzoic acid to create dihydropteroate synthetase we put in a lot of sulfanilamide in the body. The sulfanilamide is taken up by the bacteria's enzyme instead of the aminobenzoic acid. When this occur the dihydropteroate synthetase cannot be formed and therefore no new RNA or DNA can be formed and therefore no new bacterias can be formed. So antibiotics is not killing bacterias it is only preventing them to split and become more.

Of course this would not work if the human cells needed the dihydropteroate synthetase to create their folic acid. But here is the smart thing, human cells does not create their folic acids from the dihydropteroate synthetase so it does not matter if the antibiotics is stopping them or not.

3.) Some non polar amino acid. Don't know any examples though, sorry


answers to some stupid assigment i got from my teacher today... don't know why i copied it though

Topic: anyone out there know there house?????

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quote:

Originally posted by N|te-L|fe You got it wrong, the 27th entry should read 21.485

lol, now he can forget his research

Anywas, mine:

Reloaded - Alive (Rock Ryders)

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Mesenteric Vessels, GI Tract Removal; Duodenum; Pancreas; Intestines


ASSIGNMENTS
Moore's Clinically Oriented Anatomy: 237-278
Essential Clinical Anatomy- Moore: 153-164
Grant's Dissector: 68-77 : Start at "Superior and Inferior Mesenteric Vessels"; Stop at "Interior Organ Inspection".
Grant’s Atlas of Anatomy: 94- 130
Clemente’s Dissector: #17




HELPFUL HINTS
1. Name that artery - As you dissect the branches of the superior and inferior mesenteric arteries remember that arteries are named by their region of distribution, not by their branching pattern of origin . In fact, you will encounter vessels today that don't look like any atlas figure. You can quickly name them if you apply the rule of thumb stated above.
2. Tie them tight - Make sure that your two ligatures around the rectum are tight (Grant's Dissector, pg. 71). Then, be sure to cut between the ligatures. When cutting the esophagus, tie a single ligature and cut superior to it.
3. Freeing the ascending colon and descending colon - To free the ascending colon and descending colon from the posterior body wall you will have to break through the peritoneum as it sweeps off the lateral surface of each organ onto the posterior body wall. After you break the peritoneum, break the fascia that fuses the colon to the posterior body wall with your hand. This approach from the lateral side preserves and protects the blood vessels to these organs.
4. Cut twice to free the liver - When you come to the part that says to cut across the inferior vena cava (Grant's Dissector, pg. 72) in order to remove the liver, you will need to cut the inferior vena cava twice: once superior to the liver as the instructions say to do and once inferior to it. This second cut will free the liver from the inferior vena cava and leave a short piece of the inferior vena cave within the liver. Look inside of this piece of inferior vena cava to see the openings of the hepatic veins.



WHEN YOU FINISH THIS SECTION, YOU SHOULD BE ABLE TO PERFORM THE FOLLOWING TASKS AND ANSWER THESE QUESTIONS
1. Draw and label a diagram of the blood supply to the small intestine.
2. Does the artery of the vermiform appendix pass ventral or dorsal to the ileum?
3. The left colic artery anastomoses with what vessel(s)?
4. The origin of the inferior mesenteric artery lies posterior to what organ?
5. What part of the gut does the inferior mesenteric artery supply?
6. If the inferior mesenteric artery is obstructed, give the most direct collateral route of blood to the descending colon from the abdominal aorta.
7. Name the gross anatomical features that distinguish the large intestine from the small intestine.
8. What structures lie posterior to the neck of the pancreas?
9. What is the primary blood supply to the body of the pancreas?
10. What does the term "retrocecal appendix" mean?





gross anatomy...the joys of medical school

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quote:

Originally posted by montie yah bio chem! anyone know how to find the xintercepts of a lineweaver-burke plot? cuz this assignment sure as hel sucks

-1/Km.....

i am taking biochem too

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That mad Matrix Theory thing, I just copied it and printed it out

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Ctrl-V

Weird

http://www.nanpa.com/number_resourc...time_zones.html

I just checked and it looks like dust and crumbs

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Ralph Waldo Emerson