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Name TWO intramolecular forces that play a critical role in protein structure, and briefly explain how. For instance, you could give an example of what level of structure (primary, secondary, tertiary, quaternary) these forces play a role and how. There are several correct answers; I am looking to probe your understanding here, and will be flexible in giving points as long as your answer is accurate.
Determine the percentage of offspring displaying each trait. If a single, diploid G2 nucleus in an ascus contains 400 nanograms (ng) of DNA, after that a single ascospore nucleus of this species should contain how much DNA (ng), carried on how many c..
You have 100 ml each of 50 mg/ml human chorionic gonadotropin, 25x HCG buffer, and 400 mM potassium chloride. You want to make one liter of a solution that is 1 mg/ml human chorionic gonadotropin, 1x HCG buffer, and 40 mM potassium chloride How mu..
Define the efficient market hypothesis (EMH). What are the implications of EMH for corporate managers?
The human body is a complex structure. Epithelial tissue is one of the four tissue types of the human body.
A tumor is pressing against a jugular foramen on one side and an individual's ability to swallow is affected. Which two cranial nerves can be involved?
A new chemical is derived that hinders the formation of MPF, thereby inhibiting the formation of this kinase-cyclin complex. Identify which checkpoint within eukaryotic cell cycle would be affected by this chemical's inhibitory action and explain ..
Consider third party property motor vehicle insurance decisions, an example of an insurance product where a known premium is paid for an uncertain future benefi
MHC class I molecules are negative regulators of natural killer cell function. Explain the functional overlap of members of G-protein-coupled receptors L-2
how many molecules of acetyl coa are produced during the beyaoxidation of eicosapentaenoic acid (20:5)?
Think about a cross between a male who has vitamin D resistant rickets and a female who has fully functional PHEX protein and does not express vitamin D resistant rickets.
Fats are usually degraded to acetyl CoA, which enters the TCAcycle. Glucose can be synthesized from oxaloacetate, a TCA cycle intermediate, bygluconeogenesis. After exercise, glycogen stores are depleted and must be restoredby eating carbohydrate.
we now understand how joints/muscles/groups of muscle produce movements.Which cranial nerve affects taste? What type of reflex will he trigger?
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