QUESTION 1 Cortisol, a steroid, is under strong circadian control, whereby it is secreted into the bloodstream at approximately 8:00 AM every day. Almost every cell in the body has receptors for...

1QUESTION 1<br>Cortisol, a steroid, is under strong circadian control, whereby it is secreted into the bloodstream at approximately 8:00 AM every day. Almost every cell in the body has<br>receptors for cortisol, and its diverse actions include homeostatic maintenance of blood pressure, the immune system, metabolism of proteins, carbohydrates, and fats,<br>water balance, and immune system regulation. Cortisol's signaling mode here is:<br>paracrine<br>O juxtacrine<br>O autocrine<br>endocrine<br>QUESTION 2<br>During glycolysis Glucose-6-phosphate (G6P) is converted to Fructose-6-phosphate (F6P) as shown below. If the standard equilibrium concentrations are: [G6P] = 1.63<br>M, and [F6P] = 0.37 M, then Keg' for this reaction is<br>and the reaction is<br>Glucose-6-P O Fructose-6-P<br>O> 1; exergonic<br>O > 1; endergonic<br>O < 1; exergonic<br>2<1; endergonic<br>QUESTION 3<br>Match each of the following to its role in the cell.<br>v Microtubules<br>A. Motor protein responsible for retrograde transport of endosomes from the plasma<br>membrane to the interior of cells.<br>v Actin<br>B. Cytoskeletal fiber that is intermediate in diameter and very sturdy. Does not form from<br>polymerization of protein monomers like the other ones we discussed in class, but<br>v Tubulin<br>ntermedinte fla nte<br>P Type here to search<br>1O<br>Co<br>

Extracted text: QUESTION 1 Cortisol, a steroid, is under strong circadian control, whereby it is secreted into the bloodstream at approximately 8:00 AM every day. Almost every cell in the body has receptors for cortisol, and its diverse actions include homeostatic maintenance of blood pressure, the immune system, metabolism of proteins, carbohydrates, and fats, water balance, and immune system regulation. Cortisol's signaling mode here is: paracrine O juxtacrine O autocrine endocrine QUESTION 2 During glycolysis Glucose-6-phosphate (G6P) is converted to Fructose-6-phosphate (F6P) as shown below. If the standard equilibrium concentrations are: [G6P] = 1.63 M, and [F6P] = 0.37 M, then Keg' for this reaction is and the reaction is Glucose-6-P O Fructose-6-P O> 1; exergonic O > 1; endergonic O < 1;="" exergonic=""><1; endergonic="" question="" 3="" match="" each="" of="" the="" following="" to="" its="" role="" in="" the="" cell.="" v="" microtubules="" a.="" motor="" protein="" responsible="" for="" retrograde="" transport="" of="" endosomes="" from="" the="" plasma="" membrane="" to="" the="" interior="" of="" cells.="" v="" actin="" b.="" cytoskeletal="" fiber="" that="" is="" intermediate="" in="" diameter="" and="" very="" sturdy.="" does="" not="" form="" from="" polymerization="" of="" protein="" monomers="" like="" the="" other="" ones="" we="" discussed="" in="" class,="" but="" v="" tubulin="" ntermedinte="" fla="" nte="" p="" type="" here="" to="" search="" 1o="">

Jun 11, 2022
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