Helps hydrolyzes this polymer... ...into this monomer enzyme trypsin chymotrypsin pancreatic lipase pancreatic amylase carboxypeptidase ribonuclease

27, Which of the following statements about fatty acids absorption is TRUE? Multiple Choice   Fatty acids are exported packaged into protein complexes and absorbed into lymph   Fatty acids are released as lipidic vesicles called micelles into the bloodstream   Fatty acids are packaged in the intestinal lumen in protein complexes called chylomicrons   Fatty acids-bile salts complexes diffuse freely through the basolateral surface of intestinal cell membrane

A. Energy is released in the process of lipid degradation. (i) Into which form is the fatty acid converted when it is transported across the inner membrane of mitochondria? (ii) Write an overall reaction for B-oxidation of a 22:0 fatty acid. (iii) Calculate the NET amount of ATP produced in (ii). Show your steps of calculation. B. Compare the mode transport of amino acids and fatty acids from the lumen of small intestine into the epithelial cells of villi. C. Briefly discuss why part of urea cycle takes place in mitochondria.

Enzymes that digest dietary proteins in the stomach and intestine are synthesized as proenzymes or zymogens. Which of the following is the proenzyme form of a proteolytic enzyme of the digestive tract? elastase O carboxypeptidase chymotrypsin

Besides the pancreaticjuice in the intestine there isthe releasing of the entericjuice that contains digestiveenzymes too. What are theseenzymes and which type ofmolecule do each of theseenzymes break?

Proteins are denatured by acid in the stomach. This denaturation makes them better substrates for proteolysis. Explain why this is the case.

Match the water soluble vitamin with its main function. coenzyme specifically with tryptophan metabolism, hemoglobin Choose... DNA, RNA, cell division Choose... thiamin, riboflavin, niacin vitamin C antioxidant, collagen synthesis, redox B12 Folate coenzyme B6 Choose... DNA, RNA, methionine metabolism >

Match to the correct term by dragging-and-dropping the words below: Glucuronidation Hydroxylation Liver/gut mucosa Process of adding hydrophilic group(s) to drug/metabolite molecule, to allow drug/metabolite excretion in the urine Prodrug P glycoprotein Enterohepatic cycling Process converting lipophilic drug to more polar molecule by unmasking or adding a polar functional group Process of forming multiple bonds between molecules and a transition metal ion, leading to sequestration of the metal Drug-nutrient interaction

Can u help me to explain to me, please? I stuggled.

Briefly describe the components of the four major types of lipoproteins and explain the function of each in relation to lipid metabolism in humans.