Question

14. Neutrophils and Macrophages are leucocytes that are inhibited wound healing in diabetic patients. 15. Sulfonureas is a diabetic drug that causes an increase in cell secretion and thus leads to an increase in insulin secretion. 16. A decrease in oxygen and nutrients to the tissues and cells can be caused by a decreases in the ability to form blood vessels called 18. This protein is secreted as an result of detectable low blood pressure in the kidney. 19. Beta oxidation is necessary and responsible for the catabolism of for utilization for energy. 20. Mumps, Rubella, Epstein bars and Coxsackie B virus are all organisms the depend on the host cell for life. 24. Insulin resistance is prevalent in diabetes because many patients can have a in the receptor

Answer 1

15. sulfonurease ia a diabetic drug that can cause an increase in pancreatic beta cell secretion and thus leads to increase in insulin secretion.

sulfonurease increase the release of insulin through the stimulation of pancreatic beta cells. by binding to a subunit of potassium ATP dependent channels are known as the sulfonylurea receptor, this class of medication impedes the cellular release of potassium leading to cell depolarisation.

18. renin protein,

renin, enzyme secreted by the kidney that is a part of a physiological system that regulate blood pressure. renin enter the liver via the blood and convert angiotensinogen in to angiotensin, which both stimulates the production of aldosterone by the adernal cortex and directly cause vasoconstriction and a resulting increase in blood pressure.

19. beta oxidation is necessary and responsible for the catabolism of fatty acid for utilisation for energy. beta oxidation is a catabolic process by which fatty acid molecule are broken down in the cytosol in prokaryote and in the mitochondria in eukaryotes to generate acetyl-CoA which enter the citric acid cycle, and NADH and FADH2 are generated which are co-enzymes used in the electron transport chain.