Parathyroid Hormones

Biochemistry

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Afogs3vgsb6levsgdrqb 180714 s0 afridi maham parathyroid hormones intro
04:57
Parathyroid Hormones
Unvvee1jqfkhxnuhmtfw 180714 s1 afridi maham parathormone
27:12
Parathormone
33qmrcpvryoc3r2hsbeu 180714 s2 afridi maham calcitonin
11:22
Calcitonin
7lpb6tsrgwzrtsfefg2u 180714 s3 afridi maham mechanism of action of insulin
15:06
Mechanism of Action of Insulin
Dlnb6a4sa6fmxdnp5f5k 180714 s4 afridi maham metabolic role of insulin
17:10
Metabolic Role of Insulin
2ephwtd4sy50mlbbg3ea 180714 s5 afridi maham glucagon and somatostatin
12:58
Glucagon and Somatostatin

Lecture´s Description

Parathormone

In this lecture ´´Parathyroid Hormones´´ are explained. Section one is about ´´Parathormone´´. First of all, educator tells about the parathyroid glands. Next is the elucidation of chemistry of parathormone. Following this is the biosynthesis of parathormone. After that illustration of mechanism of action is given. Then metabolic role of PTH is discussed in detail. Moreover, parathormone related peptide is highlighted. At last, clinical importance is reported.

Calcitonin

Section two is about ‘’Calcitonin’’. Educator defines calcitonin as a calcium regulating hormone that originates from special cells, called “C-cells”, parafollicular cells. After that mechanism of action is comprehensively illustrated. Next is the metabolic role of calcitonin. Then clinical aspect is focused. Lastly, insulin and chemistry of insulin is explained.

Mechanism of Action of Insulin

Section three is about ‘’Mechanism of Action of Insulin’’. Initially, biosynthesis of insulin is discussed. Steps of which are synthesis of pre-proinsulin, conversion of pre-proinsulin to proinsulin, and then conversion of pro-insulin to insulin. Additionally, catabolism of insulin is pursued. Information is conveyed on insulin receptors. At last, mechanism of action of insulin is explained.

Metabolic Role of Insulin

Section four is about ‘’Metabolic Role of Insulin’’. In the very first slide action on carbohydrate metabolism is focused.  Next is the action on lipid metabolism. Moving onward, action on protein metabolism comes under consideration. After that action on mineral metabolism, growth and replication is pursued. Educator’s next theme of discussion is the relation of tyrosine kinase activity with growth factors. In the last few slides insulin analogues are discussed.

Glucagon and Somatostatin

Section five is about ‘’Glucagon and Somatostatin’’. At first glucagon is explained. In the next slide synthesis of glucagon is presented. After that metabolic role is illustrated comprehensively.  Moreover, somatostatin is discussed along with its chemistry, source, and metabolic role. Lastly, types of somatostatin are reported.

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