Describe the cellular mechanism in 160 words of : Binding of insulin to its receptor and...

Describe the cellular mechanism in 160 words of : Binding of insulin to its receptor and the activated intracellular transduction pathways .

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Sydney Mullin answered 1 year ago

11. Describe the cellular role of insulin and glucagon (receptor activation and the outcome after activation)

Describe the signal transduction pathway with an Insulin receptor. Explain.

How does insulin, acting through the insulin receptor, exert "downstream" effects? In other words, what are...

How does insulin, acting through the insulin receptor, exert "downstream" effects? In other words, what are the consequences, at a biochemical/molecular level, of the binding of insulin to a cell, through the insulin receptor. Can you explain what this question is asking as well. Please list your sources. Thank you!

Receptor Tyrosine Kinases and Ras a. Describe the events that occur upon ligand binding to receptor...

Receptor Tyrosine Kinases and Ras a. Describe the events that occur upon ligand binding to receptor kinase receptors. b. Describe the similarities and differences in the cycling of Gs and Ras between the active and inactive forms. c. Describe the kinase cascade that transmits signals down from activated Ras.

Describe the cellular mechanism of formation of transport vesicles.

What does binding of its ligand do to a receptor kinase?

Which of the following consequences of a signaling molecule binding to its receptor is NOT a...

Which of the following consequences of a signaling molecule binding to its receptor is NOT a short-term response? chromatin remodeling, resulting in transcriptional changes ubiquitination of a target protein, resulting in its degradation phosphorylation by a kinase cAMP binding and protein activation

1. The insulin receptor is: A. a metabolite receptor B. a receptor tyrosine kinase. C. a...

1. The insulin receptor is: A. a metabolite receptor B. a receptor tyrosine kinase. C. a GPCR D. a gasotransmitter E. a second messenger 2. Which of the following reactions requires a Vitamin B12 cofactor? A. beta-oxidation of 18:0 B. beta-oxidation of (18:1 delta 9) C. beta-oxidation of (16:2 delta 9 delta 12) D. complete oxidation of (19:0) E. all of these require Vitamin B12 3. Metabolite receptors bind to ___________________. A. second messengers B. DNA C. GPCRs D. Protein...

What happens to the cell in terms of Glut4 after the binding of insulin to its...

What happens to the cell in terms of Glut4 after the binding of insulin to its receptor in the cell membrane? (total 100 words)

binding of epinephrine to its receptor sends a message into the cells and stimulates the second...

binding of epinephrine to its receptor sends a message into the cells and stimulates the second messenger cAMP. once the fight or flight response is no longer needed, cAMP is broken down by the enzyme phosphodiesterase. caffeine blocks the enzyme phosphodiesterase. explain why caffeine produces an energetic feeling

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