are liver and muscle calls made up of the same parts

 

At the molecular level, insulin receptor activation typically leads to the activation of the kinase, Akt; however, there are varying outputs of this activation, depending upon the cell/tissue type. Match each insulin signaling event/output with its target cell. Some outputs may have more than one match.

A. glycogen synthase inactivation

[ Choose ] liver adipose and liver muscle and adipose adipose liver and muscle

B. Rab 10-GTP forms

[ Choose ] liver adipose and liver muscle and adipose adipose liver and muscle

C. SREBP-1 activates lipogenesis genes

[ Choose ] liver adipose and liver muscle and adipose adipose liver and muscle

D. Hormone-sensitive lipase inhibition

[ Choose ] liver adipose and liver muscle and adipose adipose liver and muscle

E. Foxo not allowed toactivate gluconeogensis genes

[ Choose ] liver adipose and liver muscle and adipose adipose liver and muscle

F. PPAR gamma activates lipid uptake and storage

[ Choose ] liver adipose and liver muscle and adipose adipose liver and muscle

Its Okay I had one hour to answer this question. The reply was too late.

Of the following pathways, which will be operating significantlywhen insulin concentration is high?

Glycogen Synthesis in the muscle

Fatty acid oxidation in the muscle

Pentose phosphate pathway in adipose tissue

Fatty acid synthesis in the liver

Deoxynucleotide biosynthesis in the liver

Citric acid cycle in the muscle

Non-essential amino acid biosynthesis in the liver

Glycolysis in the muscle

For muscle cells and liver cells,

Do they transcribe the same genes? Why do they not transcribe the same genes? Please explain why.