BIOLOGY 1A03 Lecture 4: Bio 1A03 Theme 2 module 4 The complex proteome

• School: McMaster University
• Department: Biology
• Course: BIOLOGY 1A03
• Professor: Dr.Da Silva

Document Summary

Genomic to proteomic complexity: human proteome represents the full number of proteins that are expressed by all hereditary information in dna. Also referred to as genome: we can encode 1 million proteins from our genome, single genes can encode multiple proteins, proteome complexity relative to our genome is largely attributed to rna processing and post-transitional modi cations. Organism"s developmental stage, and in response to internal and external signals. !1: insulin is produced by pancreatic beta cells that produces response on target cells. Sunday, february 5, 2017 that leads to decrease in blood glucose levels. Glucose is absorbed in the small intestine: glucose absorption occurs in microvilli cells of the small intestine. Insulin processing: translated polypeptide coded in the insulin gene is 110 aas long, functional insulin protein is made up of 51 aas and is made up of 2 chains.