if your body was no longer able to produce globular proteins, which body systems would fail to remain in homeostasis and why
Transcribed text From Image: The goal of transcription and translation is to make viable proteins. These proteins could be classified either as fibrous or globular. Describe the difference between the two if your body was no longer able to produce globular proteins, which body systems would fail to remain in homeostasis and why? What is an enzyme and why would your body not survive without them? In order to understand how proteins are made, you must first realize that their recipes are stored in your DNA, found on your genes, and located on your chromosomes within the nucleus. Describe the process of Transcription Translation is the process of moving from an RNA molecule to specific amino acids using the codon/anti-codon language What are the roles of the various RNA structures? In your own words, tell the story of Translation. Do not just make a list out of your textbook! In your own words, tell the story of Translation. Do not just make a list out of your textbook! Protein synthesis is a complex process that includes Transcription, Translation, and Protein folding. You could imagine that this entire process must occur without error, like typing a WiFi password into your cell phone. Explain please what the consequence would be if the DNA base pairs (ATGC) were somehow changed (mutated) before the Transcription sequence began. Why do tertiary and quaternary proteins have specific shapes (different levels of structure)?
Expert Chegg Question Answer:
Metabolism will fail to remain in homeostasis if the body was no longer able to produce globular proteins. This is because most of the enzymes that function in a cell are globular proteins. Without enzymes, all the crucial biochemical processes and pathways cannot be regulated, which would lead to a loss of homeostatic conditions in the body.