By performing the SOPS EVO-001 EVO-004, you are observing very few changes at the level of the DNA and amino acid sequen

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answerhappygod
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By performing the SOPS EVO-001 EVO-004, you are observing very few changes at the level of the DNA and amino acid sequen

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By Performing The Sops Evo 001 Evo 004 You Are Observing Very Few Changes At The Level Of The Dna And Amino Acid Sequen 1
By Performing The Sops Evo 001 Evo 004 You Are Observing Very Few Changes At The Level Of The Dna And Amino Acid Sequen 1 (74.73 KiB) Viewed 14 times
By performing the SOPS EVO-001 EVO-004, you are observing very few changes at the level of the DNA and amino acid sequence between humans and other primates (Chimpanzee, Gorilla, Orangutan, and Baboon). By contrast, you are observing a significantly larger amount of changes with the same molecular sequences between humans and developmental vertebrate model organisms (Mouse, Chicken, Frog, and Fish). Question #1: Why do you think we're observing this? However, by performing EVO-005, we're seeing very conserved Hoxa2 protein structures, no matter the source organism (human or any of the developmental vertebrate model organisms). Question # 2: Why do you think we're observing this? Think about. what proteins do in genetic regulatory networks. Finally, lets say we're working at a Pharmaceutical company and we're developing a new pharmaceutical drug for a genetic disorder. Question #3: Which set of organisms would we be looking at when I we're in the beginning stages of developing our drug (Human vs other Primates or Human vs Model Organisms)? Why? Question #4: Which set of organisms would we be looking at when we're close to the end stages of developing our drug (Human vs other Primates or Human vs Model Organisms )? Why?
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