ABO blood group system is defined by the presence of agglutinogens (A and B molecules) at thesurface of red blood cells. Enzyme A which leas to the production of the molecule A is coded byall ele A, while enzyme B which leads to the production of the molecule B is coded by allele B,and enzyme O which cannot lead to the production of any molecule is coded by allele O.A part of the coding DNA strand for enzyme A: GAC GTG CGC GCCA part of the coding DNA strand for enzyme B: GAG GTG GcC GCC5. Compare the non-transcribed strand coding for enzyme A to that coding for enzyme B.6. Identify the type of mutation involved in this case. Justify.7. Write the amino acid sequence for both enzymes.8. "Mutations can lead to diseases or to genetic diversity"Justify by refering to parts A and B.Second letterAGUCUUCCUCAUUG Leu ucGUUU TPheUUCUAU1-TyrUACJSerUAA Stop UGA StopUGU),UGCJUUAUAG Stop UGG TrpCAUTHISCCUCCCCACCGCUUCÚCCÁCJProCAACGU]CGCArgFLeuCGACGGCỦAGlnCUGCAGAAUAUUAUC FileAUAAUG Met ACGACUACCAAC FAsAAA LysAAGJSerAGCThrAGA JArgAGGACAGUUGUCGUAGUGGCUGCCGCAGCGGAU)AspGAC.AlaGAAGIUGGUGGCGlyGValGGAGAGJGGGGFirst letterDUAG = CAGUCACThird letter

Name: ABO blood group system is defined by the presence of agglutinogens (A
Uploaded: 2024-03-20T06:42:55.000Z
Channel: Bartleby
Description: ABO blood group system is defined by the presence of agglutinogens (A and B molecules) at thesurface of red blood cells. Enzyme A which leas to the production of the molecule A is coded byall ele A, while enzyme B which leads to the production of th