Factor H, a complement regulatory protein in plasma, binds C3b and

Factor H, a complement regulatory protein in plasma, binds C3b and (A) competes with factor B to displace Bb from convertase. (B) initiates the catabolism of C3b into inactive products. (C) then binds to C3bBb convertase. (D) acts as a cofactor for factor I.  

Which one or more of the following statements correctly describe(s) the changes upon the addition of puromycin during eukaryotic translation?

Which one or more of the following statements correctly describe(s) the changes upon the addition of puromycin during eukaryotic translation? (A) Puromycin resembles the aminoacyl end of the charged tRNA. (B) Puromycin occupies the A site of the translating ribosomes. (C) Puromycin occupies the P site of the translating ribosomes. (D) Puromycin occupies the E … Read more

Which one or more of the following statements is/are correct regarding the transport and retention of proteins in different cell organelles?

Which one or more of the following statements is/are correct regarding the transport and retention of proteins in different cell organelles? (A) Mannose 6-phosphate residues are involved in targeting proteins to lysosomes. (B) Transport of proteins into the mitochondrial compartment is aided by positively charged amino acid residues at the N-terminus and internal hydrophobic segments. … Read more

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