Agricultural Biotechnology - Practice Test

(A) A non-toxic cyanide derivative was production by metabolic engineering

(B) The release of cyanide was inhibited by antisense gene regulation

(C) The release of cyanide was inhibited by immunolocalization

(D) The production of cyanide was enhanced by overexpression of an enzyme

(D) The production of cyanide was enhanced by overexpression of an enzyme

(A) Increase in precipitation of proteins when large amount of salts are added

(B) Increase in solubility of proteins when large amount of salts are added

(C) Decrease in precipitation of proteins when large amount of proteins are added

(D) Increase in solubility of proteins when small amount of salts are added

(A) Increase in precipitation of proteins when large amount of salts are added

(A) Baccillus subtillis

(B) Pseudomonas putida

(C) Zaogloea ramigera

(D) Baccillus thuriengenesis

(C) Zaogloea ramigera

(A) Fe-protein complex

(B) Fe-Mo-protein complex

(C) Both A and B

(D) Either A and B

(C) Both A and B

(A) The proteinaceous part of conjugated protein

(B) The nonproteinaceous part of conjugated protein

(C) Both of the above

(D) Protein conjugated with lipid molecule

(B) The nonproteinaceous part of conjugated protein

Agricultural Biotechnology - Study Mode