GTP hydrolysis is required for
A. joining of the 40S and 60S subunits
B. peptide bond formation
C. start codon recognition and initiation factor release
D. A and C.
When nuclear transfer is performed by cell fusion, the resulting
cloned offspring
A. will be genetically identical to the original adult cell
nucleus and the mitochondrial DNA will come from the donor adult
cell cytoplasm.
B. will be genetically identical to the original adult cell
nucleus but the mitochondrial DNA will come from the recipient
egg.
C. will be a chimera of nuclear and mitochondrial DNA from the
original adult cell and the recipient egg.
D. will be genetically identical to the original adult cell
nucleus but the mitochondrial DNA will come from both the donor
adult cell cytoplasm and the recipient egg.