Genetic Code and Regulation The genetic code is degenerated. Which of the following codons represents the principle of degeneracy? AUG and AUA UAA and UAC CAU and CAC UUA and UUC AUG and AUA UAA and UAC CAU and CAC UUA and UUC ANSWER DOWNLOAD EXAMIANS APP
Genetic Code and Regulation AUG codes for methionine act as a termination code elongation code propagation code initiation code termination code elongation code propagation code initiation code ANSWER DOWNLOAD EXAMIANS APP
Genetic Code and Regulation In protein synthesis in prokaryotes the initiating amino acid is phenyl alanine None of these the initiating amino acid is N- formyl methionine the initiating amino acid is methionine the initiating amino acid is phenyl alanine None of these the initiating amino acid is N- formyl methionine the initiating amino acid is methionine ANSWER DOWNLOAD EXAMIANS APP
Genetic Code and Regulation Translation begins in nucleus at the replication fork on the lagging strand at the start codon in nucleus at the replication fork on the lagging strand at the start codon ANSWER DOWNLOAD EXAMIANS APP
Genetic Code and Regulation Bacterial protein called catabolic activator protein (CAP) is an example of negative control of gene expression positive control of gene expression None of these second type of positive control of gene expression negative control of gene expression positive control of gene expression None of these second type of positive control of gene expression ANSWER DOWNLOAD EXAMIANS APP
Genetic Code and Regulation The codons which do not specify an amino acid are called initiation code propagation code none of these termination code initiation code propagation code none of these termination code ANSWER DOWNLOAD EXAMIANS APP
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