Genetic code was discovered by-

Important Questions on Molecular Basis of Inheritance

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Beta Question Bank for Medical: Biology>Chapter 28 - Molecular Basis of Inheritance>EXERCISE- I (Conceptual Questions)>Q 114

Genetic code was deciphered by chemically synthesizing the trinucleotides by-

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Beta Question Bank for Medical: Biology>Chapter 28 - Molecular Basis of Inheritance>EXERCISE- I (Conceptual Questions)>Q 115

Nirenberg synthesized an $\mathrm{m}-\mathrm{RNA}$ containing $34$ poly-Adenine $(\mathrm{A}-\mathrm{A}-\mathrm{A}-\mathrm{A}-\mathrm{A}-\mathrm{A}----)$ and found a polypeptide formed of $11$ poly-lysine this proved that genetic code for lysine was

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Beta Question Bank for Medical: Biology>Chapter 28 - Molecular Basis of Inheritance>EXERCISE- I (Conceptual Questions)>Q 116

$64$ Codons constitute genetic code because-

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Beta Question Bank for Medical: Biology>Chapter 28 - Molecular Basis of Inheritance>EXERCISE- I (Conceptual Questions)>Q 117

Which codon gives signal for the start of polypeptide (protein) chain synthesis-

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Beta Question Bank for Medical: Biology>Chapter 28 - Molecular Basis of Inheritance>EXERCISE- I (Conceptual Questions)>Q 118

The function of non-sense codons is-

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Beta Question Bank for Medical: Biology>Chapter 28 - Molecular Basis of Inheritance>EXERCISE- I (Conceptual Questions)>Q 119

Termination of chain growth in protein synthesis is brought about by-

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Beta Question Bank for Medical: Biology>Chapter 28 - Molecular Basis of Inheritance>EXERCISE- I (Conceptual Questions)>Q 120

Genetic code determines-

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Beta Question Bank for Medical: Biology>Chapter 28 - Molecular Basis of Inheritance>EXERCISE- I (Conceptual Questions)>Q 121

$\mathrm{m}-\mathrm{RNA}$ is attached with -