166281
DNA is a better genetic material than RNA because of
1 Presence of Thymine
2 DNA mutates faster
3 DNA is more catalytic
4 DNA is labile
Explanation:
DNA is a better genetic material than RNA because of presence of thymine.
AP EAMCET-25.09.2020 Shift-II
Molecular Basis of Inheritance and
166267
Eukaryotic genes are monocistronic but they are split genes because
1 Introns are interrupted with Mutons.
2 they contain Exons only.
3 they contain Introns only
4 Exons are interrupted by Introns.
Explanation:
In eukariyotes, the monocistronic structural genes have interrupted coding sequences- The gene in eukaryotes are split. The coding sequences or expressed sequences are defined as exons. Exons are said to be those sequence that appear in mature or processed RNA. The exone are interruptedby introns or intervening sequences do not appear in mature or processed RNA.
Karnataka CET-20.05.2023
Molecular Basis of Inheritance and
166271
The chemical nature of chromatin is as follows
1 nucleic acids
2 nucleic acid and histone proteins
3 nucleic acids, histone and non- histone proteins
4 nucleic acids and non- histone proteins
Explanation:
Chromatin material is made up of nucleic acids like DNA and proteins, and chromatin does not have a specific chemical formula for itself, as it is made up of other big molecules. So called macromolecules, such as DNA, proteins and RNA.
WB JEE-2009
Molecular Basis of Inheritance and
166272
Out of A-T, G-C pairing, bases of DNA may exist in alternate valency state owing to arrangement called
1 tautomerisational mutation
2 analogue substitution
3 point mutation
4 frameshift mutation
Explanation:
Tautomeric shift in one strand has produced a transition mutation in the complementary strand. If the mutation occurs in the germline, it will be transmitted to future generations. Tautomeric shift is not itself a mutation, but a transient change to an alternative form of the molecule.
166281
DNA is a better genetic material than RNA because of
1 Presence of Thymine
2 DNA mutates faster
3 DNA is more catalytic
4 DNA is labile
Explanation:
DNA is a better genetic material than RNA because of presence of thymine.
AP EAMCET-25.09.2020 Shift-II
Molecular Basis of Inheritance and
166267
Eukaryotic genes are monocistronic but they are split genes because
1 Introns are interrupted with Mutons.
2 they contain Exons only.
3 they contain Introns only
4 Exons are interrupted by Introns.
Explanation:
In eukariyotes, the monocistronic structural genes have interrupted coding sequences- The gene in eukaryotes are split. The coding sequences or expressed sequences are defined as exons. Exons are said to be those sequence that appear in mature or processed RNA. The exone are interruptedby introns or intervening sequences do not appear in mature or processed RNA.
Karnataka CET-20.05.2023
Molecular Basis of Inheritance and
166271
The chemical nature of chromatin is as follows
1 nucleic acids
2 nucleic acid and histone proteins
3 nucleic acids, histone and non- histone proteins
4 nucleic acids and non- histone proteins
Explanation:
Chromatin material is made up of nucleic acids like DNA and proteins, and chromatin does not have a specific chemical formula for itself, as it is made up of other big molecules. So called macromolecules, such as DNA, proteins and RNA.
WB JEE-2009
Molecular Basis of Inheritance and
166272
Out of A-T, G-C pairing, bases of DNA may exist in alternate valency state owing to arrangement called
1 tautomerisational mutation
2 analogue substitution
3 point mutation
4 frameshift mutation
Explanation:
Tautomeric shift in one strand has produced a transition mutation in the complementary strand. If the mutation occurs in the germline, it will be transmitted to future generations. Tautomeric shift is not itself a mutation, but a transient change to an alternative form of the molecule.
NEET Test Series from KOTA - 10 Papers In MS WORD
WhatsApp Here
Molecular Basis of Inheritance and
166281
DNA is a better genetic material than RNA because of
1 Presence of Thymine
2 DNA mutates faster
3 DNA is more catalytic
4 DNA is labile
Explanation:
DNA is a better genetic material than RNA because of presence of thymine.
AP EAMCET-25.09.2020 Shift-II
Molecular Basis of Inheritance and
166267
Eukaryotic genes are monocistronic but they are split genes because
1 Introns are interrupted with Mutons.
2 they contain Exons only.
3 they contain Introns only
4 Exons are interrupted by Introns.
Explanation:
In eukariyotes, the monocistronic structural genes have interrupted coding sequences- The gene in eukaryotes are split. The coding sequences or expressed sequences are defined as exons. Exons are said to be those sequence that appear in mature or processed RNA. The exone are interruptedby introns or intervening sequences do not appear in mature or processed RNA.
Karnataka CET-20.05.2023
Molecular Basis of Inheritance and
166271
The chemical nature of chromatin is as follows
1 nucleic acids
2 nucleic acid and histone proteins
3 nucleic acids, histone and non- histone proteins
4 nucleic acids and non- histone proteins
Explanation:
Chromatin material is made up of nucleic acids like DNA and proteins, and chromatin does not have a specific chemical formula for itself, as it is made up of other big molecules. So called macromolecules, such as DNA, proteins and RNA.
WB JEE-2009
Molecular Basis of Inheritance and
166272
Out of A-T, G-C pairing, bases of DNA may exist in alternate valency state owing to arrangement called
1 tautomerisational mutation
2 analogue substitution
3 point mutation
4 frameshift mutation
Explanation:
Tautomeric shift in one strand has produced a transition mutation in the complementary strand. If the mutation occurs in the germline, it will be transmitted to future generations. Tautomeric shift is not itself a mutation, but a transient change to an alternative form of the molecule.
166281
DNA is a better genetic material than RNA because of
1 Presence of Thymine
2 DNA mutates faster
3 DNA is more catalytic
4 DNA is labile
Explanation:
DNA is a better genetic material than RNA because of presence of thymine.
AP EAMCET-25.09.2020 Shift-II
Molecular Basis of Inheritance and
166267
Eukaryotic genes are monocistronic but they are split genes because
1 Introns are interrupted with Mutons.
2 they contain Exons only.
3 they contain Introns only
4 Exons are interrupted by Introns.
Explanation:
In eukariyotes, the monocistronic structural genes have interrupted coding sequences- The gene in eukaryotes are split. The coding sequences or expressed sequences are defined as exons. Exons are said to be those sequence that appear in mature or processed RNA. The exone are interruptedby introns or intervening sequences do not appear in mature or processed RNA.
Karnataka CET-20.05.2023
Molecular Basis of Inheritance and
166271
The chemical nature of chromatin is as follows
1 nucleic acids
2 nucleic acid and histone proteins
3 nucleic acids, histone and non- histone proteins
4 nucleic acids and non- histone proteins
Explanation:
Chromatin material is made up of nucleic acids like DNA and proteins, and chromatin does not have a specific chemical formula for itself, as it is made up of other big molecules. So called macromolecules, such as DNA, proteins and RNA.
WB JEE-2009
Molecular Basis of Inheritance and
166272
Out of A-T, G-C pairing, bases of DNA may exist in alternate valency state owing to arrangement called
1 tautomerisational mutation
2 analogue substitution
3 point mutation
4 frameshift mutation
Explanation:
Tautomeric shift in one strand has produced a transition mutation in the complementary strand. If the mutation occurs in the germline, it will be transmitted to future generations. Tautomeric shift is not itself a mutation, but a transient change to an alternative form of the molecule.