QBManager

Molecular Basis of Inheritance and

166203 Identify the palindromic sequence in the following base sequences :
\(5^{\prime}-\mathrm{C} \text { G A } \mathrm{T} A-3^{\prime}\)

1

2 \(3^{\prime}-\mathrm{G}\) T A \(\mathrm{T}-5^{\prime}\)

3 \[3^{\prime}-\mathrm{C} \text { C } \mathrm{A} \mathrm{G} \mathrm{G}-5^{\prime}\]

4 \(3^{\prime}-\mathrm{G}\) G \(\mathrm{C}\) G \(-5^{\prime}\)

Karnataka CET-2018

Molecular Basis of Inheritance and

166214 Assertion (A). Histones are positively charged basic proteins with DNA.
Reason \((R)\) . Histones are rich in basic amino acid residues lysine and arginine.
The correct option among the following is:

1 (A) is true, (R) is true and (R) is the correct explanation for \((A)\)

2 (A) is true, (R) is true but (R) is not the correct explanation for (A)

3 (A) is true but \((\mathrm{R})\) is false

4 (A) is false but (R) is true

TS EAMCET-30.07.2022 Shift-II

Molecular Basis of Inheritance and

166221 Which one of the following palindromic base sequences in DNA can be easily cut at about the middle by some particular restriction enzyme?

1 \(5^{\prime}\) & CG TTCG & \(3^{\prime}\) \\
\(3^{\prime}\) & ATGGTA & \(5^{\prime}\) \\

2 \(5^{\prime}\) & GATATG & \(3^{\prime}\) \\
\(3^{\prime}\) & CTACTA & \(5^{\prime}\) \\

3 \(5^{\prime}\) & GAATTC & \(3^{\prime}\) \\
\(3^{\prime}\) & CTTAAG & \(5^{\prime}\) \\

4 \(5^{\prime}\) & CACGTA & \(3^{\prime}\) \\
\(3^{\prime}\) & CTCAGT & \(5^{\prime}\)

AIPMT (Screening)-2010

Molecular Basis of Inheritance and

166174 Match the following lists:

List - I	List - II	List - III
:----	:----	:----
A) Circular DNA	i) Sprouting out of cell	I) Attach the bacteria to the host tissue
B) Fimbriae	ii) Outermost layer of the cell wall	II) Solanceae
C) Middle lamella	iii) Makoi	III) Plasmid DNA
D) Mesocarp endocarp fused	iv) No nuclear membrane	IV) Develops from the cell plate

The correct match is:

1 A - I, IV B - iii, I C - iv, III D - ii,

2 A - iv, III B - i, I C - ii, IV D -

3 A - iii, I B - ii, IV C - iv, II D -, 1

4 A - iv, III B - i, I C - iii, II D -, 1

List - I	List - II	List - III
:--	:--	:--
(A) Circular DNA	No nuclear membrane	Plasmid DNA
(B) Fimbriae	Sprouting out of cell	Attach the bacteria to the host tissue
(C) Middle lamella	Outermost layer of the cell wall	Develops from the cell plate
(D) Mesocarp and	endocarp fused	Makoi & Solanceae

TS EAMCET-10.08.2021 Shift-I

Molecular Basis of Inheritance and

166197 Match the following columns

Column I		Column II
--------------------------	---------	---------------------------------------------
I. Multigenes	(i)	transposons
II. Inducible genes	(ii)	insulin
III. Overlapping genes	(iii)	B, E, and K in \(\phi \times 174\)
IV. Structural genes	(iv)	snRNA
	(v)	globin gene
	(vi)	nitrate reductase

1 I-(i), II-(iii), III-(v), IV-(ii)

2 I-(v), II-(vi), III- (iii), IV-(ii)

3 I-(iv), II-(v), III-(vi), IV-(i)

4 I-(i), II-(ii), III-(v), IV-(vi)

AIIMS-2017

Molecular Basis of Inheritance and

166203 Identify the palindromic sequence in the following base sequences :
\(5^{\prime}-\mathrm{C} \text { G A } \mathrm{T} A-3^{\prime}\)

1

2 \(3^{\prime}-\mathrm{G}\) T A \(\mathrm{T}-5^{\prime}\)

3 \[3^{\prime}-\mathrm{C} \text { C } \mathrm{A} \mathrm{G} \mathrm{G}-5^{\prime}\]

4 \(3^{\prime}-\mathrm{G}\) G \(\mathrm{C}\) G \(-5^{\prime}\)

Karnataka CET-2018

Molecular Basis of Inheritance and

166214 Assertion (A). Histones are positively charged basic proteins with DNA.
Reason \((R)\) . Histones are rich in basic amino acid residues lysine and arginine.
The correct option among the following is:

1 (A) is true, (R) is true and (R) is the correct explanation for \((A)\)

2 (A) is true, (R) is true but (R) is not the correct explanation for (A)

3 (A) is true but \((\mathrm{R})\) is false

4 (A) is false but (R) is true

TS EAMCET-30.07.2022 Shift-II

Molecular Basis of Inheritance and

166221 Which one of the following palindromic base sequences in DNA can be easily cut at about the middle by some particular restriction enzyme?

1 \(5^{\prime}\) & CG TTCG & \(3^{\prime}\) \\
\(3^{\prime}\) & ATGGTA & \(5^{\prime}\) \\

2 \(5^{\prime}\) & GATATG & \(3^{\prime}\) \\
\(3^{\prime}\) & CTACTA & \(5^{\prime}\) \\

3 \(5^{\prime}\) & GAATTC & \(3^{\prime}\) \\
\(3^{\prime}\) & CTTAAG & \(5^{\prime}\) \\

4 \(5^{\prime}\) & CACGTA & \(3^{\prime}\) \\
\(3^{\prime}\) & CTCAGT & \(5^{\prime}\)

AIPMT (Screening)-2010

Molecular Basis of Inheritance and

166174 Match the following lists:

List - I	List - II	List - III
:----	:----	:----
A) Circular DNA	i) Sprouting out of cell	I) Attach the bacteria to the host tissue
B) Fimbriae	ii) Outermost layer of the cell wall	II) Solanceae
C) Middle lamella	iii) Makoi	III) Plasmid DNA
D) Mesocarp endocarp fused	iv) No nuclear membrane	IV) Develops from the cell plate

The correct match is:

1 A - I, IV B - iii, I C - iv, III D - ii,

2 A - iv, III B - i, I C - ii, IV D -

3 A - iii, I B - ii, IV C - iv, II D -, 1

4 A - iv, III B - i, I C - iii, II D -, 1

List - I	List - II	List - III
:--	:--	:--
(A) Circular DNA	No nuclear membrane	Plasmid DNA
(B) Fimbriae	Sprouting out of cell	Attach the bacteria to the host tissue
(C) Middle lamella	Outermost layer of the cell wall	Develops from the cell plate
(D) Mesocarp and	endocarp fused	Makoi & Solanceae

TS EAMCET-10.08.2021 Shift-I

Molecular Basis of Inheritance and

166197 Match the following columns

Column I		Column II
--------------------------	---------	---------------------------------------------
I. Multigenes	(i)	transposons
II. Inducible genes	(ii)	insulin
III. Overlapping genes	(iii)	B, E, and K in \(\phi \times 174\)
IV. Structural genes	(iv)	snRNA
	(v)	globin gene
	(vi)	nitrate reductase

1 I-(i), II-(iii), III-(v), IV-(ii)

2 I-(v), II-(vi), III- (iii), IV-(ii)

3 I-(iv), II-(v), III-(vi), IV-(i)

4 I-(i), II-(ii), III-(v), IV-(vi)

AIIMS-2017

Molecular Basis of Inheritance and

166203 Identify the palindromic sequence in the following base sequences :
\(5^{\prime}-\mathrm{C} \text { G A } \mathrm{T} A-3^{\prime}\)

1

2 \(3^{\prime}-\mathrm{G}\) T A \(\mathrm{T}-5^{\prime}\)

3 \[3^{\prime}-\mathrm{C} \text { C } \mathrm{A} \mathrm{G} \mathrm{G}-5^{\prime}\]

4 \(3^{\prime}-\mathrm{G}\) G \(\mathrm{C}\) G \(-5^{\prime}\)

Karnataka CET-2018

Molecular Basis of Inheritance and

166214 Assertion (A). Histones are positively charged basic proteins with DNA.
Reason \((R)\) . Histones are rich in basic amino acid residues lysine and arginine.
The correct option among the following is:

1 (A) is true, (R) is true and (R) is the correct explanation for \((A)\)

2 (A) is true, (R) is true but (R) is not the correct explanation for (A)

3 (A) is true but \((\mathrm{R})\) is false

4 (A) is false but (R) is true

TS EAMCET-30.07.2022 Shift-II

Molecular Basis of Inheritance and

166221 Which one of the following palindromic base sequences in DNA can be easily cut at about the middle by some particular restriction enzyme?

1 \(5^{\prime}\) & CG TTCG & \(3^{\prime}\) \\
\(3^{\prime}\) & ATGGTA & \(5^{\prime}\) \\

2 \(5^{\prime}\) & GATATG & \(3^{\prime}\) \\
\(3^{\prime}\) & CTACTA & \(5^{\prime}\) \\

3 \(5^{\prime}\) & GAATTC & \(3^{\prime}\) \\
\(3^{\prime}\) & CTTAAG & \(5^{\prime}\) \\

4 \(5^{\prime}\) & CACGTA & \(3^{\prime}\) \\
\(3^{\prime}\) & CTCAGT & \(5^{\prime}\)

AIPMT (Screening)-2010

Molecular Basis of Inheritance and

166174 Match the following lists:

List - I	List - II	List - III
:----	:----	:----
A) Circular DNA	i) Sprouting out of cell	I) Attach the bacteria to the host tissue
B) Fimbriae	ii) Outermost layer of the cell wall	II) Solanceae
C) Middle lamella	iii) Makoi	III) Plasmid DNA
D) Mesocarp endocarp fused	iv) No nuclear membrane	IV) Develops from the cell plate

The correct match is:

1 A - I, IV B - iii, I C - iv, III D - ii,

2 A - iv, III B - i, I C - ii, IV D -

3 A - iii, I B - ii, IV C - iv, II D -, 1

4 A - iv, III B - i, I C - iii, II D -, 1

List - I	List - II	List - III
:--	:--	:--
(A) Circular DNA	No nuclear membrane	Plasmid DNA
(B) Fimbriae	Sprouting out of cell	Attach the bacteria to the host tissue
(C) Middle lamella	Outermost layer of the cell wall	Develops from the cell plate
(D) Mesocarp and	endocarp fused	Makoi & Solanceae

TS EAMCET-10.08.2021 Shift-I

Molecular Basis of Inheritance and

166197 Match the following columns

Column I		Column II
--------------------------	---------	---------------------------------------------
I. Multigenes	(i)	transposons
II. Inducible genes	(ii)	insulin
III. Overlapping genes	(iii)	B, E, and K in \(\phi \times 174\)
IV. Structural genes	(iv)	snRNA
	(v)	globin gene
	(vi)	nitrate reductase

1 I-(i), II-(iii), III-(v), IV-(ii)

2 I-(v), II-(vi), III- (iii), IV-(ii)

3 I-(iv), II-(v), III-(vi), IV-(i)

4 I-(i), II-(ii), III-(v), IV-(vi)

AIIMS-2017

Molecular Basis of Inheritance and

166203 Identify the palindromic sequence in the following base sequences :
\(5^{\prime}-\mathrm{C} \text { G A } \mathrm{T} A-3^{\prime}\)

1

2 \(3^{\prime}-\mathrm{G}\) T A \(\mathrm{T}-5^{\prime}\)

3 \[3^{\prime}-\mathrm{C} \text { C } \mathrm{A} \mathrm{G} \mathrm{G}-5^{\prime}\]

4 \(3^{\prime}-\mathrm{G}\) G \(\mathrm{C}\) G \(-5^{\prime}\)

Karnataka CET-2018

Molecular Basis of Inheritance and

166214 Assertion (A). Histones are positively charged basic proteins with DNA.
Reason \((R)\) . Histones are rich in basic amino acid residues lysine and arginine.
The correct option among the following is:

1 (A) is true, (R) is true and (R) is the correct explanation for \((A)\)

2 (A) is true, (R) is true but (R) is not the correct explanation for (A)

3 (A) is true but \((\mathrm{R})\) is false

4 (A) is false but (R) is true

TS EAMCET-30.07.2022 Shift-II

Molecular Basis of Inheritance and

166221 Which one of the following palindromic base sequences in DNA can be easily cut at about the middle by some particular restriction enzyme?

1 \(5^{\prime}\) & CG TTCG & \(3^{\prime}\) \\
\(3^{\prime}\) & ATGGTA & \(5^{\prime}\) \\

2 \(5^{\prime}\) & GATATG & \(3^{\prime}\) \\
\(3^{\prime}\) & CTACTA & \(5^{\prime}\) \\

3 \(5^{\prime}\) & GAATTC & \(3^{\prime}\) \\
\(3^{\prime}\) & CTTAAG & \(5^{\prime}\) \\

4 \(5^{\prime}\) & CACGTA & \(3^{\prime}\) \\
\(3^{\prime}\) & CTCAGT & \(5^{\prime}\)

AIPMT (Screening)-2010

Molecular Basis of Inheritance and

166174 Match the following lists:

List - I	List - II	List - III
:----	:----	:----
A) Circular DNA	i) Sprouting out of cell	I) Attach the bacteria to the host tissue
B) Fimbriae	ii) Outermost layer of the cell wall	II) Solanceae
C) Middle lamella	iii) Makoi	III) Plasmid DNA
D) Mesocarp endocarp fused	iv) No nuclear membrane	IV) Develops from the cell plate

The correct match is:

1 A - I, IV B - iii, I C - iv, III D - ii,

2 A - iv, III B - i, I C - ii, IV D -

3 A - iii, I B - ii, IV C - iv, II D -, 1

4 A - iv, III B - i, I C - iii, II D -, 1

List - I	List - II	List - III
:--	:--	:--
(A) Circular DNA	No nuclear membrane	Plasmid DNA
(B) Fimbriae	Sprouting out of cell	Attach the bacteria to the host tissue
(C) Middle lamella	Outermost layer of the cell wall	Develops from the cell plate
(D) Mesocarp and	endocarp fused	Makoi & Solanceae

TS EAMCET-10.08.2021 Shift-I

Molecular Basis of Inheritance and

166197 Match the following columns

Column I		Column II
--------------------------	---------	---------------------------------------------
I. Multigenes	(i)	transposons
II. Inducible genes	(ii)	insulin
III. Overlapping genes	(iii)	B, E, and K in \(\phi \times 174\)
IV. Structural genes	(iv)	snRNA
	(v)	globin gene
	(vi)	nitrate reductase

1 I-(i), II-(iii), III-(v), IV-(ii)

2 I-(v), II-(vi), III- (iii), IV-(ii)

3 I-(iv), II-(v), III-(vi), IV-(i)

4 I-(i), II-(ii), III-(v), IV-(vi)

AIIMS-2017

Molecular Basis of Inheritance and

166203 Identify the palindromic sequence in the following base sequences :
\(5^{\prime}-\mathrm{C} \text { G A } \mathrm{T} A-3^{\prime}\)

1

2 \(3^{\prime}-\mathrm{G}\) T A \(\mathrm{T}-5^{\prime}\)

3 \[3^{\prime}-\mathrm{C} \text { C } \mathrm{A} \mathrm{G} \mathrm{G}-5^{\prime}\]

4 \(3^{\prime}-\mathrm{G}\) G \(\mathrm{C}\) G \(-5^{\prime}\)

Karnataka CET-2018

Molecular Basis of Inheritance and

166214 Assertion (A). Histones are positively charged basic proteins with DNA.
Reason \((R)\) . Histones are rich in basic amino acid residues lysine and arginine.
The correct option among the following is:

1 (A) is true, (R) is true and (R) is the correct explanation for \((A)\)

2 (A) is true, (R) is true but (R) is not the correct explanation for (A)

3 (A) is true but \((\mathrm{R})\) is false

4 (A) is false but (R) is true

TS EAMCET-30.07.2022 Shift-II

Molecular Basis of Inheritance and

166221 Which one of the following palindromic base sequences in DNA can be easily cut at about the middle by some particular restriction enzyme?

1 \(5^{\prime}\) & CG TTCG & \(3^{\prime}\) \\
\(3^{\prime}\) & ATGGTA & \(5^{\prime}\) \\

2 \(5^{\prime}\) & GATATG & \(3^{\prime}\) \\
\(3^{\prime}\) & CTACTA & \(5^{\prime}\) \\

3 \(5^{\prime}\) & GAATTC & \(3^{\prime}\) \\
\(3^{\prime}\) & CTTAAG & \(5^{\prime}\) \\

4 \(5^{\prime}\) & CACGTA & \(3^{\prime}\) \\
\(3^{\prime}\) & CTCAGT & \(5^{\prime}\)

AIPMT (Screening)-2010

Molecular Basis of Inheritance and

166174 Match the following lists:

List - I	List - II	List - III
:----	:----	:----
A) Circular DNA	i) Sprouting out of cell	I) Attach the bacteria to the host tissue
B) Fimbriae	ii) Outermost layer of the cell wall	II) Solanceae
C) Middle lamella	iii) Makoi	III) Plasmid DNA
D) Mesocarp endocarp fused	iv) No nuclear membrane	IV) Develops from the cell plate

The correct match is:

1 A - I, IV B - iii, I C - iv, III D - ii,

2 A - iv, III B - i, I C - ii, IV D -

3 A - iii, I B - ii, IV C - iv, II D -, 1

4 A - iv, III B - i, I C - iii, II D -, 1

List - I	List - II	List - III
:--	:--	:--
(A) Circular DNA	No nuclear membrane	Plasmid DNA
(B) Fimbriae	Sprouting out of cell	Attach the bacteria to the host tissue
(C) Middle lamella	Outermost layer of the cell wall	Develops from the cell plate
(D) Mesocarp and	endocarp fused	Makoi & Solanceae

TS EAMCET-10.08.2021 Shift-I

Molecular Basis of Inheritance and

166197 Match the following columns

Column I		Column II
--------------------------	---------	---------------------------------------------
I. Multigenes	(i)	transposons
II. Inducible genes	(ii)	insulin
III. Overlapping genes	(iii)	B, E, and K in \(\phi \times 174\)
IV. Structural genes	(iv)	snRNA
	(v)	globin gene
	(vi)	nitrate reductase

1 I-(i), II-(iii), III-(v), IV-(ii)

2 I-(v), II-(vi), III- (iii), IV-(ii)

3 I-(iv), II-(v), III-(vi), IV-(i)

4 I-(i), II-(ii), III-(v), IV-(vi)

AIIMS-2017

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