169554
Plant and animal cells, both have in common:
1 cell membrane and nucleolus
2 cells membrane and cell wall
3 nucleolus and chloroplast
4 nucleus and cell wall
Explanation:
Exp:A Cell membrane and nucleolus are common organelles present in both plant \& animal cell. Cell membrane also known as plasma membrane or plasmalema \& found in all cells. It consists of lipid bilayer \& regulates transport of materials.
BVP-2005
Cell : Structure and Functions
169555
Two sister chromatids are attached with :
1 spindle fibre
2 centromere
3 chromocentre
4 chromatid
Explanation:
Exp:B Two sister chomatids are held together at a constricted region of chromosome called centromere. Centromere is the region where microtubules are organized \& form spindle fibres.
BVP-2000
Cell : Structure and Functions
169556
Genetically active area of chromosome is called
1 euchromatin
2 heterochromatin
3 heptan
4 cistron
Explanation:
Exp:A In 1928, E. Heitz coined the term euchromatin and Heterochomatin to describe the parts of chromatin that are less coiled \& those remain highly coiled condensed euchromation is transcriptionally active \(\&\) protein coding genes. Euchomatic regions have accessible structures characterized by histone acetylation, methylation at \(\mathrm{H} 3 \mathrm{~K} 4\) and \(\mathrm{H} 3 \mathrm{~K} 9\).
BVP-2000
Cell : Structure and Functions
169558
Which is distributed more widely in a cell?
1 DNA
2 RNA
3 Chloroplasts
4 Sphaerosomes
Explanation:
Exp:B DNA and RNA are two types of nucleic acids. DNA gets converted into RNA by the process of transcription. m-RNA, t-RNA and r-RNA are the three types of RNA. It widely distributed in the cell cytoplasm.
169554
Plant and animal cells, both have in common:
1 cell membrane and nucleolus
2 cells membrane and cell wall
3 nucleolus and chloroplast
4 nucleus and cell wall
Explanation:
Exp:A Cell membrane and nucleolus are common organelles present in both plant \& animal cell. Cell membrane also known as plasma membrane or plasmalema \& found in all cells. It consists of lipid bilayer \& regulates transport of materials.
BVP-2005
Cell : Structure and Functions
169555
Two sister chromatids are attached with :
1 spindle fibre
2 centromere
3 chromocentre
4 chromatid
Explanation:
Exp:B Two sister chomatids are held together at a constricted region of chromosome called centromere. Centromere is the region where microtubules are organized \& form spindle fibres.
BVP-2000
Cell : Structure and Functions
169556
Genetically active area of chromosome is called
1 euchromatin
2 heterochromatin
3 heptan
4 cistron
Explanation:
Exp:A In 1928, E. Heitz coined the term euchromatin and Heterochomatin to describe the parts of chromatin that are less coiled \& those remain highly coiled condensed euchromation is transcriptionally active \(\&\) protein coding genes. Euchomatic regions have accessible structures characterized by histone acetylation, methylation at \(\mathrm{H} 3 \mathrm{~K} 4\) and \(\mathrm{H} 3 \mathrm{~K} 9\).
BVP-2000
Cell : Structure and Functions
169558
Which is distributed more widely in a cell?
1 DNA
2 RNA
3 Chloroplasts
4 Sphaerosomes
Explanation:
Exp:B DNA and RNA are two types of nucleic acids. DNA gets converted into RNA by the process of transcription. m-RNA, t-RNA and r-RNA are the three types of RNA. It widely distributed in the cell cytoplasm.
169554
Plant and animal cells, both have in common:
1 cell membrane and nucleolus
2 cells membrane and cell wall
3 nucleolus and chloroplast
4 nucleus and cell wall
Explanation:
Exp:A Cell membrane and nucleolus are common organelles present in both plant \& animal cell. Cell membrane also known as plasma membrane or plasmalema \& found in all cells. It consists of lipid bilayer \& regulates transport of materials.
BVP-2005
Cell : Structure and Functions
169555
Two sister chromatids are attached with :
1 spindle fibre
2 centromere
3 chromocentre
4 chromatid
Explanation:
Exp:B Two sister chomatids are held together at a constricted region of chromosome called centromere. Centromere is the region where microtubules are organized \& form spindle fibres.
BVP-2000
Cell : Structure and Functions
169556
Genetically active area of chromosome is called
1 euchromatin
2 heterochromatin
3 heptan
4 cistron
Explanation:
Exp:A In 1928, E. Heitz coined the term euchromatin and Heterochomatin to describe the parts of chromatin that are less coiled \& those remain highly coiled condensed euchromation is transcriptionally active \(\&\) protein coding genes. Euchomatic regions have accessible structures characterized by histone acetylation, methylation at \(\mathrm{H} 3 \mathrm{~K} 4\) and \(\mathrm{H} 3 \mathrm{~K} 9\).
BVP-2000
Cell : Structure and Functions
169558
Which is distributed more widely in a cell?
1 DNA
2 RNA
3 Chloroplasts
4 Sphaerosomes
Explanation:
Exp:B DNA and RNA are two types of nucleic acids. DNA gets converted into RNA by the process of transcription. m-RNA, t-RNA and r-RNA are the three types of RNA. It widely distributed in the cell cytoplasm.
169554
Plant and animal cells, both have in common:
1 cell membrane and nucleolus
2 cells membrane and cell wall
3 nucleolus and chloroplast
4 nucleus and cell wall
Explanation:
Exp:A Cell membrane and nucleolus are common organelles present in both plant \& animal cell. Cell membrane also known as plasma membrane or plasmalema \& found in all cells. It consists of lipid bilayer \& regulates transport of materials.
BVP-2005
Cell : Structure and Functions
169555
Two sister chromatids are attached with :
1 spindle fibre
2 centromere
3 chromocentre
4 chromatid
Explanation:
Exp:B Two sister chomatids are held together at a constricted region of chromosome called centromere. Centromere is the region where microtubules are organized \& form spindle fibres.
BVP-2000
Cell : Structure and Functions
169556
Genetically active area of chromosome is called
1 euchromatin
2 heterochromatin
3 heptan
4 cistron
Explanation:
Exp:A In 1928, E. Heitz coined the term euchromatin and Heterochomatin to describe the parts of chromatin that are less coiled \& those remain highly coiled condensed euchromation is transcriptionally active \(\&\) protein coding genes. Euchomatic regions have accessible structures characterized by histone acetylation, methylation at \(\mathrm{H} 3 \mathrm{~K} 4\) and \(\mathrm{H} 3 \mathrm{~K} 9\).
BVP-2000
Cell : Structure and Functions
169558
Which is distributed more widely in a cell?
1 DNA
2 RNA
3 Chloroplasts
4 Sphaerosomes
Explanation:
Exp:B DNA and RNA are two types of nucleic acids. DNA gets converted into RNA by the process of transcription. m-RNA, t-RNA and r-RNA are the three types of RNA. It widely distributed in the cell cytoplasm.
