Exp:C Functions of Golgi apparatus:- (i) secretion (ii) Cell plate formation (iii) Cell wall formation (iv) Production of hormones (v) formation of acrosome during spermatogenesis (vi) Glycosidation of lipids and proteins.
Rajasthan PMT-2004
Cell : Structure and Functions
169133
Enzymes for autolysis are found in :
1 nucleus
2 mitochondria
3 chloroplast
4 lysosome
Explanation:
Exp:D Function of Lysosomes :- (i) Intracellular digestion (ii) Digestion of extracellular material (iii) Autolysin :- In case of disease the lysosomes destroy the cells. (iv) Trigger of cell division
Rajasthan PMT-1996
Cell : Structure and Functions
169139
Endoplasmic reticulum occurs in the forms of (1) cistenae and vesicles (2) Tubules (3) Myeloid bodies (4) vacuoles
1 1,2 and 3 are correct
2 1 and 2 are correct
3 2 and 4 are correct
4 1 and 3 are correct
Explanation:
Exp:B : Endoplasmic reticulum occurs in the forms of (i) Cisternae and vesicles (ii) tubular
BHU PMT (Mains)-2011
Cell : Structure and Functions
169142
Long flattened usually unbranched units arranged in parallel stacks in endoplasmic reticulum are called
1 cisternae
2 cristae
3 vesicles
4 tubules
Explanation:
Exp:A Endoplasmic Reticulum composed of three parts- (i) Cisternae:- Which are chief constituents of E.R. they occur in long flattened usually unbranched tubules arranged in parallel stocks in endoplasmic reticulum. (ii) Vesicles:- large rounded spherical bodies of various sized. (iii) Tubules:- Branched or un-branched small structure. Functions:- (i) Mechanical support (ii) Intra-cellular circulation (iii) Protein - synthesis (iv) Lipid synthesis (v) Glycogen synthesis
J and K CET-2009
Cell : Structure and Functions
169147
Lysosome along with the food content is called:
1 primary lysosmoe
2 secondary lysosome
3 residual bodies
4 cytosome
Explanation:
Exp:B Lysosomes are of four types- (a) primary Lysosomes \(=\) storage granular:- Produced from the Golgi bodies these are vesicles like structure. They contain one or another type of acid hydrolase enzyme. (b) Secondary Lysosomes = heterophagosomes = digestive vacuole. These contain full complement of acid hydrolyses enzymes. These lysosomes are formed by the fusion of primary lysosome with the phagosome. (c) \(\underline{\text { Residual bodies }}=\) Tertiary lysosomes Residual bodies are formed if digestion (inside the digestive vacuole) is incomplete. (d) Autophagic vacuoles \(=\) autophagosome \(=\) Autolysosomes They are formed by the fusion of a number of primary lysosomes around worn-out or degenerated and digested intercellular organelles.
Exp:C Functions of Golgi apparatus:- (i) secretion (ii) Cell plate formation (iii) Cell wall formation (iv) Production of hormones (v) formation of acrosome during spermatogenesis (vi) Glycosidation of lipids and proteins.
Rajasthan PMT-2004
Cell : Structure and Functions
169133
Enzymes for autolysis are found in :
1 nucleus
2 mitochondria
3 chloroplast
4 lysosome
Explanation:
Exp:D Function of Lysosomes :- (i) Intracellular digestion (ii) Digestion of extracellular material (iii) Autolysin :- In case of disease the lysosomes destroy the cells. (iv) Trigger of cell division
Rajasthan PMT-1996
Cell : Structure and Functions
169139
Endoplasmic reticulum occurs in the forms of (1) cistenae and vesicles (2) Tubules (3) Myeloid bodies (4) vacuoles
1 1,2 and 3 are correct
2 1 and 2 are correct
3 2 and 4 are correct
4 1 and 3 are correct
Explanation:
Exp:B : Endoplasmic reticulum occurs in the forms of (i) Cisternae and vesicles (ii) tubular
BHU PMT (Mains)-2011
Cell : Structure and Functions
169142
Long flattened usually unbranched units arranged in parallel stacks in endoplasmic reticulum are called
1 cisternae
2 cristae
3 vesicles
4 tubules
Explanation:
Exp:A Endoplasmic Reticulum composed of three parts- (i) Cisternae:- Which are chief constituents of E.R. they occur in long flattened usually unbranched tubules arranged in parallel stocks in endoplasmic reticulum. (ii) Vesicles:- large rounded spherical bodies of various sized. (iii) Tubules:- Branched or un-branched small structure. Functions:- (i) Mechanical support (ii) Intra-cellular circulation (iii) Protein - synthesis (iv) Lipid synthesis (v) Glycogen synthesis
J and K CET-2009
Cell : Structure and Functions
169147
Lysosome along with the food content is called:
1 primary lysosmoe
2 secondary lysosome
3 residual bodies
4 cytosome
Explanation:
Exp:B Lysosomes are of four types- (a) primary Lysosomes \(=\) storage granular:- Produced from the Golgi bodies these are vesicles like structure. They contain one or another type of acid hydrolase enzyme. (b) Secondary Lysosomes = heterophagosomes = digestive vacuole. These contain full complement of acid hydrolyses enzymes. These lysosomes are formed by the fusion of primary lysosome with the phagosome. (c) \(\underline{\text { Residual bodies }}=\) Tertiary lysosomes Residual bodies are formed if digestion (inside the digestive vacuole) is incomplete. (d) Autophagic vacuoles \(=\) autophagosome \(=\) Autolysosomes They are formed by the fusion of a number of primary lysosomes around worn-out or degenerated and digested intercellular organelles.
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Cell : Structure and Functions
169131
Golgi complex works for:
1 excretion
2 respiration
3 secretion
4 reduction
Explanation:
Exp:C Functions of Golgi apparatus:- (i) secretion (ii) Cell plate formation (iii) Cell wall formation (iv) Production of hormones (v) formation of acrosome during spermatogenesis (vi) Glycosidation of lipids and proteins.
Rajasthan PMT-2004
Cell : Structure and Functions
169133
Enzymes for autolysis are found in :
1 nucleus
2 mitochondria
3 chloroplast
4 lysosome
Explanation:
Exp:D Function of Lysosomes :- (i) Intracellular digestion (ii) Digestion of extracellular material (iii) Autolysin :- In case of disease the lysosomes destroy the cells. (iv) Trigger of cell division
Rajasthan PMT-1996
Cell : Structure and Functions
169139
Endoplasmic reticulum occurs in the forms of (1) cistenae and vesicles (2) Tubules (3) Myeloid bodies (4) vacuoles
1 1,2 and 3 are correct
2 1 and 2 are correct
3 2 and 4 are correct
4 1 and 3 are correct
Explanation:
Exp:B : Endoplasmic reticulum occurs in the forms of (i) Cisternae and vesicles (ii) tubular
BHU PMT (Mains)-2011
Cell : Structure and Functions
169142
Long flattened usually unbranched units arranged in parallel stacks in endoplasmic reticulum are called
1 cisternae
2 cristae
3 vesicles
4 tubules
Explanation:
Exp:A Endoplasmic Reticulum composed of three parts- (i) Cisternae:- Which are chief constituents of E.R. they occur in long flattened usually unbranched tubules arranged in parallel stocks in endoplasmic reticulum. (ii) Vesicles:- large rounded spherical bodies of various sized. (iii) Tubules:- Branched or un-branched small structure. Functions:- (i) Mechanical support (ii) Intra-cellular circulation (iii) Protein - synthesis (iv) Lipid synthesis (v) Glycogen synthesis
J and K CET-2009
Cell : Structure and Functions
169147
Lysosome along with the food content is called:
1 primary lysosmoe
2 secondary lysosome
3 residual bodies
4 cytosome
Explanation:
Exp:B Lysosomes are of four types- (a) primary Lysosomes \(=\) storage granular:- Produced from the Golgi bodies these are vesicles like structure. They contain one or another type of acid hydrolase enzyme. (b) Secondary Lysosomes = heterophagosomes = digestive vacuole. These contain full complement of acid hydrolyses enzymes. These lysosomes are formed by the fusion of primary lysosome with the phagosome. (c) \(\underline{\text { Residual bodies }}=\) Tertiary lysosomes Residual bodies are formed if digestion (inside the digestive vacuole) is incomplete. (d) Autophagic vacuoles \(=\) autophagosome \(=\) Autolysosomes They are formed by the fusion of a number of primary lysosomes around worn-out or degenerated and digested intercellular organelles.
Exp:C Functions of Golgi apparatus:- (i) secretion (ii) Cell plate formation (iii) Cell wall formation (iv) Production of hormones (v) formation of acrosome during spermatogenesis (vi) Glycosidation of lipids and proteins.
Rajasthan PMT-2004
Cell : Structure and Functions
169133
Enzymes for autolysis are found in :
1 nucleus
2 mitochondria
3 chloroplast
4 lysosome
Explanation:
Exp:D Function of Lysosomes :- (i) Intracellular digestion (ii) Digestion of extracellular material (iii) Autolysin :- In case of disease the lysosomes destroy the cells. (iv) Trigger of cell division
Rajasthan PMT-1996
Cell : Structure and Functions
169139
Endoplasmic reticulum occurs in the forms of (1) cistenae and vesicles (2) Tubules (3) Myeloid bodies (4) vacuoles
1 1,2 and 3 are correct
2 1 and 2 are correct
3 2 and 4 are correct
4 1 and 3 are correct
Explanation:
Exp:B : Endoplasmic reticulum occurs in the forms of (i) Cisternae and vesicles (ii) tubular
BHU PMT (Mains)-2011
Cell : Structure and Functions
169142
Long flattened usually unbranched units arranged in parallel stacks in endoplasmic reticulum are called
1 cisternae
2 cristae
3 vesicles
4 tubules
Explanation:
Exp:A Endoplasmic Reticulum composed of three parts- (i) Cisternae:- Which are chief constituents of E.R. they occur in long flattened usually unbranched tubules arranged in parallel stocks in endoplasmic reticulum. (ii) Vesicles:- large rounded spherical bodies of various sized. (iii) Tubules:- Branched or un-branched small structure. Functions:- (i) Mechanical support (ii) Intra-cellular circulation (iii) Protein - synthesis (iv) Lipid synthesis (v) Glycogen synthesis
J and K CET-2009
Cell : Structure and Functions
169147
Lysosome along with the food content is called:
1 primary lysosmoe
2 secondary lysosome
3 residual bodies
4 cytosome
Explanation:
Exp:B Lysosomes are of four types- (a) primary Lysosomes \(=\) storage granular:- Produced from the Golgi bodies these are vesicles like structure. They contain one or another type of acid hydrolase enzyme. (b) Secondary Lysosomes = heterophagosomes = digestive vacuole. These contain full complement of acid hydrolyses enzymes. These lysosomes are formed by the fusion of primary lysosome with the phagosome. (c) \(\underline{\text { Residual bodies }}=\) Tertiary lysosomes Residual bodies are formed if digestion (inside the digestive vacuole) is incomplete. (d) Autophagic vacuoles \(=\) autophagosome \(=\) Autolysosomes They are formed by the fusion of a number of primary lysosomes around worn-out or degenerated and digested intercellular organelles.
Exp:C Functions of Golgi apparatus:- (i) secretion (ii) Cell plate formation (iii) Cell wall formation (iv) Production of hormones (v) formation of acrosome during spermatogenesis (vi) Glycosidation of lipids and proteins.
Rajasthan PMT-2004
Cell : Structure and Functions
169133
Enzymes for autolysis are found in :
1 nucleus
2 mitochondria
3 chloroplast
4 lysosome
Explanation:
Exp:D Function of Lysosomes :- (i) Intracellular digestion (ii) Digestion of extracellular material (iii) Autolysin :- In case of disease the lysosomes destroy the cells. (iv) Trigger of cell division
Rajasthan PMT-1996
Cell : Structure and Functions
169139
Endoplasmic reticulum occurs in the forms of (1) cistenae and vesicles (2) Tubules (3) Myeloid bodies (4) vacuoles
1 1,2 and 3 are correct
2 1 and 2 are correct
3 2 and 4 are correct
4 1 and 3 are correct
Explanation:
Exp:B : Endoplasmic reticulum occurs in the forms of (i) Cisternae and vesicles (ii) tubular
BHU PMT (Mains)-2011
Cell : Structure and Functions
169142
Long flattened usually unbranched units arranged in parallel stacks in endoplasmic reticulum are called
1 cisternae
2 cristae
3 vesicles
4 tubules
Explanation:
Exp:A Endoplasmic Reticulum composed of three parts- (i) Cisternae:- Which are chief constituents of E.R. they occur in long flattened usually unbranched tubules arranged in parallel stocks in endoplasmic reticulum. (ii) Vesicles:- large rounded spherical bodies of various sized. (iii) Tubules:- Branched or un-branched small structure. Functions:- (i) Mechanical support (ii) Intra-cellular circulation (iii) Protein - synthesis (iv) Lipid synthesis (v) Glycogen synthesis
J and K CET-2009
Cell : Structure and Functions
169147
Lysosome along with the food content is called:
1 primary lysosmoe
2 secondary lysosome
3 residual bodies
4 cytosome
Explanation:
Exp:B Lysosomes are of four types- (a) primary Lysosomes \(=\) storage granular:- Produced from the Golgi bodies these are vesicles like structure. They contain one or another type of acid hydrolase enzyme. (b) Secondary Lysosomes = heterophagosomes = digestive vacuole. These contain full complement of acid hydrolyses enzymes. These lysosomes are formed by the fusion of primary lysosome with the phagosome. (c) \(\underline{\text { Residual bodies }}=\) Tertiary lysosomes Residual bodies are formed if digestion (inside the digestive vacuole) is incomplete. (d) Autophagic vacuoles \(=\) autophagosome \(=\) Autolysosomes They are formed by the fusion of a number of primary lysosomes around worn-out or degenerated and digested intercellular organelles.
