Exp: Red squill is a type of powdered drug obtained from a subtropical plant Urginea martima largely used as rodenticide (Rat-poison).
J and K CET-2010
Biotechnology and its Applications
170962
Insulin receptors are
1 extrinsic protein
2 intrinsic protein
3 G-protein
4 trimeric protein
Explanation:
Exp: Insulin receptors are extrinsic protein. Insulin is a polypeptide hormone binds to the extracellular face of the alpha subunits.
DUMET-2007
Biotechnology and its Applications
170965
The two polypeptides of human insulin are linked together by
1 Disulphide bridges
2 Hydrogen bonds
3 Phosphodiester bond
4 Covalent bond
Explanation:
Exp: The two polypeptides of human insulin are linked together by disulfide bridges, which are covalent bonds formed between sulfur atoms in the amino acid cysteine. These bonds are formed when the sulfur atoms in the cysteine residues of the A and B chains come into close proximity and create a covalent linkage, which helps stabilize the 3-D structure of the insulin molecule.
NEET-2016** Phase-I
Biotechnology and its Applications
170968
What is the function of Protein GLUT-4?
1 Enables glucose transport into cells
2 Functions as intercellular ground substance
3 Acts as an enzyme
4 Fights infectious agents
Explanation:
Exp: GLUT-4 is an insulin responsive glucose transporter that is found in the adipose tissue and brain, helps in glucose transportation into cells. In the absence of insulin GLUT-4 is mainly found in intracellular vesicles referred to as GLUT-4 storage vesicles.
Exp: Red squill is a type of powdered drug obtained from a subtropical plant Urginea martima largely used as rodenticide (Rat-poison).
J and K CET-2010
Biotechnology and its Applications
170962
Insulin receptors are
1 extrinsic protein
2 intrinsic protein
3 G-protein
4 trimeric protein
Explanation:
Exp: Insulin receptors are extrinsic protein. Insulin is a polypeptide hormone binds to the extracellular face of the alpha subunits.
DUMET-2007
Biotechnology and its Applications
170965
The two polypeptides of human insulin are linked together by
1 Disulphide bridges
2 Hydrogen bonds
3 Phosphodiester bond
4 Covalent bond
Explanation:
Exp: The two polypeptides of human insulin are linked together by disulfide bridges, which are covalent bonds formed between sulfur atoms in the amino acid cysteine. These bonds are formed when the sulfur atoms in the cysteine residues of the A and B chains come into close proximity and create a covalent linkage, which helps stabilize the 3-D structure of the insulin molecule.
NEET-2016** Phase-I
Biotechnology and its Applications
170968
What is the function of Protein GLUT-4?
1 Enables glucose transport into cells
2 Functions as intercellular ground substance
3 Acts as an enzyme
4 Fights infectious agents
Explanation:
Exp: GLUT-4 is an insulin responsive glucose transporter that is found in the adipose tissue and brain, helps in glucose transportation into cells. In the absence of insulin GLUT-4 is mainly found in intracellular vesicles referred to as GLUT-4 storage vesicles.
NEET Test Series from KOTA - 10 Papers In MS WORD
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Biotechnology and its Applications
170961
Rat poison is obtained from
1 Urginea
2 Lilium
3 Asparagus
4 Aloevera
Explanation:
Exp: Red squill is a type of powdered drug obtained from a subtropical plant Urginea martima largely used as rodenticide (Rat-poison).
J and K CET-2010
Biotechnology and its Applications
170962
Insulin receptors are
1 extrinsic protein
2 intrinsic protein
3 G-protein
4 trimeric protein
Explanation:
Exp: Insulin receptors are extrinsic protein. Insulin is a polypeptide hormone binds to the extracellular face of the alpha subunits.
DUMET-2007
Biotechnology and its Applications
170965
The two polypeptides of human insulin are linked together by
1 Disulphide bridges
2 Hydrogen bonds
3 Phosphodiester bond
4 Covalent bond
Explanation:
Exp: The two polypeptides of human insulin are linked together by disulfide bridges, which are covalent bonds formed between sulfur atoms in the amino acid cysteine. These bonds are formed when the sulfur atoms in the cysteine residues of the A and B chains come into close proximity and create a covalent linkage, which helps stabilize the 3-D structure of the insulin molecule.
NEET-2016** Phase-I
Biotechnology and its Applications
170968
What is the function of Protein GLUT-4?
1 Enables glucose transport into cells
2 Functions as intercellular ground substance
3 Acts as an enzyme
4 Fights infectious agents
Explanation:
Exp: GLUT-4 is an insulin responsive glucose transporter that is found in the adipose tissue and brain, helps in glucose transportation into cells. In the absence of insulin GLUT-4 is mainly found in intracellular vesicles referred to as GLUT-4 storage vesicles.
Exp: Red squill is a type of powdered drug obtained from a subtropical plant Urginea martima largely used as rodenticide (Rat-poison).
J and K CET-2010
Biotechnology and its Applications
170962
Insulin receptors are
1 extrinsic protein
2 intrinsic protein
3 G-protein
4 trimeric protein
Explanation:
Exp: Insulin receptors are extrinsic protein. Insulin is a polypeptide hormone binds to the extracellular face of the alpha subunits.
DUMET-2007
Biotechnology and its Applications
170965
The two polypeptides of human insulin are linked together by
1 Disulphide bridges
2 Hydrogen bonds
3 Phosphodiester bond
4 Covalent bond
Explanation:
Exp: The two polypeptides of human insulin are linked together by disulfide bridges, which are covalent bonds formed between sulfur atoms in the amino acid cysteine. These bonds are formed when the sulfur atoms in the cysteine residues of the A and B chains come into close proximity and create a covalent linkage, which helps stabilize the 3-D structure of the insulin molecule.
NEET-2016** Phase-I
Biotechnology and its Applications
170968
What is the function of Protein GLUT-4?
1 Enables glucose transport into cells
2 Functions as intercellular ground substance
3 Acts as an enzyme
4 Fights infectious agents
Explanation:
Exp: GLUT-4 is an insulin responsive glucose transporter that is found in the adipose tissue and brain, helps in glucose transportation into cells. In the absence of insulin GLUT-4 is mainly found in intracellular vesicles referred to as GLUT-4 storage vesicles.