185593
Choose the wrong statement among the following
1 Trypsinogen is activated by enterokinase
2 The optimum \(\mathrm{pH}\) for salivary amylase activity is 8.9
3 Rennin helps in the digestion of milk proteins
4 Goblet cells secrete mucous
5 Submucosal glands of the intestine are also known as Brunner's glands
Explanation:
Exp: B The optimum \(\mathrm{pH}\) for salivary amylase range is between 6.7 to 7 Trypsinogen is activated by enterokinase and forms an active enzyme 'Trypsin'. Goblet cells are mucus secreting unicellular glands. Rennin is a proteolytic enzyme found in gastric juice of infants which help in the digestion of milk protein.
Kerala PMT-2014
Biomolecules
185586
The chylomicrons are broken down to fatty acids and glycerol by the action of the enzyme
1 Steapsin
2 Lipoprotein lipase
3 Intestinal lipase
4 Gastric lipase
Explanation:
Exp: B The chylomicrons are broken down to fatty acids and glycerol by the action of the enzyme Lipoprotein lipase. This enzyme is present on the surface of blood vessels in various issue and facilitates the release of fats from chylomicrons.
AP EAPCET-22.05.2023
Biomolecules
185587
Identify \(A\) and \(B\) in the following equation Casein \(\xrightarrow[\mathrm{Ca}^{++}]{\mathrm{A}}\) Calcium paracaseinate 31 \(\xrightarrow{\text { B }}\) Peptones
1 A. Renin - B. Chymotrypsin
2 A. Rennin - B. Trypsin
3 Ptyalin - B. Pepsin
4 A. Rennin - B. Pepsin
Explanation:
Exp: D Casein \(\xrightarrow[\mathrm{Ca}^{2+}]{\text { Rennin }}\) Calcium paracaseinate \(\xrightarrow{\text { Pepsin }}\) peptones. The reaction represents the breakdown of casein, a milk protein, into calcium paracaseinate and peptones due to the action of the enzymes rennin and pepsin, respectively.
Shift-II
Biomolecules
185588
The essential component of many co-enzymes are
1 Vitamins
2 Metal ions
3 Hormones
4 Lipids
Explanation:
Exp: A Coenzymes are cofactors that enhance enzyme activity by helping in chemical transformation. Many of these coenzymes are derived from essential organic compounds called vitamins.
Shift-II
Biomolecules
185589
'Transketolase" catalyses the following reaction
1 G-3-P+DHAP and Fructose \(6 \mathrm{P}+\) G-3 P Reactions
2 Fructose-6 P + G-3-P and Sedoheptulose -7-P Reactions
3 G-3-P + DHAP and Erythrose -4-P + DHAP Reactions
4 Erythrose-4-P + DHAP and Sedoheptulose 7-P + G-3 Reactions
Explanation:
Exp: B The enzyme "Transketolase" catalyzes the reaction Fructose-6P + G-3-P and sedoheptulase-7-P. This reaction involves the transfer of a two-carbon fragment from one sugar phosphate molecule to another, contributing to the inter-conversion of sugar phosphates in the pentose-phosphate pathway.
185593
Choose the wrong statement among the following
1 Trypsinogen is activated by enterokinase
2 The optimum \(\mathrm{pH}\) for salivary amylase activity is 8.9
3 Rennin helps in the digestion of milk proteins
4 Goblet cells secrete mucous
5 Submucosal glands of the intestine are also known as Brunner's glands
Explanation:
Exp: B The optimum \(\mathrm{pH}\) for salivary amylase range is between 6.7 to 7 Trypsinogen is activated by enterokinase and forms an active enzyme 'Trypsin'. Goblet cells are mucus secreting unicellular glands. Rennin is a proteolytic enzyme found in gastric juice of infants which help in the digestion of milk protein.
Kerala PMT-2014
Biomolecules
185586
The chylomicrons are broken down to fatty acids and glycerol by the action of the enzyme
1 Steapsin
2 Lipoprotein lipase
3 Intestinal lipase
4 Gastric lipase
Explanation:
Exp: B The chylomicrons are broken down to fatty acids and glycerol by the action of the enzyme Lipoprotein lipase. This enzyme is present on the surface of blood vessels in various issue and facilitates the release of fats from chylomicrons.
AP EAPCET-22.05.2023
Biomolecules
185587
Identify \(A\) and \(B\) in the following equation Casein \(\xrightarrow[\mathrm{Ca}^{++}]{\mathrm{A}}\) Calcium paracaseinate 31 \(\xrightarrow{\text { B }}\) Peptones
1 A. Renin - B. Chymotrypsin
2 A. Rennin - B. Trypsin
3 Ptyalin - B. Pepsin
4 A. Rennin - B. Pepsin
Explanation:
Exp: D Casein \(\xrightarrow[\mathrm{Ca}^{2+}]{\text { Rennin }}\) Calcium paracaseinate \(\xrightarrow{\text { Pepsin }}\) peptones. The reaction represents the breakdown of casein, a milk protein, into calcium paracaseinate and peptones due to the action of the enzymes rennin and pepsin, respectively.
Shift-II
Biomolecules
185588
The essential component of many co-enzymes are
1 Vitamins
2 Metal ions
3 Hormones
4 Lipids
Explanation:
Exp: A Coenzymes are cofactors that enhance enzyme activity by helping in chemical transformation. Many of these coenzymes are derived from essential organic compounds called vitamins.
Shift-II
Biomolecules
185589
'Transketolase" catalyses the following reaction
1 G-3-P+DHAP and Fructose \(6 \mathrm{P}+\) G-3 P Reactions
2 Fructose-6 P + G-3-P and Sedoheptulose -7-P Reactions
3 G-3-P + DHAP and Erythrose -4-P + DHAP Reactions
4 Erythrose-4-P + DHAP and Sedoheptulose 7-P + G-3 Reactions
Explanation:
Exp: B The enzyme "Transketolase" catalyzes the reaction Fructose-6P + G-3-P and sedoheptulase-7-P. This reaction involves the transfer of a two-carbon fragment from one sugar phosphate molecule to another, contributing to the inter-conversion of sugar phosphates in the pentose-phosphate pathway.
185593
Choose the wrong statement among the following
1 Trypsinogen is activated by enterokinase
2 The optimum \(\mathrm{pH}\) for salivary amylase activity is 8.9
3 Rennin helps in the digestion of milk proteins
4 Goblet cells secrete mucous
5 Submucosal glands of the intestine are also known as Brunner's glands
Explanation:
Exp: B The optimum \(\mathrm{pH}\) for salivary amylase range is between 6.7 to 7 Trypsinogen is activated by enterokinase and forms an active enzyme 'Trypsin'. Goblet cells are mucus secreting unicellular glands. Rennin is a proteolytic enzyme found in gastric juice of infants which help in the digestion of milk protein.
Kerala PMT-2014
Biomolecules
185586
The chylomicrons are broken down to fatty acids and glycerol by the action of the enzyme
1 Steapsin
2 Lipoprotein lipase
3 Intestinal lipase
4 Gastric lipase
Explanation:
Exp: B The chylomicrons are broken down to fatty acids and glycerol by the action of the enzyme Lipoprotein lipase. This enzyme is present on the surface of blood vessels in various issue and facilitates the release of fats from chylomicrons.
AP EAPCET-22.05.2023
Biomolecules
185587
Identify \(A\) and \(B\) in the following equation Casein \(\xrightarrow[\mathrm{Ca}^{++}]{\mathrm{A}}\) Calcium paracaseinate 31 \(\xrightarrow{\text { B }}\) Peptones
1 A. Renin - B. Chymotrypsin
2 A. Rennin - B. Trypsin
3 Ptyalin - B. Pepsin
4 A. Rennin - B. Pepsin
Explanation:
Exp: D Casein \(\xrightarrow[\mathrm{Ca}^{2+}]{\text { Rennin }}\) Calcium paracaseinate \(\xrightarrow{\text { Pepsin }}\) peptones. The reaction represents the breakdown of casein, a milk protein, into calcium paracaseinate and peptones due to the action of the enzymes rennin and pepsin, respectively.
Shift-II
Biomolecules
185588
The essential component of many co-enzymes are
1 Vitamins
2 Metal ions
3 Hormones
4 Lipids
Explanation:
Exp: A Coenzymes are cofactors that enhance enzyme activity by helping in chemical transformation. Many of these coenzymes are derived from essential organic compounds called vitamins.
Shift-II
Biomolecules
185589
'Transketolase" catalyses the following reaction
1 G-3-P+DHAP and Fructose \(6 \mathrm{P}+\) G-3 P Reactions
2 Fructose-6 P + G-3-P and Sedoheptulose -7-P Reactions
3 G-3-P + DHAP and Erythrose -4-P + DHAP Reactions
4 Erythrose-4-P + DHAP and Sedoheptulose 7-P + G-3 Reactions
Explanation:
Exp: B The enzyme "Transketolase" catalyzes the reaction Fructose-6P + G-3-P and sedoheptulase-7-P. This reaction involves the transfer of a two-carbon fragment from one sugar phosphate molecule to another, contributing to the inter-conversion of sugar phosphates in the pentose-phosphate pathway.
185593
Choose the wrong statement among the following
1 Trypsinogen is activated by enterokinase
2 The optimum \(\mathrm{pH}\) for salivary amylase activity is 8.9
3 Rennin helps in the digestion of milk proteins
4 Goblet cells secrete mucous
5 Submucosal glands of the intestine are also known as Brunner's glands
Explanation:
Exp: B The optimum \(\mathrm{pH}\) for salivary amylase range is between 6.7 to 7 Trypsinogen is activated by enterokinase and forms an active enzyme 'Trypsin'. Goblet cells are mucus secreting unicellular glands. Rennin is a proteolytic enzyme found in gastric juice of infants which help in the digestion of milk protein.
Kerala PMT-2014
Biomolecules
185586
The chylomicrons are broken down to fatty acids and glycerol by the action of the enzyme
1 Steapsin
2 Lipoprotein lipase
3 Intestinal lipase
4 Gastric lipase
Explanation:
Exp: B The chylomicrons are broken down to fatty acids and glycerol by the action of the enzyme Lipoprotein lipase. This enzyme is present on the surface of blood vessels in various issue and facilitates the release of fats from chylomicrons.
AP EAPCET-22.05.2023
Biomolecules
185587
Identify \(A\) and \(B\) in the following equation Casein \(\xrightarrow[\mathrm{Ca}^{++}]{\mathrm{A}}\) Calcium paracaseinate 31 \(\xrightarrow{\text { B }}\) Peptones
1 A. Renin - B. Chymotrypsin
2 A. Rennin - B. Trypsin
3 Ptyalin - B. Pepsin
4 A. Rennin - B. Pepsin
Explanation:
Exp: D Casein \(\xrightarrow[\mathrm{Ca}^{2+}]{\text { Rennin }}\) Calcium paracaseinate \(\xrightarrow{\text { Pepsin }}\) peptones. The reaction represents the breakdown of casein, a milk protein, into calcium paracaseinate and peptones due to the action of the enzymes rennin and pepsin, respectively.
Shift-II
Biomolecules
185588
The essential component of many co-enzymes are
1 Vitamins
2 Metal ions
3 Hormones
4 Lipids
Explanation:
Exp: A Coenzymes are cofactors that enhance enzyme activity by helping in chemical transformation. Many of these coenzymes are derived from essential organic compounds called vitamins.
Shift-II
Biomolecules
185589
'Transketolase" catalyses the following reaction
1 G-3-P+DHAP and Fructose \(6 \mathrm{P}+\) G-3 P Reactions
2 Fructose-6 P + G-3-P and Sedoheptulose -7-P Reactions
3 G-3-P + DHAP and Erythrose -4-P + DHAP Reactions
4 Erythrose-4-P + DHAP and Sedoheptulose 7-P + G-3 Reactions
Explanation:
Exp: B The enzyme "Transketolase" catalyzes the reaction Fructose-6P + G-3-P and sedoheptulase-7-P. This reaction involves the transfer of a two-carbon fragment from one sugar phosphate molecule to another, contributing to the inter-conversion of sugar phosphates in the pentose-phosphate pathway.
185593
Choose the wrong statement among the following
1 Trypsinogen is activated by enterokinase
2 The optimum \(\mathrm{pH}\) for salivary amylase activity is 8.9
3 Rennin helps in the digestion of milk proteins
4 Goblet cells secrete mucous
5 Submucosal glands of the intestine are also known as Brunner's glands
Explanation:
Exp: B The optimum \(\mathrm{pH}\) for salivary amylase range is between 6.7 to 7 Trypsinogen is activated by enterokinase and forms an active enzyme 'Trypsin'. Goblet cells are mucus secreting unicellular glands. Rennin is a proteolytic enzyme found in gastric juice of infants which help in the digestion of milk protein.
Kerala PMT-2014
Biomolecules
185586
The chylomicrons are broken down to fatty acids and glycerol by the action of the enzyme
1 Steapsin
2 Lipoprotein lipase
3 Intestinal lipase
4 Gastric lipase
Explanation:
Exp: B The chylomicrons are broken down to fatty acids and glycerol by the action of the enzyme Lipoprotein lipase. This enzyme is present on the surface of blood vessels in various issue and facilitates the release of fats from chylomicrons.
AP EAPCET-22.05.2023
Biomolecules
185587
Identify \(A\) and \(B\) in the following equation Casein \(\xrightarrow[\mathrm{Ca}^{++}]{\mathrm{A}}\) Calcium paracaseinate 31 \(\xrightarrow{\text { B }}\) Peptones
1 A. Renin - B. Chymotrypsin
2 A. Rennin - B. Trypsin
3 Ptyalin - B. Pepsin
4 A. Rennin - B. Pepsin
Explanation:
Exp: D Casein \(\xrightarrow[\mathrm{Ca}^{2+}]{\text { Rennin }}\) Calcium paracaseinate \(\xrightarrow{\text { Pepsin }}\) peptones. The reaction represents the breakdown of casein, a milk protein, into calcium paracaseinate and peptones due to the action of the enzymes rennin and pepsin, respectively.
Shift-II
Biomolecules
185588
The essential component of many co-enzymes are
1 Vitamins
2 Metal ions
3 Hormones
4 Lipids
Explanation:
Exp: A Coenzymes are cofactors that enhance enzyme activity by helping in chemical transformation. Many of these coenzymes are derived from essential organic compounds called vitamins.
Shift-II
Biomolecules
185589
'Transketolase" catalyses the following reaction
1 G-3-P+DHAP and Fructose \(6 \mathrm{P}+\) G-3 P Reactions
2 Fructose-6 P + G-3-P and Sedoheptulose -7-P Reactions
3 G-3-P + DHAP and Erythrose -4-P + DHAP Reactions
4 Erythrose-4-P + DHAP and Sedoheptulose 7-P + G-3 Reactions
Explanation:
Exp: B The enzyme "Transketolase" catalyzes the reaction Fructose-6P + G-3-P and sedoheptulase-7-P. This reaction involves the transfer of a two-carbon fragment from one sugar phosphate molecule to another, contributing to the inter-conversion of sugar phosphates in the pentose-phosphate pathway.
