What are differentiate ways in which glucosed is oxidised to provide energy in various organism
Answers
EXPLANATION -
Glucose is the vital energy source for all the organisms. The nutrition consumed is converted into carbohydrates in which glucose is the key ingredient. The glucose is oxidized to provide energy to the organism.
Glucose is the vital energy source for all the organisms. The nutrition consumed is converted into carbohydrates in which glucose is the key ingredient. The glucose is oxidized to provide energy to the organism.Breakdown of glucose
Glucose is the vital energy source for all the organisms. The nutrition consumed is converted into carbohydrates in which glucose is the key ingredient. The glucose is oxidized to provide energy to the organism.Breakdown of glucoseWe know glucose is a huge molecule and breaks down into different smaller units. At first glucose which contains 6 carbon molecules is broken in the cytoplasm of cells of all organisms. In this process, we obtain a 3 carbon molecule compound called pyruvate. Further break down of pyruvate takes place in different manners in different organisms.
Glucose is the vital energy source for all the organisms. The nutrition consumed is converted into carbohydrates in which glucose is the key ingredient. The glucose is oxidized to provide energy to the organism.Breakdown of glucoseWe know glucose is a huge molecule and breaks down into different smaller units. At first glucose which contains 6 carbon molecules is broken in the cytoplasm of cells of all organisms. In this process, we obtain a 3 carbon molecule compound called pyruvate. Further break down of pyruvate takes place in different manners in different organisms.Different ways in which glucose breaks down
Glucose is the vital energy source for all the organisms. The nutrition consumed is converted into carbohydrates in which glucose is the key ingredient. The glucose is oxidized to provide energy to the organism.Breakdown of glucoseWe know glucose is a huge molecule and breaks down into different smaller units. At first glucose which contains 6 carbon molecules is broken in the cytoplasm of cells of all organisms. In this process, we obtain a 3 carbon molecule compound called pyruvate. Further break down of pyruvate takes place in different manners in different organisms.Different ways in which glucose breaks downFollowing are the different ways in which the breakdown of glucose takes place
Glucose is the vital energy source for all the organisms. The nutrition consumed is converted into carbohydrates in which glucose is the key ingredient. The glucose is oxidized to provide energy to the organism.Breakdown of glucoseWe know glucose is a huge molecule and breaks down into different smaller units. At first glucose which contains 6 carbon molecules is broken in the cytoplasm of cells of all organisms. In this process, we obtain a 3 carbon molecule compound called pyruvate. Further break down of pyruvate takes place in different manners in different organisms.Different ways in which glucose breaks downFollowing are the different ways in which the breakdown of glucose takes placeAnaerobic Respiration
Glucose is the vital energy source for all the organisms. The nutrition consumed is converted into carbohydrates in which glucose is the key ingredient. The glucose is oxidized to provide energy to the organism.Breakdown of glucoseWe know glucose is a huge molecule and breaks down into different smaller units. At first glucose which contains 6 carbon molecules is broken in the cytoplasm of cells of all organisms. In this process, we obtain a 3 carbon molecule compound called pyruvate. Further break down of pyruvate takes place in different manners in different organisms.Different ways in which glucose breaks downFollowing are the different ways in which the breakdown of glucose takes placeAnaerobic RespirationThe anaerobic respiration process takes place in the absence of oxygen. For example: In yeast during fermentation. In this process, the pyruvate is converted into ethanol and carbon dioxide.
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Explanation:
Breaking down of glucose involves two processes. In the first step, it is broken into three carbon molecules called pyruvate. The pyruvate is further broken down into energy in following different ways in various organisms.
1) Aerobic respiration : In this case pyruvate is broken down into water and carbon dioxide along with release of energy. It commonly occurs in mitochondria of cells.
2) Anaerobic respiration in yeast : In yeast cells during fermentation pyruvate is converted into ethanol and C02 in the absence of 02.
3) Anaeorbic respiration in muscles: Due to lack of oxygen, eg. during vigorous running or exercise, in human muscles, pyruvate is converted to lactic acid.