During cellulose fermentatin by anaerobic bacteria in rumen and reticulum, cellulose is majority converted into

During cellulose fermentation by anaerobic bacteria in rumen and reticulum, cellulose is majority converted into

Cattle are capable of digesting cellulose present in the grass and/or fodder that they eat. This ability is attributed to the (a) presence of cellulose degrading bacteria in the rumen (b) production of cellulose by the cattle rumen (c) acids present in the rumen (d) prolonged retention of cellulose in the rumen

During fermentatin, lactose sugar present in milk is converted into "______"

Cellulose is the major component of cell wall of :

S-The herbivorous animal take food having cellulose. R - In the intestine of herbivores animals, the bacteria able to digest cellulose are present. (A) Statement S&R both are true But R is explanation of S. (A) Statement S&R both are true And R is not explanation of S. (C) S. is true, .R. is false. (D) S. is false, .R. is true

Cellular respiration is the oxidation of foodstuffs for the production of energy. During aerobic respiration, complete oxidation of glucose takes place.Contradictor to this, glucose is incompletely oxidized durin anaerobic respiration . Many microbesare capacble of surviving anaerobically in environments that lack oxygen. Anaerobic respiration occurs via two steps,namely glycolysis and fermentation. The pyruvic acid formed during glycolysis is converted to organic acids or alcohols during anaerobic process. higher animals and plants, or seeds submerged in soil under water are capable of performing anaerobic respiration, when the oxygen levels are depleted .Even body cells like erythrocytes and mscle cells perform anaerobic respiration. Considering that only glycolysis is generating energy currency , how many ATP would be formed during anaerobic respiration?