Animal Cell Culture and Regulation Accumulation of lactate leads to no change in pH no loss of cell viability reduction in the pH of culture hence loss of cell viability increase in pH no change in pH no loss of cell viability reduction in the pH of culture hence loss of cell viability increase in pH ANSWER DOWNLOAD EXAMIANS APP
Animal Cell Culture and Regulation According to Eagle, the growth of L-strain and Hela-strain cultures require to have mandatory presence of 6 amino acids 12 amino acids 8 amino acids 10 amino acids 6 amino acids 12 amino acids 8 amino acids 10 amino acids ANSWER DOWNLOAD EXAMIANS APP
Animal Cell Culture and Regulation To prevent the accumulation of lactate high glutamine concentration is required low glucose concentration is required high glucose concentration is required low glutamine concentration is required high glutamine concentration is required low glucose concentration is required high glucose concentration is required low glutamine concentration is required ANSWER DOWNLOAD EXAMIANS APP
Animal Cell Culture and Regulation Range of optimum glutamine concentration present in the culture media is 1-2 mmol/litre 7-15 mmol/litre 2-7 mmol/litre 15 - 20 mmol/litre 1-2 mmol/litre 7-15 mmol/litre 2-7 mmol/litre 15 - 20 mmol/litre ANSWER DOWNLOAD EXAMIANS APP
Animal Cell Culture and Regulation When dissolved oxygen is lower than the critical concentration, viable cell concentration declines because of increase in specific lactate production from glucose accumulation of ammonia both (a) and (b) incomplete glutamine oxidation increase in specific lactate production from glucose accumulation of ammonia both (a) and (b) incomplete glutamine oxidation ANSWER DOWNLOAD EXAMIANS APP
Animal Cell Culture and Regulation Disaggregating of cells can be achieved by All of these treating with chelating agents physical disruption enzymatic digestion All of these treating with chelating agents physical disruption enzymatic digestion ANSWER DOWNLOAD EXAMIANS APP
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