Animal Cell Culture and Regulation The major problem associated with the isolation of free cells and cell aggregates from organs is that of None of these inhibiting the cells from their supporting matrix disintegrating the cells from their supporting matrix releasing the cells from their supporting matrix None of these inhibiting the cells from their supporting matrix disintegrating the cells from their supporting matrix releasing the cells from their supporting matrix ANSWER DOWNLOAD EXAMIANS APP
Animal Cell Culture and Regulation Range of optimum glucose concentration present in the culture media is 75-105 mmol/litre 105-150 mmol/litre 55 - 75 mmol/litre 5.5 - 55 mmol/litre 75-105 mmol/litre 105-150 mmol/litre 55 - 75 mmol/litre 5.5 - 55 mmol/litre ANSWER DOWNLOAD EXAMIANS APP
Animal Cell Culture and Regulation At low glucose concentration, below 0.25 mmol/litre, large portions of glucose and glutamine is shunted via anaerobic pathway oxidative pathway both (a) and (b) none of these anaerobic pathway oxidative pathway both (a) and (b) none of these ANSWER DOWNLOAD EXAMIANS APP
Animal Cell Culture and Regulation Accumulation of lactate leads to reduction in the pH of culture hence loss of cell viability no change in pH no loss of cell viability increase in pH reduction in the pH of culture hence loss of cell viability no change in pH no loss of cell viability increase in pH ANSWER DOWNLOAD EXAMIANS APP
Animal Cell Culture and Regulation Disaggregating of cells can be achieved by enzymatic digestion All of these physical disruption treating with chelating agents enzymatic digestion All of these physical disruption treating with chelating agents ANSWER DOWNLOAD EXAMIANS APP
Animal Cell Culture and Regulation Range of osmolarity tolerated/accepted in mOsm/Kg of H2O by mammalian cells is 280-360 300-325 360-400 150-300 280-360 300-325 360-400 150-300 ANSWER DOWNLOAD EXAMIANS APP
EXAMIANS