Animal Cell Culture and Regulation Accumulation of lactate leads to 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 no change in pH ANSWER DOWNLOAD EXAMIANS APP
Animal Cell Culture and Regulation When dissolved oxygen is lower than the critical concentration, viable cell concentration declines because of incomplete glutamine oxidation both (a) and (b) increase in specific lactate production from glucose accumulation of ammonia incomplete glutamine oxidation both (a) and (b) increase in specific lactate production from glucose accumulation of ammonia ANSWER DOWNLOAD EXAMIANS APP
Animal Cell Culture and Regulation What are the main constituents of culture for animal cell growth? Growth factors All of these Glucose and Glutamine Cytokines Growth factors All of these Glucose and Glutamine Cytokines ANSWER DOWNLOAD EXAMIANS APP
Animal Cell Culture and Regulation Disaggregating of cells can be achieved by All of these enzymatic digestion physical disruption treating with chelating agents All of these enzymatic digestion 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 300-325 280-360 360-400 150-300 300-325 280-360 360-400 150-300 ANSWER DOWNLOAD EXAMIANS APP
Animal Cell Culture and Regulation Higher dissolved oxygen concentration in the culture media are toxic and lead to All of these metabolism of nutrients in culture media at a rate greater than that required for consumption lipid peroxidation DNA degradation All of these metabolism of nutrients in culture media at a rate greater than that required for consumption lipid peroxidation DNA degradation ANSWER DOWNLOAD EXAMIANS APP
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