Difference between revisions of "Template:SUIT text D013"
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SUIT-003 O2 ce-pce D013 is designed to study [[coupling control state| coupling control]] and plasma membrane permeability of living cells. Respiratory capacities are tested in a sequence of coupling states: [[ROUTINE]], [[LEAK]] and [[ET]] in the presence of [[Glucose|glucose]] and [[Malate|malate]]. To study [[LEAK-respiration]], the [[phosphorylation system]] is inhibited by [[oligomycin]]. The final concentration of [[oligomycin]] has to be carefully optimized for various cell types, to minimize the inhibitory effect on the [[Electron transfer-pathway|electron transfer system]] which would lead to an underestimation of [[ET-capacity]]. The viability index, ''VI'', in the simple CCVP-Glc,M (SUIT-003 O2 ce-pce D013) may be underestimated, if succinate uptake in the living cells proceeds through the dicarboxylate carrier of the plasma membrane. CCVP-Glc,M can be extended by the Complex IV module. | SUIT-003 O2 ce-pce D013 is designed to study [[coupling control state| coupling control]] and plasma membrane permeability of [[living cells]]. Respiratory capacities are tested in a sequence of coupling states: [[ROUTINE]], [[LEAK]] and [[ET]] in the presence of [[Glucose|glucose]] and [[Malate|malate]]. To study [[LEAK-respiration]], the [[phosphorylation system]] is inhibited by [[oligomycin]]. The final concentration of [[oligomycin]] has to be carefully optimized for various cell types, to minimize the inhibitory effect on the [[Electron transfer-pathway|electron transfer system]] which would lead to an underestimation of [[ET-capacity]]. The viability index, ''VI'', in the simple CCVP-Glc,M (SUIT-003 O2 ce-pce D013) may be underestimated, if succinate uptake in the living cells proceeds through the dicarboxylate carrier of the plasma membrane. CCVP-Glc,M can be extended by the Complex IV module. | ||
Revision as of 14:54, 22 July 2019
SUIT-003 O2 ce-pce D013 is designed to study coupling control and plasma membrane permeability of living cells. Respiratory capacities are tested in a sequence of coupling states: ROUTINE, LEAK and ET in the presence of glucose and malate. To study LEAK-respiration, the phosphorylation system is inhibited by oligomycin. The final concentration of oligomycin has to be carefully optimized for various cell types, to minimize the inhibitory effect on the electron transfer system which would lead to an underestimation of ET-capacity. The viability index, VI, in the simple CCVP-Glc,M (SUIT-003 O2 ce-pce D013) may be underestimated, if succinate uptake in the living cells proceeds through the dicarboxylate carrier of the plasma membrane. CCVP-Glc,M can be extended by the Complex IV module.
