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Ionophore A23187causeda decrease in cell ATP content
their staff and facilities arecausingthe ATP within a cell to decrease
PDH enzymatic activity and its protein levelsresultsin decreased intracellular ATP
Thus a rise in ATP above a certain threshold would trigger removal of surface Panx1resultingin a decrease in extracellular ATP
This inhibitionleadsto a decline of adenosine triphosphate ( ATP ) in cells
i.e. lactic acid additionprovokeda reduction in the adenosine triphosphate ( ATP ) content of the cells
Since FMS is a connective tissue disorder , some saycausesa decrease in cellular energy ( ATP
glucosecausesdepletion of ATP within the cells
the freezing or thawing processresultsin reduced ATP within the cell
Hypoxic induction of IAP-2 ... a glycolytic substratepreventeddeclines of ATP in hypoxic cells
to the opening of KATP channels , which are thought to contribute to shortening of the APD during ischemia ( Weiss et al . , 1992 ; Aon et al . , 2003may also leadto the opening of KATP channels , which are thought to contribute to shortening of the APD during ischemia ( Weiss et al . , 1992 ; Aon et al . , 2003
to a loss of intracellular potassium as potassium is maintained by Na+–K+ ATPase , one of the most ATP consuming processes in the cell30ledto a loss of intracellular potassium as potassium is maintained by Na+–K+ ATPase , one of the most ATP consuming processes in the cell30
in fungal cell starvation and deathresultingin fungal cell starvation and death
from reduced oxidative phosphorylationresultingfrom reduced oxidative phosphorylation
maintenance of the membrane potentialpreventsmaintenance of the membrane potential
to the Ran gradient collapsecontributesto the Ran gradient collapse
in increasing intracellular free calcium concentrations via redistribution from internal compartmentscan resultin increasing intracellular free calcium concentrations via redistribution from internal compartments
to cell deathresultingto cell death
in an increase in the glycolytic fluxmight resultin an increase in the glycolytic flux
pain by activation of ATP receptors on specialized nerve endingscausespain by activation of ATP receptors on specialized nerve endings