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a physical injurycausesa release of ATP from injured cells
Overactivation of PARPcausesATP depletion , leading to cell necrosis
These ratios ... importantto preventcells undergoing apoptosis due to ATP depletion
PARP-1 ... is knownto causedeleterious ATP depletion in necrotic cells
Xl Exposed particularly is changedcausinga depletion in cell ATP
environmental stressescauseATP depletion in cells
Indeed , fructose has been shownto causeATP depletion in humans[62,63
the brain cellsthereby preventingATP depletion mediated cell death
HGFpreventsATP - depleted mIMCD-3 cell release
Fructose is distinct from other sugarscan ... causeATP depletion in cells
to lysis and cell death ( necrosisleadsto lysis and cell death ( necrosis
to all of the following except Loss of function of Na / K ATPaseleadsto all of the following except Loss of function of Na / K ATPase
thusmay ... leadthus
to the activation of P2-type and adenosine receptors upon extracellular ATP catabolism by ecto - nucleotidases [ 51leadsto the activation of P2-type and adenosine receptors upon extracellular ATP catabolism by ecto - nucleotidases [ 51
pain by activation of ATP receptors on specialized nerve endingscausespain by activation of ATP receptors on specialized nerve endings
to cell lyses and cell deathleadsto cell lyses and cell death
ductal Cl− reabsorption via activation of P2Y2 receptors and CFTR Cl− channelscausesductal Cl− reabsorption via activation of P2Y2 receptors and CFTR Cl− channels
to the increased concentration of adenosine found in the airway surface liquid of asthmatic patientscontributesto the increased concentration of adenosine found in the airway surface liquid of asthmatic patients