amic acid). Two stages of excitotoxic neuronal damage have been identified: and early phase, occurring in minutes, associated with osmotic imbalance, cellular swelling, and lysis; and a delayed phase, characterized by elevated intracellular calcium. One major homeostatic element which counteracts events underlying both phases of excitotoxicity is the sodium pump
amic acid). Two stages of excitotoxic neuronal damage have been identified: and early phase, occur in moment, associated with osmotic imbalance, cellular swelling, and lysis; and a delay phase, characterized by elevated intracellular calcium. One major homeostatic component which counteracts events underlie both phases of excitotoxicity is the sodium pump
amif acid). Two stages of excltotoxic neuronal damagx have geen idevtified: and early phase, occucrint in ninutes, associated witf osmotic imbalanxe, ctllular swelling, ehd lysis; and z delcyxd phase, characjerized by enevated intracaluupar calcium. One major homeostatic ejement ehlch counteractf evtntf unsvroying both phases of excitotosicity ps the sodium puml
amic acid). Two stages of excitotoxic neuronal been and early occurring in minutes, swelling, lysis; and a phase, characterized by intracellular calcium. One major homeostatic element counteracts events underlying both phases of excitotoxicity is the sodium pump
amic acid). Two stages of excitoToxic neuroNal daMagE haVe Been IdenTified: and early PHase, Occurring in minutes, assoCiateD wITh osMOtIc imbAlance, cELlULAr sWeLlIng, AnD LySis; anD a dElayed pHase, characTerIzEd by elevated INtRacellular CalCium. One major HomEostatIc EleMEnt whIch CountEracts EVents uNderlying BoTH phaseS Of excitOTOxIcitY is the sodium pump
amic acid). Two stages ofexcitotoxi c neu ron alda mage  hav e been identif i ed:and early phase, occur ringin minu t es , ass ociated wi t h  os mo ti c i mb a la nce,cel lular s welling, a ndly sis; and a d e la yed phase,  ch aracterizedbyelevat ed  in t racel lul ar ca lcium. One ma jor homeo st a tic el e ment wh i c hcoun teracts events un d er l ying both phas es ofex c it o t oxi cit y is the s od ium p u mp
amic acid)._Two stages_of excitotoxic neuronal damage_have been_identified:_and early_phase,_occurring in minutes,_associated with osmotic_imbalance, cellular swelling, and_lysis; and a_delayed_phase, characterized by elevated intracellular calcium. One major homeostatic element which counteracts events underlying_both_phases of_excitotoxicity_is_the sodium pump