in a dramatic clinical improvementresultedin a dramatic clinical improvement
to recoverymight contributeto recovery
to stabilization in 20 patientsledto stabilization in 20 patients
typicallyleadstypically
to future episodes of paincan leadto future episodes of pain
to renal recoverycan leadto renal recovery
to favorable outcomesoften leadsto favorable outcomes
to symptomscan leadto symptoms
to stabilizationledto stabilization
to complete remissionrapidly ledto complete remission
an interference with the function of the voltage - dependent potassium channelscausesan interference with the function of the voltage - dependent potassium channels
when increasedmay leadwhen increased
PEleadsPE
some unfortunate reactionsdid causesome unfortunate reactions
as an effective therapy for TTPhad ... been discoveredas an effective therapy for TTP
bleeding and allergic reactionscan causebleeding and allergic reactions
in marked reduction in the frequency of spontaneous motor unit potentials ( 40resultedin marked reduction in the frequency of spontaneous motor unit potentials ( 40
in resolution of symptoms and laboratory abnormalitiesresultedin resolution of symptoms and laboratory abnormalities
hypotension and electrolyte disturbancescan causehypotension and electrolyte disturbances
to his recoverycould have contributedto his recovery
an interference with the function of the voltage - dependent potassium channels , one of the underlying issues of hyper - excitability in autoimmunecausesan interference with the function of the voltage - dependent potassium channels , one of the underlying issues of hyper - excitability in autoimmune
to a rapid improvement of weakness during exacerbationsleadto a rapid improvement of weakness during exacerbations
in an approximately 50 % decline in eculizumab concentrations following a 1 hour intervention and the elimination half - life of eculizumabresultedin an approximately 50 % decline in eculizumab concentrations following a 1 hour intervention and the elimination half - life of eculizumab
an interference with the function of the voltage - dependent potassium channels , one of the underlying issues of hyper - excitability in autoimmune neuromyotoniacausesan interference with the function of the voltage - dependent potassium channels , one of the underlying issues of hyper - excitability in autoimmune neuromyotonia