rheobase : Related Words Words similar in meaning to rheobase
- rheobasic«
- duration time constant«
- minimum«
- strength«
- electric current«
- chronaxie«
- duration curve«
- motor axon«
- amplitude«
- diseased nerve«
- action potential«
- excitability«
- duration«
- stimulus duration«
- demyelination«
- axon«
- stimulus«
- membrane potential«
- conduction velocity«
- persistent na+ conductance«
- lower rheobase«
- hyperpolarization«
- lapicque«
- membrane«
- measurement«
- sensory fiber«
- fasciculation«
- threshold«
- pulse duration«
- current«
- sensory nerve«
- shorter strength«
- pervasive nerve disorder«
- persistent na+ channel«
- paranodal«
- axonal hyperexcitability«
- diabetic patient«
- nodal membrane«
- internodal membrane«
- depolarization«
- wei«
- g. wei«
- many study«
- demyelinating«
- nerve«
- stimulus strength«
- na+ current«
- machado–joseph disease«
- louis lapicque«
- clinical significance«
- excitable tissue«
- recovery cycle«
- cidp«
- equation«
- patient«
- electrolyte concentration«
- control subject«
- motor nerve«
- asymptote«
- voltage«
- study«
- graph«
- diabetic«
- decrease«
- significant decrease«
- ion channel«
- function«
- insight«
- al«
- significant reduction«
- maturation«
- stimulation«
- expression«
- wei ’s equation«
- wei formula«
- wei equation«
- typical nerve membrane«
- trond protocol permit assessment«
- transmembrane na+ gradient«
- time constant value«
- threshold stimulus strength«
- threshold current measurement«
- test stimulus increase«
- term rheobase«
- term axonal degeneration«
- sural sensory fiber«
- supraximal electrical stimulation«
- substantial demyelination«
- strength duration time constant«
- stimulus response curve«
- stimulus charge«
- slow k+ channel«
- single fiber action potential«
- sensory rheobases«
- sensory conduction«
- salient defect«
- root rhe«
- rheobasic strength«
- rheobase value«
- rheobase time chronaxie«
- rheobase determination«
- rheobase current«
- regenerated motor axon«
- regenerated internode«
- reduced na+-k+-atpase activity«
- protracted stimulation«
- preventative drug efficacy«
- persistent sodium channel«
- persistent na+ channel function«
- persistent na+ channel conductance«
- persistent channel«
- passive membrane property«
- paranodal myelin«
- paranodal capacitance«
- normal axon physiology«
- neurobiological significance«
- neural fibrosis«
- nerve geometry«
- nerve excitability testing«
- nerve excitability study«
- nerve excitability examination«
- na+ channel blocker«
- myelin remodeling«
- multifocal motor«
- motor rheobases«
- motor nerves«
- motor afferent«
- minimal current amplitude«
- mechanical demyelination«
- machado–joseph«
- lower motor system«
- lapicque equation«
- k+ conductance result«
- internodal ion channel«
- internodal function«
- internodal dysfunction«
- internodal density«
- intermodal membrane«
- immunological demyelinating polyneuropathy«
- human axonal excitability«
- fast k+ rectifier«
- extant research finding«
- excitable motor«
- excitability study«
- excitability measure«
- electrogenic na+/k+-atpase«
- electrical charge q«
- duration property«
- duration d.«
- duration curve—the curve«
- diabetic polyneuropathy«
- dependent na+ channel«
- dependent conduction block«
- demyelinating damage«
- chronic inflammatory demyelinating polyneuropathy«
- chronaxie—changes«
- charge q duration curve«
- charge duration curve«
- charcot–marie–tooth«
- channel/pump dysfunction«
- channel functioning«
- biophysical difference«
- axonal reinnervation«
- axonal depolarization«
- axon membrane potential«
- applied current increase«
- abnormal active membrane property«
- triplet repeat disease«
- threshold relationship«
- threshold charge«
- threshold channel«
- threshold amplitude«
- slow nerve conduction velocity«
- sensory action potential«
- motor difference«
- mjd patient«
- membrane potential rise«
- it voltage«
- hyperpolarizing current«
- hyperbolic formula«
- duration constant«
- distal nerve segment«
- conventional nerve conduction study«
- axonal excitability«
- increase«
- threshold measurement«
- sodium channel function«
- past strength«
- nodal function«
- membrane time constant«
- discharge pulse«
- depolarization threshold«
- compound motor«
- clinical identification«
- disease«
- toxic neuropathy«
- such implication«
- rectifier channel«
- duration relationship«
- diffuse distribution«
- threshold stimulus«
- stimulation threshold«
- peripheral nerve disorder«
- internodal length«
- dependence«
- pump function«
- nerve excitability«
- duration data«
- amyotrophic lateral sclerosis«
- node«
- minimum current«
- membrane excitability«
- multifocal motor neuropathy«
- leakage resistance«
- constant effect«
- channel property«
- pyramidal sign«
- mild reduction«
- exponential equation«
- axonal loss«
- threshold current«
- myelinated nerve fiber«
- intravenous immunoglobulin therapy«
- biophysical characteristic«
- difference«
- inactivating«
- sensory axon«
- neurological pathology«
- neural membrane«
- hereditary neuropathy«
- french neuroscientist«
- appreciable increase«
- normal fluctuation«
- myelinated fiber«
- his equation«
- muscle«
- specific ion«
- original node«
- cable property«
- repetitive stimulation«
- infinite duration«
- parameter«
- hyperbolic curve«
- compensatory increase«
- variable«
- ideal capacitor«
- axonal degeneration«
- hallmark feature«
- curve«
- short internode«
- response«
- motor fiber«
- nerve disorder«
- cmap«
- normal patient«
- al patient«
- ophthalmoplegia«
- na+ channel«
- multiple measure«
- na+ ion«
- ranvier«
- polyneuropathy«
- current pulse«
- response curve«
- k+ channel«
- cerebellar ataxia«
- inclusion«
- basi«
- finding«
- charge transfer«
- nodal«
- practical sense«
- age«
- myelination«
- muscle cramp«
- protective factor«
- diabetic neuropathy«
- schwann cell«
- nerve injury«
- type i«
- common process«
- als.«
