RT @ActaNeuro: #OnlineFirst: Flow-regulated versus differential pressure valves for #iNPH: comparison of overdrainage rates and neurologica…
RT @ActaNeuro: #OnlineFirst: Flow-regulated versus differential pressure valves for #iNPH: comparison of overdrainage rates and neurologica…
Flow-regulated versus differential pressure valves for idiopathic normal pressure hydrocephalus: comparison of overdrainage rates and neurological outcome https://t.co/eNVlC68pgq #onlinefirst
RT @ActaNeuro: #OnlineFirst: Flow-regulated versus differential pressure valves for #iNPH: comparison of overdrainage rates and neurologica…
RT @ag_kolias: Relatively small sample size and lack of randomisation are the main limitations but interesting findings - flow-regulated va…
RT @ActaNeuro: #OnlineFirst: Flow-regulated versus differential pressure valves for #iNPH: comparison of overdrainage rates and neurologica…
Relatively small sample size and lack of randomisation are the main limitations but interesting findings - flow-regulated valves in this series had a lower overdrainage %. #iNPH #ActaNeuro #Neurosurgery
RT @ActaNeuro: #OnlineFirst: Flow-regulated versus differential pressure valves for #iNPH: comparison of overdrainage rates and neurologica…
#OnlineFirst: Flow-regulated versus differential pressure valves for #iNPH: comparison of overdrainage rates and neurological outcome from @UniCologne 🇩🇪 #Neurosurgery #nsgy #hydrocephalus #ActaNeuro https://t.co/UfLmsOEaRU https://t.co/EA8cu1OC34