Instituto de investigaciones Neurobiologicas Neurobia

30/04/2016

Fundamentos del TMS y bases del proyecto de investigacion "TMS en Epilepsias Fotosensibles"

24/02/2016

http://www.lavozdegalicia.es/noticia/barbanza/2016/02/21/investigadora-temblar-parkinson/00031456003545721703102.htm

El artículo que da pie a su tesis doctoral ha sido galardonado por una revista científica estadounidense

07/11/2015

https://www.researchgate.net/publication/283499795_Transcranial_magnetic_stimulation_in_autism_spectrum_disorder_Challenges_promise_and_roadmap_for_future_research

Autism Spectrum Disorder (ASD) is a behaviorally defined complex neurodevelopmental syndrome characterized by impairments in social communication, by the presence of restricted and repetitive...

16/10/2015

Hemos despertado el interés de Microsoft que nos ha ofrecido soporte técnico para nuestros proyectos de rehabilitación virtual

28/09/2015

Neurobia finalista en el Premio a la Iniciativa emprendedora del Consejo Social de la Universidad de Almeria

28/09/2015

http://www.elmundo.es/salud/2015/09/28/56093f1246163f04728b4591.html

Mover un cursor en una pantalla de ordenador y hasta escribir algunas palabras, sólo con el pensamiento. Es lo que han conseguido hacer en EEUU dos personas tetrapléjicas con Escle

07/09/2015

http://www.lavozdealmeria.es/Noticias/89907/2/Condenan-al-Ayuntamiento-despedir-a-una-empleada-y-%E2%80%9Ccontratar%E2%80%9D-a-otra

El estudio coordinado por el neurólogo Pedro Serrano pretende curar la epilepsia fotosensible

02/09/2015

Hoy test de cálculo mental
http://braingames1.aarp.org/countdown.html

30/08/2015

http://braingames1.aarp.org/shapes_and_colors.html

14/08/2015

https://www.researchgate.net/publication/280917344_Acute_seizure_suppression_by_transcranial_direct_current_stimulation_in_rats

Objective Cathodal transcranial direct current stimulation (tDCS) is a focal neuromodulation technique that suppresses cortical excitability by low-amplitude constant electrical current, and may...

14/08/2015

Everybody knows people who seem to bumble through life with no sense of time — they dither for hours on a “quick” e-mail or expect an hour’s drive to take 20 minutes. These people are always late. But even for them, such minor lapses in timing are actually exceptions. We notice these flaws precisely because they’re out of the ordinary.Humans, like other animals, are quite good at keeping track of passing time. This talent does more than keep office meetings running smoothly. Almost everything our bodies and brains do requires precision clockwork — down to milliseconds. Without a sharp sense of time, people would be reduced to insensate messes, unable to move, talk, remember or learn.“We don’t think about it, but just walking down the street is an exquisitely timed operation,” says neuroscientist Lila Davachi of New York University. Muscles fire and joints steady themselves in a precisely orchestrated time series that masquerades as an unremarkable part of everyday life. A sense of time, Davachi says, is fundamental to how we move, how we act and how we perceive the world.Yet for something that forms the bedrock of nearly everything we do, time perception is incredibly hard to study. “It’s a quagmire,” says cognitive neuroscientist Peter Tse of Dartmouth College.The problem is thorny because there are thousands of possible intricate answers, all depending on what exactly scientists are asking. Their questions have begun to reveal an astonishingly complex conglomerate of neural timekeepers that influence each other.New findings hint that the brain has legions of assorted clocks, all tick-tocking at different rates. Some parts of the brain handle milliseconds and others …