The Huguenard Lab
Awards
2008 -
Max Kleiman-Weiner awarded Marshall Scholarship to study at Oxford
2008 -
Max Kleiman-Weiner awarded IES Brain Research Foundation Summer Student Fellowship
2008 -
Hiro Tani awarded Epilepsy Foundation Postdoctoral Research Fellowship
2008 -
Carolyn Lacey awarded Eric W. Lothman Training Fellowship from the Epilepsy Foundation
2007 -
John Huguenard recieved American Epilesy Society Research Recognition Award
2007 -
Julia Brill and Xiaoming Jin awarded Epilepsy Foundation Postdoctoral Research Fellowships
2007 -
Mark Beenhakker awarded Eric W. Lothman Training Fellowship from the Epilepsy Foundation
2004 -
Jina Shin recipient of AES/Milken Faminly Foundation Epilepsy Fellowship
2004 -
John Huguenard receives Javits Award
2000 -
Sanjay Kumar recipient of AES/Milken Family Foundation Epilepsy Fellowship
In the news
2009 -
This week in the Journal.
Overview of
(Ultra)short latency evoked synaptic inhibition in neocortical circuits
2008 -
Announcment: Open Access to Electophysiology of the Neuron book and software
2008 -
LASER SCANNING PHOTOSTIMULATION: NEW EVIDENCE FOR ENHANCED RECURRENT EXCITATION IN A MODEL OF POSTTRAUMATIC EPILEPSY
2006 -
An Epilepsy Mechanism Revealed
2006 -
BOOSTING KEY PROTEIN IN BRAIN COULD IMPROVE SEIZURE TREATMENT, STANFORD STUDY FINDS
2005 -
Keeping inhibition timely
2005 -
Focus on
"Polyamines modulate AMPA receptor-dependent synaptic response in immature layer V pyramidal neurons".
2005 -
Medscape comment on
"Reorganization of barrel circuits leads to thalamically-evoked cortical epileptiform activity"
2004 -
TINS: Self-administering cannabinoids
2004 -
STKE - NEUROBIOLOGY: Endocannabinoids Are Autoinhibiting
2004 -
Brain creates its own marijuana-like chemicals, scientists find
2003 -
Synaptic physiology - Self control
2003 -
Synaptic Transmission: Functional Autapses in the Cortex
2004 -
Role of distinct NMDA receptor subtypes at central synapses
1999 -
Inhibited Rhythms
1999 -
Faulty receptors may contribute to absence epilepsy, Angelman syndrome
1998 -
Directing traffic in the brain