Washington State University

Neuroscience Program

KidsJudge2012
National Brain Awareness Week event, Kids Judge!, took place on the WSU campus March 2013.  Above, neuroscience student Dakota Breish leads 5th grader Konner Kinkade through her activity, "The reflex arc is a no brainer."  A TENS unit stimulates neurons in Konner's arm, causing involuntary movement.  During the event, kids judged 15 projects and selected their favorites, including Dakota's.
(slideshow of event).


Welcome to Neuroscience at WSU


Dear Prospective Student:

Washington State University’s Program in Neuroscience is an interdisciplinary biomedical program featuring more than 40 world-renowned research-active faculty. Washington State University is among the nation’s top tier doctoral/research universities, with research expenditures of over $175 million per year. Graduate students in the Neuroscience Program are immersed in active, state-of-the-art research laboratories in which they can make significant contributions to some of the most important scientific questions of our time.

In recent decades, neuroscience has been incredibly successful at developing very powerful insights into the cellular and molecular functions of neural tissue.  However, translating these insights into a thorough understanding of the biological basis of behavior remains incomplete. A common theme in the neuroscience research at WSU is the focus on extending molecular and cellular understanding to system level physiology and behavior. The areas of research emphasis of the neuroscience faculty at WSU include: neurobiology of sleep, body weight and energy balance, the biology of addiction, emotion and well-being, circadian regulations and vision. We also have a well-funded group that focuses on muscle physiology.

I encourage you to browse through our web site and contact us with questions about our programs.

Sincerely,
sign
Steve Simasko, Ph.D.
Director, Neuroscience Program 
Chair, Integrative Physiology and Neuroscience, Washington State University






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What's New?

(for coming seminar schedule, click this link)

Congratulations!
Congratulations to the SIX Neuroscience students who earned "Pass with Distinction" honors for their Honors thesis presentations in Spring 2013: Zachary Colburn, Kate Fyrqvist, Beth Graham, Jordan Harris, Alisha McBride, and Megan Wilson!

Congratulations!
To Ranganath Mamidi who received the GPSA Fall 2012 Research Assistance Excellence Award.

Congratulations!
Rose Marie Larios successfully defended her Master’s thesis.  The talk was excellent and her results illuminated more details regarding the expression of voltage-dependent sodium channel (which controls neuronal excitability)in vagal afferent neurons in response to a chemically induced lesion.   Congratulations Rose Marie!  We are proud of your accomplishment.

Congratulations!

Seven Neuroscience undergraduates received top honors at the 2013 WSU SURCA research competition with Crimson or Gray Awards in three categories.  The students are: Lindsey Ballsmider and Casey Callahan (Czaja lab), Drew Neyens (Simasko lab), Amanda Feeney (Skinner lab, Molecular Biosciences), Molly McGinnis (Walker lab). Brandi Ward (Harding lab), and Katherine Martucci (Swindell lab, Psychology).

The Sixth Annual Peter A Zornes Memorial Golf Tournament will be held Saturday, June 22nd, 2013. Check back for information. 

Congratulations!
Three of our Neuroscience undergrads were winners of the Auvil Fellowship for 2012.  Those winners are:
Beth Graham (Gary Wayman's lab), Michelle David (Krzysztof Caja's lab), and Katherine Martucci (Samantha Swindell's lab/ Psychology). (story)

Congratulations!
Neuroscience, Clinical Associate Professor, Samantha Gizerian, was featured in Popular Science for her participation in a research project involving low-income minority 4th grade students from south LA. 
Read more about the research here.

In the News
Prospective Alzheimer's drug builds new brain cell connections. (see article)
"Such drugs", says Joe Harding, a professor in WSU’s College of Veterinary Medicine; Neuroscience, "are not designed to restore lost brain function, which can be done by rebuilding connections between nerve cells. They're designed to fix what's broken."


Check back regularly for announcements/upcoming events.

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Neuroscience Program, PO Box 647620, Washington State University, Pullman WA 99164-7620, 509-335-7675, Contact Us Safety Links