20
May
Dr. Abraham Palmer delivers keynote lecture at the 1st Finnish Symposium of Biological Psychiatry
Dr. Palmer delivered the keynote lecture at the 1st Finnish Symposium of Biological Psychiatry on the University of Helsinki campus on May 18th. His talk was titled “Using quantitative genetic techniques to elucidate molecular mechanisms of behavior”.
02
April
Dr. Abraham Palmer speaks at University of California – Los Angeles
Dr. Palmer presented at the Neuroscience Integrative Center for Addictions’ Seminar Series at the University of California – Los Angeles this week. His talk was titled “Quantitative Behavioral Genetics”.
11
March
Dr. Abraham Palmer speaks at Human Genetics Seminar
Dr. Palmer presented at the Human Genetics Seminar for the University of Chicago Department of Human Genetics on Monday March 9, 2015. His talk was titled “Quantitative Behavioral Genetics”.
16
December
Palmer Lab attends ACNP 2014 in Phoenix!
The 53rd annual meeting of the American College of Neuropsychopharmacology (ACNP) was held in Phoenix, AZ from December 7-11.
Dr. Palmer was promoted from Associate to Full Member and gave a talk; Natalia Gonzales, Clarissa Parker, and Camron Bryant presented posters.
13
October
Dr. Abraham Palmer speaks at University of California – San Diego
Dr. Palmer presented at the Genetics, Bioinformatics, and Systems Biology Colloquium at the University of California – San Diego last week, hosted by Jonathan Sebat, Department of Psychiatry and Institute for Genetic Medicine. His talk was titled “Using quantitative genetic studies to understand the brain”.
26
June
Kat McMurray’s Abstract Selected for nanosymposium at Neuroscience 2014
Kat McMurray’s scientific abstract, “GLO1 inhibition as a novel fast-acting antidepressant,” has been accepted for presentation in a nanosymposium at Neuroscience 2014.
Neuroscience 2014 will be held on Nov 15-19, 2014 in Washington, DC.
05
June
Camila Barrios Camacho Presented at the 9th Annual PREP Symposium!
Camila’s talk was titled “The diabetic brain: identifying the epistatic effects of the Akita mouse mutant allele (Ins2C96Y ) on physiological and behavioral phenotypes in a panel of F1 mice”