Dominick P. Purpura Department of Neuroscience

About the Department


Departmental Retreat May 10th-11th, 2017 signup here.


We are on the threshold of an unprecedented period of discovery in neuroscience. Recent advances in genetics and cellular and molecular biology have provided remarkable insights into the control of neural development, the potential repair of neural damage, and the elucidation of basic mechanisms underlying learning and memory, as well as disorders of the nervous system.

In parallel, the advent of tools that can be used to examine neural function at a systems level (e.g., fMRI and computational techniques) have allowed data from molecular and cellular studies to be integrated with aspects of complex behaviors. This progress stands us in good stead for translating basic science findings to clinically relevant outcomes.

Neuroscience tends to be an eclectic discipline, and students in the department examine the structural and functional organization of the nervous system from multiple scientific perspectives and using a variety of techniques. Though departmental life is centered around the laboratory, students and faculty stay connected through a series of weekly seminars, works-in-progress sessions, journal clubs, and mini-courses on select topics. We have a strong commitment to graduate education, and the department offers a series of three Neuroscience courses augmented by select advanced programs. We encourage prospective students to stop by and see what our program has to offer.

Founding Principle

The Department of Neuroscience has been guided since its inception by the principle that Neuroscience is not a discipline, but a way of thinking about and approaching problems of nervous system structure and function. This philosophy has sustained a climate of strong and effective multidisciplinary collaborations among electrophysiologists, cellular and molecular neurobiologists, neurochemists, cognitive neuroscientists, etc. The continuing success of our faculty and students in the competitive universe of neuroscience discourse testifies to the validity of this doctrine.

A Brief History

The Department of Neuroscience was founded in 1974 to create a formal academic program for enhancing collaborative research and training in studies of a wide variety of nervous systems. Dr. Dominick P. Purpura, founding Chairman, also served as Director of the Rose F. Kennedy Center, a relationship that facilitated the growth and development of the Department within the Center. Following Dr. Purpura's departure to Stanford as Dean, Dr. Michael V.L. Bennett assumed the Chairmanship and was succeeded by Dr. Joseph Arezzo as Interim Chair. In 1999, Dr. Donald Faber became Chairman of Neuroscience and Director of the Kennedy Center, thus ensuring a continuing growth of the Department within the Center, which over time has become a center for brain sciences. Presently, Dr. Kamran Khodakhah (who had served as Interim Chair since 2013) has assumed the role of Chairman, succeeding Dr. Faber. Under Dr. Khodakhah’s leadership, The Brain Science Initiative will further strengthen the commitment to brain research excellence at Einstein and Montefiore. 

Recent News & Events

Event | Neuroscience Retreat - May 10th - 11th
The Neuroscience Retreat will be held from May 10th - May 11th, 2017 at the Edith Macy Conference Center. Additional information, including itinerary and poster signups has been posted here. Registrations are due April 19th....more

Publication | Dr. Kamran Khodakhah
New Target For Dystonia Therapy—Dystonia—when someone’s muscles contract uncontrollably—is the third most common movement disorder (after Parkinson’s and essential tremor), affecting about 250,000 Americans. Research and treatment for the most common inherited form of dystonia, called DYT1, has focused mainly on the basal ganglia region of the brain. But new animal research by Einstein scientists implicates a different part of the brainthe cerebellumas the site of the problem. The study, published in the February 15 online issue of eLife, was led by Kamran Khodakhah, Ph.D., professor and chair of the Dominick P. Purpura Department of Neuroscience and the Harold and Muriel Block Chair in Neuroscience. He and his colleagues made their discovery after generating the first mouse model of DYT1 to exhibit the overt symptoms of dystonia seen in patients. Previous research in Dr. Khodakhah’s lab has shown that severing the link between the cerebellum and the basal ganglia might be an effective way to treat cerebellar-induced dystonias....more

more news and events


Contact Us

Rose F. Kennedy Center

1410 Pelham Parkway South

9th Floor

Bronx, NY 10461

Phone: 718-430-2408

Fax: 718-430-8821

Click here to log in