The Hebrew University of Jerusalem

Adi Mizrahi


The Eric Roland Chair in Brain Sciences

The NeuroPlasticity lab

Learning related plasticity in the auditory system

We aim to understand the neuronal basis of learning and memory in the auditory system, focusing on cortical circuits. We study perceptual learning and category learning as two lifelong processes that shape brain function and behavior in adults. To study the mechanisms of these types of learning we use mice. We developed automated behavioral systems to train groups of mice on complex behavioral tasks like perceptual learning and categorization. We use a variety of technics, including electrophysiology, multi-unit arrays recording and imaging to follow single neurons as mice learn, memorize and behave.

And in Olfaction - We have similar interests in olfaction and related olfactory circuits.


Parental plasticity

Parental plasticity is manifested by hormonal and physiological changes across the body including in the brain. We study parental plasticity in the context of auditory and olfactory perceptions. We use the mouse as a model to study how pup vocalizations and pup odors are recognized by their parents. We track how these cues are processed and perceived along the neural circuits responsible. Anatomical, physiological and behavioral methods are integrated to solve the complexity underlying sensory-driven parental behaviors.


How do adult born neurons shape olfaction?

The mammalian brain maintains few neurogenic niches in adulthood. One of these regions is the subventricular, which is supplying new inhibitory neurons to the olfactory bulb. Still little is known about the functional role of this unique form of network plasticity. We use various tools including mouse genetics combined with imaging to study how these new-born neurons shape the neuronal code in the olfactory bulb.


Eric Roland Professor in Brain Sciences

Recent publications



Contact information

Lab: +972-2-6585163 Office: +972-2-6586460
Edmond & Lily Safra Center for Brain Science
Floor 2, North wing, Room 1204A
The Suzanne and Charles Goodman Building
The Hebrew University of Jerusalem
Edmond J. Safra Campus
Jerusalem, 9190401,

Lab Members

Visiting researcher
Undergraduate student
Undergraduate student
Research Associate
PhD Student
Lab Technician


Name Photo Email
Ami Shalev Student Avatar

MSc student (finished in 2016)

Amit Vinograd PhD Student Avatar

Received his PhD in 2018

Elena Kudryavitskaya Student Avatar

MSc student (finished in 2018)

Gideon Rothschild PhD Student Avatar

Received his PhD in 2011

Gilad Raday Student Avatar

MSc student, left in 2007

Hadas Lapid PhD Student Avatar

Postdoctoral fellow who left in 2013

Hagit Kopel PhD Student Avatar

Received her PhD in 2012

Lior Cohen PhD Student Avatar

Postdoctoral fellow who left in 2013

Maya Groysman PhD Student Avatar

Researcher who left in 2013

Natan Gold Student Avatar

MSc student (finished in 2016)

Racheli Nisim Student Avatar

MSc student (finished in 2018)

Ronen Eavri PhD Student Avatar

Was a postdoctoral fellow

Talia Singer Student Avatar

Was a lab technician 

Yael Shlomai PhD Student Avatar

Received her PhD in 2015

Yishai Elyada PhD Student Avatar

Postdoctral fellow who left in 2017

Yoav Adam PhD Student Avatar

Received his PhD in 2013

Yoav Livneh PhD Student Avatar

Received his PhD in 2014

Open Positions

A postdoctoral position is available in the field of neural and circuit plasticity under
the supervision of Prof. Adi Mizrahi. The Mizrahi lab is using state of the art
imaging, electrophysiological and behavioral tools to study neural correlates of
perceptual learning in the auditory cortex of mice. The successful candidate is
expected to join a project on cortical plasticity of local circuits primarily using In
vivo two-photon calcium imaging in behaving mice.

Candidates must hold a PhD degree in Neurobiology or related disciplines and
should have interests in imaging, electrophysiology or related methods (experience
is an advantage). Candidates should be proficient in English.

Further details:
Possible start of employment: Nov 2019
For more information, please contact:
Adi Mizrahi: