Part of the mission of the Salk Institute for Biological Studies is to train individuals for careers in scientific research. The expectation is that trainees will study in the many new fields developed by Institute faculty, learn the research techniques they have created, and go on to positions of leadership in other prominent scientific institutions. Postdoctoral training opportunities at the Institute are posted below.
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|Job #: G078|
|Posted Date: May 29, 2018|
|Closes On: Open Until Filled|
|Job Title: Research Associate - Molecular Neurobiology Laboratory, Dr. Nicola Allen|
|Status: Regular Full Time|
|Benefits Eligible: Yes|
|Laboratory/Department: Molecular Neurobiology Laboratory|
|The goal of the lab is to identify how non-neuronal brain cells, specifically astrocytes, regulate the formation, function and stability of neuronal synapses. This is achieved through a combination of in vitro and in vivo approaches, to investigate synapse formation in development, synaptic remodeling during plasticity, and synapse loss in aging and neurodegenerative disease.|
|Position Description: We are currently seeking a highly motivated and independent postdoctoral research fellow interested in studying the role of astrocytes in regulating synaptic plasticity in vivo. The successful candidate will employ viral-mediated in vivo manipulation of astrocyte gene expression, followed by perturbations to the visual system to determine if the ability to induce plasticity is altered by astrocytes. In depth analysis of candidate factors will require brain slice recordings and immunohistochemical analysis of synaptic proteins.|
|Education: Ph.D in Neuroscience or related discipline, with an emphasis on in vivo study of neuronal synapses.|
|Experience: Experience of in vivo manipulation of gene expression in mouse models using viral approaches, and mouse surgery, required. Ex vivo electrophysiology (e.g. whole cell patch clamp in brain slices) required, and familiarity with in vivo recording techniques an advantage. Familiarity with ex vivo approaches to analyze neuronal structure/function e.g. confocal microscopy of synapses, would be an advantage.|
|Application Instructions: Applicants should send curriculum vitae, statement of research interests and experience, and three references to: