Postdoctoral Position in Stem Cell Neuroscience: Join Dr. Ryann Fame’s lab in the Department of Neurosurgery at Stanford University as a full-time postdoctoral fellow for an NIH-funded project focusing on developmental and stem cell neuroscience research.
Postdoctoral Position in Developmental and Stem Cell Neuroscience
Designation: Postdoctoral Fellow
Table of Contents
- Research Area
- Location
- Eligibility/Qualification
- Job Description
- How to Apply
- Last Date for Application
Research Area:
The research program includes the early neural stem cell niche, neural tube closure, cerebrospinal fluid (CSF), metabolism, and cortical neuronal development with the goal of translating knowledge into regenerative strategies for neurodevelopmental disorders.
Location: Stanford University, Department of Neurosurgery
Eligibility/Qualification:
- PhD in a biological science including biophysics
- Experience in hands-on laboratory work and experimental planning
- Completed a major project during doctoral training
- Preferred experience in brain development experimentation, molecular biology, and rodent models
- Preferred experience in 2P imaging and analysis for cellular migration and GCaMP
Job Description:
As a postdoc in Dr. Fame’s lab, you will conduct experiments, analyze data, collaborate to understand CSF electrolytes in brain development, present research progress, attend meetings, and contribute to discussions. Successful candidates are expected to bring motivation, creativity, and excellent communication skills.
How to Apply:
Submit the following application materials directly via email to FameLabTeam@gmail.com:
- CV detailing education, research experiences, publications, and previous employment
- One-page statement of research accomplishments and interests
- Contact information for 3 professional references
Last Date for Application: Rolling start date after September 1, 2024
This postdoctoral position offers a chance to work on cutting-edge research in developmental and stem cell neuroscience at Stanford University. Apply now to join a dynamic team dedicated to advancing knowledge in neurodevelopment and regenerative strategies.
