Risevoic
Post Doc Fellow
Company : New York Medical College
Location : Valhalla, NY, 10595
Job Type : Temporary
Date Posted : 1 January 2026
Overview
NYMC is seeking a Postdoctoral Fellow for the Department of Cell Biology and Anatomy. The position is available in the El Ouaamari laboratory to investigate the role of the peripheral neurons in the regulation of systemic energy homeostasis. Self-driven, creative, resourceful and independent candidates with a PhD in neuroscience and/or endocrine physiology are encouraged to apply. Successful applicants will develop a research project focused on understanding how peripheral neurons control glucose and lipid homeostasis with the long-term goal of identifying high-value biological data that can be harnessed to design neuromodulation-based strategies to counter diabetes and/or obesity. The successful candidate will contribute to the training of research assistants and graduate students and actively participate in lab and departmental meetings.
How to apply: Interested candidates should submit a complete CV, a summary of current and future research interests, and the contact information of three reference.
Responsibilities
Qualifications
Education Requirement:
- PhD in neuroscience and/or endocrine physiology or related.
Prior Experience:
- The candidate must have prior experience in animal physiology, molecular biology, histology and imaging, and primary cell culture. Preference will be given to candidates who are familiar with in vitro and in vivo techniques for manipulating and monitoring neuronal activity.
Minimum Salary
USD $44,179.20/Yr.Maximum Salary
USD $55,224.00/Yr.Related Jobs
Valhalla, NY
Frequently asked questions
Candidates should demonstrate proficiency in animal physiology, molecular biology, histology, imaging, and primary cell culture. Experience with in vitro and in vivo techniques for neuronal activity manipulation is highly valued, reflecting the advanced research environment at New York Medical College.
Post Doc Fellows in Valhalla often transition into academic faculty roles, research leadership positions, or industry science careers. The local biomedical research community and institutions like New York Medical College provide a solid foundation for advanced scientific career growth.
Beyond experimental work, Post Doc Fellows mentor graduate students and research assistants, participate in lab meetings, analyze data critically, and publish findings in peer-reviewed journals, fostering a collaborative and innovative research culture.
New York Medical College promotes a resourceful and independent research culture with access to advanced facilities and collaborative departmental meetings, empowering Post Doc Fellows to innovate in systemic energy homeostasis and neuromodulation studies.
This role uniquely integrates peripheral neuron research with metabolic disease focus, offering an interdisciplinary approach combining neuroscience and endocrine physiology within a supportive academic setting in Valhalla.
The annual salary ranges from $44,179 to $55,224, aligning with competitive postdoctoral compensation in biomedical research within New York state, considering local living costs and specialized expertise requirements.
Valhalla's proximity to major research hubs intensifies competition for Post Doc Fellow roles in neuroscience and endocrine physiology, necessitating strong publication records and hands-on experience with advanced in vivo and in vitro techniques.
Valhalla offers a suburban setting with manageable commute options, but fellows should consider peak traffic hours and public transit availability. The community's peaceful environment supports focused research and personal well-being.
In addition to a PhD in neuroscience or endocrine physiology, demonstrated expertise in manipulating peripheral neurons and systemic energy regulation, coupled with a proactive, independent research mindset, sets candidates apart at New York Medical College.
Research focuses on how peripheral neurons regulate glucose and lipid homeostasis, aiming to identify biological targets for diabetes and obesity interventions, positioning fellows at the forefront of metabolic neuroscience innovation.