Mouse Electrophysiology Research Fellow: ALS & Motor Circuits

Mouse Electrophysiology Research Fellow: ALS & Motor Circuits

Full-Time 41103 - 41103 £ / year (est.) No working from home possible
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At a Glance

  • Tasks: Conduct groundbreaking research on ALS and motor circuits using mouse models.
  • Company: UCL, a leading institution in translational neuroscience.
  • Benefits: Starting salary of £41,103 plus additional benefits.
  • Other info: Opportunity to publish and advance your career in a prestigious research group.
  • Why this job: Join a dynamic team and contribute to impactful neuroscience research.
  • Qualifications: PhD in a related field and experience with patch clamp recordings.

The predicted salary is between 41103 - 41103 £ per year.

UCL is seeking a Research Fellow in the Nascimento Research Group, focusing on translational neuroscience and spinal motor circuit neurophysiology. You will study neuromuscular pathophysiology using mouse models of ALS and employ extensive electrophysiological techniques.

Candidates must have a PhD in a related discipline and experience with patch clamp recordings and data analysis. A good publication record is advantageous.

The starting salary is £41,103 per annum, with additional benefits available.

Mouse Electrophysiology Research Fellow: ALS & Motor Circuits employer: UCL

UCL is an exceptional employer, offering a vibrant research environment that fosters innovation and collaboration in the field of neuroscience. With a strong commitment to employee development, you will have access to numerous growth opportunities, cutting-edge resources, and a supportive work culture that values diversity and inclusion. Located in the heart of London, UCL provides a unique advantage with its extensive network and partnerships, making it an ideal place for those seeking meaningful and impactful research careers.

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Contact Details:

UCL Recruitment Team

We think you need these skills to ace Mouse Electrophysiology Research Fellow: ALS & Motor Circuits

Electrophysiological Techniques
Patch Clamp Recordings
Data Analysis
Translational Neuroscience
Neuromuscular Pathophysiology
Mouse Models of ALS
Research Skills