Early-Career Scientist: Cell Biology & Drug Discovery

Early-Career Scientist: Cell Biology & Drug Discovery

Full-Time 49500 - 60500 $ / year (est.) On-site
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At a Glance

  • Tasks: Gain hands-on lab experience and support exciting drug discovery projects.
  • Company: Momentous Therapeutics, a cutting-edge biotech firm in Cambridge.
  • Benefits: Opportunity to learn, grow, and contribute to impactful research.
  • Other info: Join a dynamic team with a focus on innovation and collaboration.
  • Why this job: Kickstart your career in science while making a difference in healthcare.
  • Qualifications: Enthusiasm for cell biology and a desire to learn in a lab setting.

The predicted salary is between 49500 - 60500 $ per year.

Momentous Therapeutics, a Cambridge-based biotechnology company, is seeking an enthusiastic early career scientist to gain hands-on experience in a laboratory environment and build a strong practical foundation in drug discovery.

You will contribute to day-to-day activities in our R&D labs, support assay development, and develop skills in cell biology, DNA production, protein purification and recombinant protein expression in mammalian and bacterial systems.

UK right to work required.

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Early-Career Scientist: Cell Biology & Drug Discovery employer: ONE NUCLEUS

The Babraham Institute is an exceptional employer, offering a dynamic work environment where innovation meets collaboration. As a charity dedicated to advancing life sciences, employees benefit from a culture that prioritises professional growth and impactful research, all while being part of a community that values wellbeing and knowledge exchange. Located in a vibrant research hub, the Institute provides unique opportunities to engage with industry leaders and contribute to meaningful projects that enhance lives.

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Contact Details:

ONE NUCLEUS Recruitment Team

We think you need these skills to ace Early-Career Scientist: Cell Biology & Drug Discovery

Laboratory Skills
Assay Development
Cell Biology
DNA Production
Protein Purification
Recombinant Protein Expression
Mammalian Systems