Research Scientist Position: Mammalian Biologist

Job Code: MB-MMB-001

 

We are seeking a full-time Mammalian Biologist to carry out in-vivo and ex vivo assays in human cells. You will use the latest molecular biology, protein biochemistry, and -omics analysis techniques. The ideal candidate is obsessed with the question of how to best in developing various cell-based assays. This is a unique opportunity to work at a nimble, forward-thinking microbiome startup and help build the foundation for microbiome as therapeutics.

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Job responsibilities:

• Design, plan, execute and analyze complex in vivo and ex vivo assays to evaluate inflammatory pathways in human systems and mouse models 

• Use established techniques and develop new methods to culture mammalian cells ex vivo 

• Review current literature and contribute novel ideas to guide the pre-clinical development of novel microbiome-based products 

• Document work in notebooks and technical reports 

• Prepare presentations for internal meetings 

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Candidate Must: 

• Possess excellent oral and written communication skills 

• Contribute effectively in a cross-functional role and serve as a subject-matter expert

• Demonstrate ability to work independently and as part of a team consisting of a diverse group of science professionals 

• Work well within a fast-paced, dynamic, and team-oriented start-up environment 

• Possess excellent organizational, interpersonal and problem-solving skills 

• Demonstrated skills in laboratory techniques

• Knowledge of safe laboratory practices, including the proper procedures in handling chemicals and samples

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 Qualifications: 

• Ph.D. in Molecular Biology, Microbiology or Cell Biology required 

• Ideally 2 to 5 years of hands-on post-doc experience 

• Strong background in mammalian cell line and in-vivo and ex vivo assays

• Skilled in ex vivo and in-vitro assays involving cell culture systems, cytokine profiling, Western Blot, qPCR, and Imaging 

• Experience in small animal handling preferred

• Additional experience with molecular biology techniques such as DNA/RNA isolation, PCR, and mammalian cell transfection/transduction strongly preferred