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(Senior) Research Associateβin vivo assays
Full Time
New York City, New York, United States (This job is on-site)
Job description
York City!
This company engineers synthetic regulatory elements that solve expression issues for therapeutic nucleic acids (gene therapy, gene editing, mRNA). This technology is critical for genetic medicine to address vastly more conditions. To do that, we work at the interface of genomics, machine learning, and synthetic biology. If you share our enthusiasm with working on a fascinating problem at the intersection of synthetic biology and machine learning, that will significantly impact millions of patients, come join us!
Role
- Your primary responsibility is to manage mouse colonies (incl. euthanasia, genotyping), perform systemic (e.g., retro-orbital) and in situ injections, collect and process multiple organs and tissues (including DNA/RNA extraction)
- Perform a variety of molecular and cell biology work, including molecular cloning, PCR, plasmid preps, sequencing library preps, cell culture, and transfection
- General lab support, including preparation of media, buffers, and plates, operating the autoclave, cleaning glassware, keeping track of common consumables, and keeping accurate lab records
- Bachelorβs degree in life sciences or related field
- 2+ years of work experience as a research associate in a biology lab, working with mice and with molecular and cell biology techniques. (Senior level: 5+ years)
- Must be able to travel between multiple lab sites (Kips Bay and SoHo)
- Demonstrated ability to work independently and communicate effectively.
- Ability/desire to work in a small startup environment, including the ability to quickly learn new skills, creatively solve problems, work in a rapidly changing environment, and function as a team player.
- Experience with any of
- histology, including sectioning, fixation, immunofluorescence, FISH, and/or IHC.
- stereotaxic injection into the brain
- AAV gene therapy
- high-throughput genomics (scRNA-seq, ATAC-seq)
- single cell methods, including tissue dissociation protocols
- large DNA libraries