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Associate Scientist – Next Generation Sequencing
Company | Takeda |
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Location | Boston, MA, USA |
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Salary | $96600 – $151800 |
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Type | Full-Time |
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Degrees | Bachelor’s, Master’s |
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Experience Level | Mid Level, Senior |
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Requirements
- MS with 3+ years and BS with 5+ years experience.
- A previous experience with building NGS libraries to deeply mine the antibody repertoires sequences is required.
- A strong background in molecular biology and able to work with RNA/DNA/Plasmids or cells as the starting material.
- Previous experience generating high quality NGS library as established by rigorous PCR condition optimization, QC process and troubleshooting.
- Experience performing DNA fragment purification using Blue Pippin and analyze the size using Tape Station 4200. Library quantification using qubit flex and qPCR.
- Knowledge of MiSeq/Nextseq sequencing operation and maintenance.
Responsibilities
- Generation of NGS library (RNAseq, amplicon), from single cell platform (10X, Rhapsody, Parse Bioscience, PIPseq, plate-based) or bulk B cells, perform library QC, library quantification and running/operating Miseq/Nextseq.
- Use molecular biology laboratory best practices for RNA isolation, cDNA synthesis, PCR amplification, SPRI bead based clean up and fragment analysis.
- Serve as a subject matter expert for library generation and work with a broad enterprise mindset.
- Strategize best workflow and design NGS primers to utilize NGS sequencing tools.
- Ability to manage several competing high priority project simultaneously.
- Document laboratory work using electronic laboratory notebook and follow the previously established protocol.
- Lead and evaluate the emerging single cell library generation and DNA sequencing platforms.
- Optimize, improve and troubleshoot NGS related workflows to get better sequencing data.
- Work independently with efficiency, agility, speed and collaborate to thrive in a high pace, high impact team environment.
Preferred Qualifications
- Excellent knowledge of details on the platform source of antibodies, repertoires (e.g. transgenic mice/display platforms; immune or naive repertoires) and their nuances is highly desirable.