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Process Development Cell Gene Therapy Jobs in Maine

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Process Development Cell Gene Therapy information

What is the difference between Process Development Cell Gene Therapy vs Process Development Associate?

AspectProcess Development Cell Gene TherapyProcess Development Associate
CredentialsBachelor's/Master's in Biotechnology, Molecular Biology, or related fields; experience in cell therapy preferredBachelor's/Master's in Life Sciences; entry-level to mid-level experience in bioprocessing
Work EnvironmentLaboratories focused on cell therapy manufacturing, GMP facilitiesBiotech or pharmaceutical labs, manufacturing support roles
Industry UsagePrimarily in cell and gene therapy companies, biotech firmsBroadly in biotech, pharma, and contract manufacturing organizations

The Process Development Cell Gene Therapy role specializes in developing and optimizing processes for cell-based gene therapies, often requiring specific expertise in cell culture and GMP compliance. In contrast, the Process Development Associate has a broader scope, supporting various bioprocessing activities across different products. Both roles require strong laboratory skills, but the Cell Gene Therapy position emphasizes specialized knowledge in cell therapy manufacturing.

What job categories do people searching Process Development Cell Gene Therapy jobs in Maine look for?

The top searched job categories for Process Development Cell Gene Therapy jobs in Maine are:

What cities in Maine are hiring for Process Development Cell Gene Therapy jobs?

Cities in Maine with the most Process Development Cell Gene Therapy job openings:

TEMP_NEO_please format this resume - Kasey | MainePROF

Hire Talent

Portland, ME • On-site

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Re-posted 16 days ago


Job description

Job Title

Research Associate III

Kasey Smith

smithkasey.603@gmail.com

603-620-1121

Portland, Maine

Professional Experience

Research Associate III

MaineHealth Institute for Research, Scarborough, ME

September 2024-Present

Wrote and amended laboratory SOPs and IACUC-approved protocols (controlling in-vivo experiments). Performed experiments ranging from in-vivo imaging, to tissue staining, to in-vitro assays to advance understanding of metabolic measures in bone formation and degradation. Simultaneously balanced lab management tasks including ordering and maintaining supplies, managing transgenic mouse colonies, and ensuring consistent laboratory safety and cGLP standards.

Associate Scientist II, In Vivo Pharmacology

Prime Medicine, Cambridge, MA

July 2023-August 2024

Planned and executed in-vivo PK/PD experiments to advance novel gene editing therapies from pre-clinical rodent models to successful IND filing. Worked within a small team to manage overlapping studies across diverse target areas (CNS disorders, liver disease, etc.) Maintained electronic lab notebook, ensured data integrity, and prepared figures and PowerPoints for company dissemination.

Associate Scientist

Carmine Therapeutics, Cambridge, MA

October 2022-March 2023

Designed and executed experiments to evaluate and optimize unique gene therapy delivery platform from early R&D to in-vivo rodent studies. Performed in-vivo experiments in mice including dosing and tissue collection in compliance with governing bodies. Executed in-vitro and molecular biology experiments including cell culture and transfection, immunohistochemistry, and flow cytometry maintaining appropriate safety and sterility standards. Prepared data slide decks, maintained electronic lab notebook, and analyzed data using GraphPad Prism and other applications.

Research Technician

Massachusetts Eye and Ear Infirmary, Harvard Medical School, Boston, MA

August 2020-October 2022

Laboratory of Dr. Anne Takesian Ran in-vivo behavioral and neuroimaging studies in mice, performed stereotaxic surgeries including cranial viral injections and implants of cranial windows. Collected, processed, and imaged brain tissue (episcope, confocal microscopy). Wrote and amended IACUC-approved protocols and lab SOPs. Managed and maintained a large mouse colony of transgenic strains and crosses.

Education

University of Connecticut

2020 Master of Science in Behavioral Neuroscience

2018 Bachelor of Science in Biological Sciences, Minor in Physiology & Neurobiology

Honors Program Scholar