Scientist

Key Responsibilities

• Design and optimize research with aims of exploring next generation cell therapies using in-vivo CAR-T.
• Contribute to project creation and formation through dissection of published literature to find novel solutions to in-vivo cell therapy problems.
• Isolate immune cells from leukopak or blood of healthy donors or patients and execute the evaluation of in-vivo CAR virus using a battery of in-vitro assays and in-vivo mice models.
• Treat solid tumor research requiring cell biology techniques including cell culture, transfection, FACS, and cell-based functional assays.
• Packaging and titrating engineered viruses to infect immune cells in vitro and in vivo; characterizing virus particles with protein and PCR based assays; measuring transduction rate using flow and VCN analysis.
• Generate, manage, evaluate, and maintain critical data in a highly organized manner, including the use of ELN.
• Deliver results to meet timelines with accountability through presentations to a wide range of audiences of internal group meetings and other forums.
• Maintain compliance with GLP and EHS protocols.

Requirements

• PhD in Immunology or related discipline.
• 2 years of experience in the field of cell and gene therapy, in vivo CAR-T experience preferred.
• Extensive experience in immune cell-based analytics and assay development including but not limited to advanced multi-parameter flow-cytometry, immunogenicity assay such as cytotoxicity assay, cytokine release ELISA/MSD multiplex assays.
• Experience with lentivirus particle characterization and quantification using molecular (VCN) and flow-based assays.
• Experience with solid tumor models and in vivo cell-specific gene delivery is a plus.
• Track record of productivity is evidenced by publications or patents.
• Be able to work independently to plan and timely execute research projects.
• Deep knowledge of immunology and immunotherapy; a deep understanding of solid tumor models is preferred.
• Strong experience with lentivirus production, tittering and transduction.
• Working molecular biology and cellular biology knowledge in design and evaluation of modified viral vectors.
• Strong multitasking, problem-solving and collaborative skills.
• Excellent verbal and written communication skills.