Seema Bansal, Ph. D

Seema Bansal, Ph. D Email and Phone Number

Cell & Gene Therapy CMC @ Bristol Myers Squibb
Seema Bansal, Ph. D's Location
Kennett Square, Pennsylvania, United States, United States
Seema Bansal, Ph. D's Contact Details

Seema Bansal, Ph. D work email

Seema Bansal, Ph. D personal email

About Seema Bansal, Ph. D

Versatile, highly motivated, creative CMC-Strategist in multi-disciplinary research including analytical development of multiple therapeutic modalities including Mabs, vaccine, peptide conjugates and LVV based CAR-T cell therapies. Innovative problem solver with a diverse range of academic and industrial research experience with special focus on oncology, biochemistry, molecular and cellular biology. Proven excellence in collaborative projects as a leader and team player along with great organizational, and time management skills. Excellent communicator, enthusiastic instructor, and capable performer in a fast paced, result oriented GMP environment. Specialization:Proficient in method development, characterization, assay qualification, validation, analytical method transfers from early to late phase large molecule in compliance with established SOPs, procedures and regulatory requirements. CMC representative for Mabs, Lenti-viral based CAR-T cell therapies for effectively managing timelines and multiple projects from early to late stage to commercial and post commercial, contributing to project team and collaborating with colleagues on a global level. Leading analytical strategy for LVV based CAR-T cell therapies for ABECMA including LCM. Analytical minded scientist with a strong background in understanding FDA, and other regulatory CMC requirements through all phases of development, and life-cycle of drug products. Written several manuscripts and published in peer reviewed journals. Mentored junior colleagues and successfully trained graduate students.

Seema Bansal, Ph. D's Current Company Details
Bristol Myers Squibb

Bristol Myers Squibb

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Cell & Gene Therapy CMC
Seema Bansal, Ph. D Work Experience Details
  • Bristol Myers Squibb
    Scientific Director, Cell Therapy Analytical Development, Ctd
    Bristol Myers Squibb Oct 2023 - Present
    Lawrence Township, Nj, Us
    -Lead vector analytical control strategy from development to commercialization throughout life cycle management for a CAR-T program to enhance vector supply. -Support regulatory authority filings across multiple jurisdictions to enable successful launch and patient access through authoring and review.-Lead cross-company, multi-alliance, internal/external technical strategy to drive scientific engagement, troubleshoot technical challenges, and develop mitigation plans. - Continue to learn managing CMC deliverables across multiple assets and keep building understanding of integrated control strategy from vector to drug product to clinical data.-Manage vector portfolio including LVV, AAV in analytical development from early clinical through pivotal and registration
  • Bristol Myers Squibb
    Associate Scientific Director, Gene Delivery Process And Analytical Development, Cto
    Bristol Myers Squibb Sep 2021 - Oct 2023
    Lawrence Township, Nj, Us
  • Bristol Myers Squibb
    Senior Principal Scientist, Analytical Development Org, Cell Therapy Development & Operations
    Bristol Myers Squibb Sep 2020 - Sep 2021
    Lawrence Township, Nj, Us
  • The Janssen Pharmaceutical Companies Of Johnson & Johnson
    Scientist
    The Janssen Pharmaceutical Companies Of Johnson & Johnson Jul 2016 - Sep 2020
    Raritan, New Jersey, Us
  • Eurofins
    Scientist Iii
    Eurofins Jun 2015 - Jul 2016
    Luxembourg, Luxembourg, Lu
  • University Of Pennsylvania
    Research Associate
    University Of Pennsylvania Feb 2012 - Nov 2013
    Philadelphia, Pa, Us
    Research focus:The study of the functional role of CYP 450s:• In causing alcohol mediated toxicity and mitochondrial dysfunction leading to hepatocarcinogenesis • Consequences of genetic polymorphism in inducing alcohol toxicity in human alcoholic patients• Cultured mouse Embryonic stem cells to target CYP 2E1 gene for generating Knock-in mice• Role of mitochondrial autophagy in cellular stress
  • University Of Pennsylvania
    Post Doctoral Researcher
    University Of Pennsylvania Feb 2007 - Feb 2012
    Philadelphia, Pa, Us
    Studied the molecular mechanism of dual targeting of cytochrome P450s and mitochondrial dysfunction. Further study involved deciphering the physiological and toxicological consequences leading to lung carcinogenesis in mouse model orally fed with smoke carcinogen benzo[a]pyrene. • Engineered lenti-viral and retro-viral expression systems to overexpress recombinant proteins in mammalian cells and generation of stable cells.• Described role of the CYP2E1 in alcohol induced mitochondrial stress and CYP 1B1 in DNA damage using cell culture and animal models. Established an invitro assay for benzopyrene hydroxylation.• Assessment of cells viability, cytotoxicity, apoptosis and proliferation using Trypan Blue staining, FDA-PI staining, LDH assays, TUNEL assay, MTT assay.
  • Delhi University
    Ph.D
    Delhi University Aug 2002 - Feb 2007
    Delhi, Delhi, In
    Senior Research Fellow, Participated in an Indian Council Medical Research funded proposal on “Studies on Acetoxy Drug: Protein Transacetylase of Human Placenta with special reference to the role in modulating steroid synthesis to develop potential therapeutic agents against breast and Prostate cancer” while pursuing Graduate studies.Copmpleted thesis entitled" “Studies on the characterization and establishment of human placental acetoxy drug: protein transacetylase as calreticulin transacetylase”.• Decipehered the role of acetoxy drug protein transacetylase in inducing breast cancer and regulation of calcium homeostasis • Purified Calreticulin transacetylase from human placenta and recombinant protein to homogeneity using column chromatography..• Generation of recombinant plasmid DNA through molecular cloning method including primers designation, digestions, ligation, chemical transformation/electroporation of plasmid DNA.
  • Sriram Toxicology Institute
    Trainee
    Sriram Toxicology Institute May 2002 - Aug 2002
    Worked in Toxicology and Pathology department.

Seema Bansal, Ph. D Skills

Cell Culture Cell Biochemistry Western Blotting Cell Biology Molecular Cloning Protein Expression Protein Chemistry Rt Pcr Molecular Biology Tissue Culture Protein Purification Animal Models Pcr Qpcr Dna Science Elisa Confocal Microscopy Sds Page Uv/vis Drug Discovery Cancer Purification Fluorescence Immunology Dna Extraction Research Lifesciences Immunohistochemistry Signal Transduction In Vitro Genetics Fluorescence Microscopy Graphpad Prism Recombinant Dna Technology Laboratory Primer Design Transfection Immunofluorescence Gel Electrophoresis Microbiology Medicinal Chemistry Toxicology Flow Cytometry Immunoprecipitation Uv Vis Cell Based Assays Life Sciences In Vitro Toxicology

Seema Bansal, Ph. D Education Details

  • Delhi University
    Delhi University
    Agrochemicals And Pest Management
  • Vallabhbhai Patel Chest Institute, University Of Delhi
    Vallabhbhai Patel Chest Institute, University Of Delhi
    Biochemistry And Molecular Biology
  • Delhi University
    Delhi University
    Botany; Zoology; Chemistry
  • The Lawrence Public School
    The Lawrence Public School
    12Th

Frequently Asked Questions about Seema Bansal, Ph. D

What company does Seema Bansal, Ph. D work for?

Seema Bansal, Ph. D works for Bristol Myers Squibb

What is Seema Bansal, Ph. D's role at the current company?

Seema Bansal, Ph. D's current role is Cell & Gene Therapy CMC.

What is Seema Bansal, Ph. D's email address?

Seema Bansal, Ph. D's email address is se****@****ail.com

What schools did Seema Bansal, Ph. D attend?

Seema Bansal, Ph. D attended Delhi University, Vallabhbhai Patel Chest Institute, University Of Delhi, Delhi University, The Lawrence Public School.

What skills is Seema Bansal, Ph. D known for?

Seema Bansal, Ph. D has skills like Cell Culture, Cell, Biochemistry, Western Blotting, Cell Biology, Molecular Cloning, Protein Expression, Protein Chemistry, Rt Pcr, Molecular Biology, Tissue Culture, Protein Purification.

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