Rachel Truitt

Rachel Truitt Email and Phone Number

Scientist - Tissue Systems, Cell Production and Process Development, Organ Manufacturing Group @ United Therapeutics Corporation
Manchester, NH, US
Rachel Truitt's Location
Manchester, New Hampshire, United States, United States
About Rachel Truitt

I am a detail oriented biomedical research scientist with a strong background in stem cell engineering and flow cytometry leading to successful development and implementation of SOPs for induced pluripotent stem cell (iPSC) generation and differentiation into several cell lineages.Effective team player and builder of several collaborations that have resulted in 5 publications in COVID-19 and cardiomyocyte biology research fields.Flexible contributor that consistently transitions into new projects and assume accountability to meet tight deadlines. I completed my doctoral work at the University of Pennsylvania School of Engineering and Applied Sciences and spent almost 5 years working as a scientist in Penn's iPSC Core Facility. I then transitioned into industry, taking up a scientist role in the iPSC Biology group at Century Therapeutics in Philadelphia. I currently serve as the lead scientist for iPSC reprogramming in the Cell Production team at Organ Manufacturing Group at United Therapeutics Corporation.

Rachel Truitt's Current Company Details
United Therapeutics Corporation

United Therapeutics Corporation

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Scientist - Tissue Systems, Cell Production and Process Development, Organ Manufacturing Group
Manchester, NH, US
Website:
unither.com
Employees:
1338
Rachel Truitt Work Experience Details
  • United Therapeutics Corporation
    Scientist - Tissue Systems, Cell Production And Process Development, Organ Manufacturing Group
    United Therapeutics Corporation
    Manchester, Nh, Us
  • United Therapeutics Corporation
    Senior Scientist- Cell Production & Process Development, Organ Manufacturing Group
    United Therapeutics Corporation Mar 2024 - Present
    Silver Spring, Maryland, Us
  • United Therapeutics Corporation
    Scientist - Cell Production And R&D, Organ Manufacturing Group
    United Therapeutics Corporation Mar 2023 - Mar 2024
    Silver Spring, Maryland, Us
    Lead scientist for iPSC Reprogramming efforts at Organ Manufacturing Group-Feeder-free derivation of iPSCs from blood with ultimate goal of developing a GMP compliant processAdditionally, involved in efforts to generate iPSC-derived endothelial cells within the Cell Production team
  • Century Therapeutics, Inc
    Scientist, Ipsc Biology - R&D
    Century Therapeutics, Inc May 2022 - Jan 2023
    Philadelphia, Pennsylvania, Us
    Key Responsibilities:Differentiation of iPSCs into hematopoietic progenitor cells (HPCs) and continued differentiation into NK and gamma delta T-cellsPhenotyping said cells with flow cytometry (up to 15 colors with BD Symphony A3) Lentiviral transduction of HPCs to deliver CAR constructs and subsequent differentiation into NK cells**Position eliminated due to strategy changes to extend cash runway**
  • University Of Pennsylvania
    Research Specialist C/D At Ipsc Core Facility
    University Of Pennsylvania Jun 2017 - May 2022
    Philadelphia, Pa, Us
    Director/Supervisor: Wenli Yang, PhDResponsibilities:Maintenance of multiple iPSC lines (feeder-free and feeder-dependent)Establish SOPs for differentiation of iPSCs into cardiomyocytes, hepatocytes, pancreatic beta cells, and endothelial cellsReprogramming human blood into iPSCs with sendai virusMaintain organoid cultures of iPSC-derived lung alveolar type 2 cells for COVID-19 related researchFlow Cytometry and FACS with BD Accuri C6 and Cytoflex S flow cytometersfor cell lineage markers (2 colors)Magnetic Sorting (MACS) of endothelial differentiationsCRISPR Cas9 editing of iPSCs (Knock-In and Knockouts) using RNP for reporter line generation and disease modeling
  • University Of Pennsylvania
    Graduate Research Assistant
    University Of Pennsylvania May 2015 - Apr 2017
    Philadelphia, Pa, Us
    Bioengineering Department (School of Engineering and Applied Science)Penn Cardiovascular Institute (Perelman School of Medicine)Advisor: Kenneth B. Margulies, MDResearch Description: • Utilizing an in-vitro, high-throughput, microfabricated tissue array model to generate cardiacmicrotissues derived from neonatal rat heart isolates as well as human derived sources (iPS-CM) • Using this model to access the cardiotoxicity of chemotherapy agents and examine how these responses are affected by changes in mechanical loading.
  • University Of Pennsylvania
    Nsf Graduate Research Fellow
    University Of Pennsylvania Apr 2012 - Apr 2015
    Philadelphia, Pa, Us
    Lab: Ken Margulies Lab, Penn Medicine
  • University Of Pennsylvania
    American Heart Association Predoctoral Fellow
    University Of Pennsylvania Apr 2011 - Apr 2012
    Philadelphia, Pa, Us
    Project: Using engineered cardiac microtissues to dissect the effect of ECM stiffness on cardiomyocyte differentiation and maturation
  • Johns Hopkins University
    Undergraduate Researcher In Stem Cell Engineering
    Johns Hopkins University Aug 2007 - May 2010
    Baltimore, Md, Us
    Department of Chemical and Biomolecular EngineeringPrincipal Investigator: Sharon Gerecht, PhDResearched the effects of hypoxia on proliferation and vascular differentiation of human embryonic and endothelial stem cells as well as influence of oxygen on angiogenesis kinetics of endothelial cells.
  • Johns Hopkins University
    Grader
    Johns Hopkins University Jan 2010 - Apr 2010
    Baltimore, Md, Us
    Homework grader for Chemical and Biological Separations course for Chemical and Biomolecular Engineering department.
  • Johns Hopkins University
    Grader
    Johns Hopkins University Jan 2009 - May 2009
    Baltimore, Md, Us
    Homework grader for Thermodynamics course in Chemical and Biomolecular Engineering department

Rachel Truitt Skills

Tissue Engineering Bioengineering Molecular Biology Cell Culture Fluorescence Microscopy Research Tissue Culture Biomaterials Mammalian Cell Culture Stem Cells Cell Western Blotting Cell Biology Matlab Rna Isolation Pcr Qpcr Biochemistry Immunocytochemistry Stem Cell Research Real Time Pcr Polymerase Chain Reaction Facs Pluripotent Stem Cell Culture Flow Cytometry Microscopy Dna Extraction Regenerative Medicine Cell Viability Assays Embryonic Stem Cells Ipsc Crispr Gene Editing R Ips

Rachel Truitt Education Details

  • University Of Pennsylvania
    University Of Pennsylvania
    Bioengineering
  • The Johns Hopkins University
    The Johns Hopkins University
    Chemical And Biomolecular Engineering

Frequently Asked Questions about Rachel Truitt

What company does Rachel Truitt work for?

Rachel Truitt works for United Therapeutics Corporation

What is Rachel Truitt's role at the current company?

Rachel Truitt's current role is Scientist - Tissue Systems, Cell Production and Process Development, Organ Manufacturing Group.

What is Rachel Truitt's email address?

Rachel Truitt's email address is rt****@****enn.edu

What is Rachel Truitt's direct phone number?

Rachel Truitt's direct phone number is +161063*****

What schools did Rachel Truitt attend?

Rachel Truitt attended University Of Pennsylvania, The Johns Hopkins University.

What are some of Rachel Truitt's interests?

Rachel Truitt has interest in Collecting Antiques, Exercise, Home Improvement, Collecting Art, Shooting, Reading, Sports, The Arts, Ultimate Frisbee, Home Decoration.

What skills is Rachel Truitt known for?

Rachel Truitt has skills like Tissue Engineering, Bioengineering, Molecular Biology, Cell Culture, Fluorescence Microscopy, Research, Tissue Culture, Biomaterials, Mammalian Cell Culture, Stem Cells, Cell, Western Blotting.

Who are Rachel Truitt's colleagues?

Rachel Truitt's colleagues are Tracy Kuper, Stanley Scott Carpenter, J.d., Esq., Rac, Melissa Steinitz, Patrick Reed, Gary Pinkney, Mary Karlin Ward, Derek Solum, Phd.

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