Gwyneth Torrecampo

PhD Student at University of Washington | Molecular & Cellular Biology

Seattle, Washington, United States

About

Experience

  • PHD Student at University of Washington
    Sep 2025 - Present · 11 mos

  • Broad Institute of MIT and Harvard (4 yrs)
    • Visiting Scientist
      Aug 2025 - Present · 1 yr

    • Research Associate
      Aug 2022 - Aug 2025 · 3 yrs 1 mo

      •Produced ATAC and cDNA libraries from diverse cell and tissue types for a major genome function mapping effort of the NHGRI's Impact of Genomic Variation on Function (IGVF) Consortium through SHARE-seq and 10X Multiome •Developed a new version of SHARE-seq for increased capture of non-coding RNAs •Led ATAC-seq data production and analysis for a collaborator investigating multiple myeloma immune evasion •Co-established and co-led a multi-community biweekly journal club for early career researchers •Trained high school students and fellow research associates on various lab techniques such as RNA extraction and SHARE-seq •Managed the Gene Regulation Observatory (GRO)’s liquid nitrogen supply and assisted with other lab upkeep duties such as censusing and cleaning freezers

  • Imerman Angels (1 yr 2 mos)
    • Outreach Intern
      Sep 2021 - Jul 2022 · 11 mos

      Performed targeted outreach to find and recruit survivors of rare cancer diseases to be mentors for cancer patients and/or caregivers who are seeking support. This was critical as we had a shortage, or in some cases an outright lack, of mentors for rare cancers and cancers with poor prognosis.

    • Bilingual Cancer Intake and Support Intern
      Jun 2021 - Sep 2021 · 4 mos

      Provided one-on-one support to cancer patients, survivors, and caregivers seeking to be part of the free cancer mentorship program offered by Imerman Angels, either as a mentee or a mentor. The goal of this program is to match mentees (Support Seekers) with mentors (Mentor Angels) who have a similar cancer and life story.

  • Undergraduate Student Researcher at Coller Lab at UCLA
    Sep 2021 - Jun 2022 · 10 mos

    Studied gene regulatory factors - particularly histone modifications and transcription factors- involved in cellular quiescence using techniques such as chromatin enrichment for proteomics (ChEP) and immunofluorescence, and drug time course experiments.