Amy Foster

Lecturer in BSc (Hons) Medical Biology at Burnley College University Courses. PhD in Cardiac Physiology

Manchester Area, United Kingdom

About

I am module lead on physiology and anatomy modules for BSc(Hons) Medical Biology at Burnley College University Courses (awarded by the University of Greater Manchester). Prior to this I joined Gentronix in August 2023 as a Scientist II conducting toxicology studies to GLP standard and received a promotion to Senior Scientist in July 2025. I completed my PhD in April 2023 within Dr David Greensmith’s lab at the University of Salford in cardiac physiology. My PhD work focused on the role of anthracyclines on oxidative stress and ion channel activity in cardiac myocytes. This work was funded by Kidscan as part of their long term goal to improve treatments for children with cancer. My interest in cardiovascular research remains.

Experience

  • Lecturer in BSc(Hons) Medical Biology at Burnley College
    Dec 2025 - Present · 7 mos

  • Gentronix, Part of Scantox Group (2 yrs 5 mos)
    • Senior Scientist
      Jul 2025 - Dec 2025 · 6 mos

    • Study Investigator
      Aug 2023 - Dec 2025 · 2 yrs 5 mos

  • The University of Salford (4 yrs 3 mos)
    • Research Assistant
      Jan 2023 - Aug 2023 · 8 mos

    • PhD Student
      Sep 2019 - Aug 2023 · 4 yrs

      Investigating the cellular basis of anthracycline-induced cardiac toxicity. Interested in how excitation-contraction coupling may be altered in cardiomyocytes due to anti-cancer drugs. Through this role I developed techniques relating to electrophysiology and primary cell isolation. I also co-supervised and mentored undergraduate placement students.

    • Hourly Paid Academic
      Sep 2022 - Jan 2023 · 5 mos

      Delivered lectures and laboratory classes for level 5 students in animal physiology and human system physiology modules.

  • Sales Advisor at New Look
    Mar 2019 - Aug 2019 · 6 mos

  • Placement student- research at The University of Salford funded by Kidscan Children's Cancer Research
    Sep 2017 - Aug 2018 · 1 yr

    My project involved investigating heterogeneity within medulloblastoma, specifically in response to vincristine treatment. Cell viability experiments and live cell microscopy were used allowing the ability to create cell fate profiles with a focus on resistance. I was fortunate enough to develop this research at the Diamond Light Source in Oxfordshire which is the UK’s national synchrotron.