Photo of Professor Ian Copple

Professor Ian Copple BSc (Hons), PhD, FBPhS, FHEA

Professor of Pharmacology & Toxicology Pharmacology & Therapeutics

    Research

    Research Interests

    My research group focuses on understanding mechanisms that underlie cellular stress (especially Nrf2) responses in the context of drug toxicity and disease, and exploiting this knowledge to improve our ability to treat patients in a number of settings. We have a particular interest in liver disease and drug-induced liver injury, but are open to collaboration in other areas.


    Check out all of my group's publications on PubMed and Google Scholar. Follow us on X/Twitter.


    Some of our previous achievements in the areas of Nrf2 pharmacology and toxicology include:

    # Demonstrating that pharmacological activation of Nrf2 can enhance liver regeneration following surgery - PubMed
    # Revealing the transcriptional landscape of the Nrf2 pathway in primary human hepatocytes - PubMed
    # Detailing the regulatory roles of Nrf2 in the kidney, in which Nrf2 inducers have recently emerged as novel therapeutic agents - PubMed
    # Identifying a novel interaction between Keap1 and p62/SQSTM1, which regulates the degradation of Keap1 and activity of Nrf2 - PubMed
    # Defining the chemical modification of sensor cysteine residues in Keap1 by Nrf2-activating compounds in living cells - PubMed


    Examples of our current research include:

    # Understanding the benefits and risks of modulating Nrf2 activity in different disease contexts.
    # Establishing robust means of monitoring Nrf2 activity and its therapeutic modulation in patients.
    # Determining the role of Nrf2 in drug toxicity and its value as a risk marker in the drug development process.

    Group Members

    Current group members (L-R):

    # Giusy Russomanno (Post-doc)
    # Hannah Coghlan (PhD student)
    # Rob Young (PhD student)
    # Olivia Harris (PhD student)
    # Rowena Sison-Young (Post-doc/HLRF manager)
    # Georgina Gregory (Post-doc)


    In addition, since 2013 I have been primary supervisor for:

    # 5 post-docs
    # 7 PhD students
    # 5 MRes students
    # 1 MSc student
    # +20 BSc research project students


    Example destinations of previous group members:

    # Tobias Bunday (PhD student) -> Translational Scientist, Sygnature Discovery
    # Olivia Matthews (BPS undegraduate summer student) -> PhD student, University of Ediniburgh
    # Fiona Mutter (PhD student) -> Post-doc, University of Greifswald, Germany
    # Adedamola Olayanju (Post-doc) -> Senior Scientist, Manchester BIOGEL
    # Luke Shelton (PhD student) -> Post-doc, Radboud University Medical Center, the Netherlands
    # Charles Winiarski (Post-doc) -> Business Development Manager, Manchester Inward Investment Agency

    Research Grants

    A new mechanism of redox regulation in Ser/Thr protein kinases

    BIOTECHNOLOGY & BIOLOGICAL SCIENCE RESEARCH COUNCIL

    March 2023 - February 2026

    A platform to support the pharmacological targeting of Nrf2 in humans

    MEDICAL RESEARCH COUNCIL

    January 2023 - December 2027

    Unravelling species differences in stress responses to inform the selection, and reduce the use, of animals in preclinical drug safety testing

    ASTRAZENECA LIMITED (UK)

    October 2021 - September 2025

    TransQST: Translational quantitative systems toxicology to improve the understanding of the safety of medicines

    EUROPEAN COMMISSION

    January 2017 - August 2022

    Preclinical evaluation of Nrf2 inhibition as a means to improve chemotherapeutic efficacy in patients with pancreatic cancer

    PANCREATIC CANCER RESEARCH FUND (UK)

    February 2016 - January 2020

    Mechanistic investigation and risk:benefit analysis of the use of brusatol as a novel adjuvant for overcoming cisplatin resistance in bladder cancer

    NORTH WEST CANCER RESEARCH INCORPORATING CLATTERBRIDGE CANCER RESEARCH (UK)

    February 2016 - February 2018

    Regulation of irinotecan anti-cancer pharmacology by Nrf2 – Implications for current use and potential for improved efficacy

    NORTH WEST CANCER RESEARCH FUND

    February 2014 - February 2016

    Definition of chemical and molecular mechanisms of cytotoxicity induced by next-generation synthetic endoperoxide antimalarials, through the use of novel imaging-based approaches

    ROYAL SOCIETY (CHARITABLE)

    September 2011 - October 2011

    Research Collaborations

    Prof Magnus Ingelman-Sundberg

    External: Karolinska Institute

    3D in vitro human liver models

    Dr Tom Kensler

    External: Fred Hutch Cancer Center

    Nrf2 pharmacology & biomarker discovery

    Dr Ciaran Fisher

    External: GSK

    Quantitative systems toxicology modelling of drug-induced liver injury

    Prof Carolyn Young

    External: Walton Centre

    Pharmacodynamic biomarkers of Nrf2

    Mr Steve Fenwick / Mr Hassan Malik / Mr Rob Jones / Mr Rafa Diez Neto

    External: Aintree University Hospital

    Human liver tissue and primary hepatocytes

    Prof Andy Jones

    Internal

    Computational biology of stress response pathways

    Prof Chris Goldring

    Internal

    Mechanisms and biomarkers of adverse drug reactions