MRC Toxicology Unit

Leading science for better health

Hodgkin Building
PO Box 138
Lancaster Road, Leicester
LE1 9HN, UK
SatNav Users: Using this postcode will not direct you to the correct location. Please search for Lancaster Road.

Unit Director: Professor Anne Willis
In line with the mission of MRC and the principles by which the Unit was created, the current research programmes and interprogramme facilities are focused on the understanding of the mechanisms responsible for cell dysfunction and death, which are common to disease and toxic states.

  • About Us

    MRC Toxicology Unit

    Hodgkin Building
    PO Box 138
    Lancaster Road, Leicester
    LE1 9HN (SATNAV users please use LE1 7HB),UK.
    Click for Map or Air, Bus & Train Routes

    Tel: +44 (0)116 252 5544
    Fax: +44 (0)116 252 5616

  • Research

    Director: Professor Anne Willis

    In line with the mission of MRC and the principles by which the Unit was created, the current research programmes and interprogramme facilities are focused on the understanding of the mechanisms responsible for cell dysfunction and death, which are common to disease and toxic states.

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Welcome to the MRC Toxicology Unit

The mission of the MRC Toxicology Unit is to deliver field-changing mechanistic insights into toxicology and disease. The Unit pursues an integrated scientific programme, using an unbiased systems approach to examine the effects that occur following cellular exposure to chemicals, radiation and external biological agents. This detailed analysis allows the development of new models that are better able to predict adverse drug reactions and to elucidate the molecular mechanisms of diseases that are associated with toxic exposure. The research in the Unit  impacts directly on human health, with implications for reducing adverse drug reactions, drug attrition and bring new insights leading to novel treatments for disease. The Unit  interacts closely with Industry and related stakeholders.

Specific targets

i) Obtaining a more complete understanding of system-wide responses to toxic insult.

ii) Determining how dysregulation of the cellular response to toxic injury is associated with drug resistance.

iii) Dissecting molecular pathways of toxicity that are associated with neurodegenerative disease.

iv) Identifying the mechanisms by which the toxic response can be manipulated to enhance cytotoxicity in aberrant cells.

v) Generating predictive models for Industry that will aid the design of safer drugs.

 

Research Programmes

Professor Anne Willis

Professor Anne Willis

Post-transcriptional Control of Gene Expression

Dr Martin Bushell

Dr Martin Bushell

microRNA Regulation of Gene Expression

Prof. Marion MacFarlane

Prof. Marion MacFarlane

Receptor-mediated Signalling & Cell Death

Dr L. Miguel Martins

Dr L. Miguel Martins

Cell Death Regulation

Prof. Giovanna Mallucci

Prof. Giovanna Mallucci

In vivo Models of Disease and toxicity in the Nervous System

Professor Gerry Melino

Professor Gerry Melino

Apoptosis & Cancer

 

 

 

 

 

 

Affiliated Programmes

Prof. Gerald M. Cohen

Prof. Gerald M. Cohen

Molecular Determinants of Apoptosis

Professor Ian Forsythe

Professor Ian Forsythe

Mechanisms of Neurotoxicity at the Synaptic Interface

Professor Martin Dyer

Professor Martin Dyer

Regulation of the Cytotoxic Response in Mature B-cells

Specialist Facilities

Professor Kelvin Cain

Professor Kelvin Cain

Protein Profiling Group

Dr David Dinsdale

Dr David Dinsdale

Imaging and Pathology

Dr Nick Burgoyne

Dr Nick Burgoyne

Genomics Group