Dr Lisa Russell

Newcastle University

Biography

Current Position

Aug 2020 – present: Lecturer in Haemato-oncology, Newcastle University 

Previous positions

Aug 2015-July 2020: Newcastle University Research Fellow, Newcastle University

June 2015-June 2018: John Goldman Fellow, Leuka, Newcastle University

Feb 2001-Aug 2015: Kay Kendall Leukaemia Fund Intermediate Research Fellow, Newcastle University

April 2008- Feb 2011: Research Associate, Newcastle University

December 2006-March 2008: Postdoctoral Scientist, University of Southampton

April 2008-January 2011: Research Associate, Newcastle University 

Kidscan Funded Research Project

More About Dr Russell

Memberships

British Society of Haematology since 2008 

Manuscript/Grant Peer Review

Journals: Blood, British Journal of Haematology, Leukaemia, Clinical Epigenetics and Haematologica

Funding bodies: MRC, Cure Kids, Wellcome Trust Indian Alliance Fellowship Scheme. 

Boards and Committees

Editorial Board Member for Scientific Reports, a journal from Nature Publishing Group since February 2015

Newcastle University Research Career Development Group

NICR Teaching and Training Committee

Co-lead for the Newcastle University Centre for Cancer Fellowship and Grants Committee 

Research Interests

The characterisation of genomic abnormalities that drive the development of haematological malignancies has progressed significantly over the past 40 years. One major advance has been the link between genetic abnormalities and outcome. My research has provided two such examples highlighting that rearrangements involving the immunoglobulin loci (Ig) and the cytokine receptor CRLF2 are associated with a poor outcome. These findings have led to treatment changes within the United States and are currently being used to inform the next paediatric and adult ALL treatment trials within the UK. 

I am known within the field of leukaemia research for characterising novel and recurrent translocations involving the Ig loci. My future research goals are to increase the molecular understanding of both CRLF2 and Ig driven malignancies.

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