RBTT-06. TESSA JOWELL BRAIN MATRIX STUDY: A BRITISH FEASIBILITY STUDY OF MOLECULAR STRATIFICATION AND TARGETED THERAPY TO OPTIMIZE THE CLINICAL MANAGEMENT OF PATIENTS WITH GLIOMA (2024)

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Volume 21 Issue Supplement_6 November 2019

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Colin Watts

University of Birmingham

, Birmingham,

United Kingdom

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John Apps

University of Birmingham

, Birmingham,

United Kingdom

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Olaf Ansorg

University of Oxford

, Oxford,

United Kingdom

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Josh Savage

Birmingham Cancer CTU

, Birmingham,

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Richard Fox

Birmingham Cancer CTU

, Birmingham,

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Anthony Chalmers

University of Glasgow

, Glasgow, Scotland,

United Kingdom

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Susan C Short

Leeds Institute of Medical Research at St James’s

, Wellcome Trust Brenner Building, St. James’s University Hospital, Leeds, United Kingdom, Leeds,

United Kingdom

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Adam Waldman

University of Edinburgh

, Edinburgh,

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David Capper

Charite Hospital

, Berlin,

Germany

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Darren Hargrave

Great Ormond Street Hospital

, London,

United Kingdom

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Paul Brennan

University of Birmingham

, Edinburgh,

United Kingdom

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Stuart Smith

Nottingham University

, Nottingham,

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Keyoumars Ashkan

Kings College Hospital

, London,

United Kingdom

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Victoria Wykes

University of Birmingham

, Birmingham,

United Kingdom

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Kathreena Kurian

Bristol University

, Bristol,

United Kingdom

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Mariam Jamal-Hanjani

University College

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Charles Swanton

CRICK

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Peter Buckle

Birmingham CTU

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Helen Bulbeck

Braintrust

, Cowes, Isles of Wight, England,

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Lucy F Stead

Leeds Institute of Medical Research at St James’s

, Wellcome Trust Brenner Building, St. James’s University Hospital, Leeds, United Kingdom, Leeds,

United Kingdom

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Igor Vivanco

Insitute of Cancer Research

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Sarah Bowden

Birmingham Cancer CTU

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Neuro-Oncology, Volume 21, Issue Supplement_6, November 2019, Pages vi219–vi220, https://doi.org/10.1093/neuonc/noz175.918

Published:

11 November 2019

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    Colin Watts, John Apps, Olaf Ansorg, Josh Savage, Richard Fox, Anthony Chalmers, Susan C Short, Gerard Thompson, Adam Waldman, David Capper, Darren Hargrave, Paul Brennan, Stuart Smith, Keyoumars Ashkan, Victoria Wykes, Kathreena Kurian, Mariam Jamal-Hanjani, Charles Swanton, Peter Buckle, Helen Bulbeck, Lucy F Stead, Igor Vivanco, Sarah Bowden, RBTT-06. TESSA JOWELL BRAIN MATRIX STUDY: A BRITISH FEASIBILITY STUDY OF MOLECULAR STRATIFICATION AND TARGETED THERAPY TO OPTIMIZE THE CLINICAL MANAGEMENT OF PATIENTS WITH GLIOMA, Neuro-Oncology, Volume 21, Issue Supplement_6, November 2019, Pages vi219–vi220, https://doi.org/10.1093/neuonc/noz175.918

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Abstract

In 2016 there were 5250 brain cancer deaths in the UK. Standard treatment is surgical resection followed by chemo-radiotherapy. In most cases of diffuse glioma, complete tumour resection is not feasible. Many chemotherapy drugs have untested penetration through the blood brain barrier, potentially leading to sub-therapeutic concentrations in the tumour. There is need to refine current treatment strategies in relation to the understanding of tumour biology, and rapidly introduce and evaluate novel therapeutic approaches and agents through delivering rigorous clinical trials. The TESSA JOWELL BRAIN MATRIX Study will evaluate the feasibility of delivering precision medicine for brain cancer patients within the NHS. A multicentre, platform feasibility study of 1200 patients with diffuse glioma will build on the 100,000 genome project to develop and evaluate an infrastructure to collect and integrate: 1) real time comprehensive integrated molecular analysis, including whole genome sequencing and epigenetic classification; 2) serial sampling and annotation of tumours; 3) collection of matched clinical data; 4) assessment of patient quality of life; 5) centralised radiological review and response assessment as per RANO criteria. Once developed this will allow rapid introduction of therapeutic trials to specific patient groups. Secondary objectives include: understanding the association between extent of resection and molecular stratification to refine the role of surgery; optimisation and harmonisation of protocols to best collect, manage and store tissue, clinical data, and radiological images in order to provide a resource for researchers, both within and outside of the study. Improve patient recruitment by identifying and removing recruitment barriers and improve the information and consent processes for patients. Promote the development of a national network with expertise in brain cancer. Enrolment of the first patient is expected in late 2019. For further information, please contact the Brain Matrix Trial Office BrainMatrix@trials.bham.ac.uk.

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This article is published and distributed under the terms of the Oxford University Press, Standard Journals Publication Model (https://academic.oup.com/journals/pages/open_access/funder_policies/chorus/standard_publication_model)

Topic:

  • patient evaluation
  • brain tumors
  • chemotherapy regimen
  • blood-brain barrier
  • genome
  • glioma
  • surgical procedures, operative
  • brain
  • neoplasms
  • quality of life
  • surgery specialty
  • radiochemotherapy
  • epigenetics
  • stratification
  • patient recruitment
  • excision
  • molecular targeted therapy
  • tumor excision
  • precision medicine
  • matrix trial
  • national health service (uk)
  • whole genome sequencing

Issue Section:

Abstracts > Randomized Brain Tumor Trials in Development

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