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Results from the ATOM clinical trial at the University of Oxford have shown that the anti-malarial drug Atovaquone can reduce very low oxygen tumour environments. This has the potential to make cancers behave less aggressively and to improve the impact of everyday cancer treatments.

Atovaquone molecule ball
Jie Yang

Jie Yang

BVetMed, PhD Jie Yang - Group Leader - T cell immunity and immunosuppression in cancer

Matthew Jackson

Matthew Jackson

DPhil, BSc (Hons) Matthew Jackson - Postdoctoral research scientist

Giulia Orlando

Giulia Orlando

MSc, DPhil Giulia Orlando - Group Leader - Epigenetic Reprogramming in Cancer

Shazia Irshad

Shazia Irshad

PhD Shazia Irshad - Senior Research Associate

Lucy Brooks

Lucy Brooks

MSci, PhD Lucy Brooks - Group Leader

Hala Estephan

Hala Estephan

PhD Hala Estephan - Postdoctoral Researcher

Yang-Hong Dai

Yang-Hong Dai

MD Yang-Hong Dai - DPhil student

Dimitris Vavoulis

Dimitris Vavoulis

BSc, MRes, MSc, PhD Dimitris Vavoulis - Computational Biologist

Juliet Lawrence

Juliet Lawrence

Juliet Lawrence - Communications Officer

Aihan Zhang

Aihan Zhang

BSc, PhD Aihan Zhang - Postdoctoral researcher

Qiwen Huang

Qiwen Huang

B.S., M.S. Qiwen Huang - DPhil Student

Peter Wan

Peter Wan

BSc, MPhil, DPhil Peter Wan - Postdoctoral researcher

Olivier Zanier

Olivier Zanier

MMed Olivier Zanier - DPhil student

Ahmet Hazini

Ahmet Hazini

PhD Ahmet Hazini - PCUK Career Acceleration Fellow

Tess Stanly

Tess Stanly

Dphil Tess Stanly - Postdoctoral Research Scientist

Mark Macsuka

Mark Macsuka

MSci Mark Macsuka - DPhil student

Shannon Russell

Shannon Russell

Sandeep Unwith

Sandeep Unwith

Sandeep Unwith - DPhil Student

Rebecca Brehm

Rebecca Brehm

MSc Clinical Trials, BSc (Hons) Biological Sciences Rebecca Brehm - Clinical Trial Administrator - Oncology Clinical Trials Office (OCTO)

Anastasia Kosmidou

Anastasia Kosmidou

Anastasia Kosmidou - MRes Student

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