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Ludwig Oxford’s Professor Sir Peter Ratcliffe receives the Nobel Prize in physiology or medicine at an awards ceremony in Stockholm.

A photo from the Nobel Prize talks 2019 showing the three nominees for Medicine or Physiology on the stage.

Professor Richard White awarded prestigious Academy of Medical Sciences Professorship

Richard White, Professor of Genetics at Ludwig Oxford, has been named an Academy of Medical Sciences Professor

Ludwig researchers awarded grant to uncover how food-derived DNA changes may drive cancer risk

Ludwig scientists have been awarded a four-year grant from the World Cancer Research Fund International to investigate whether modified DNA molecules in food could contribute to mutations that drive bowel cancer.

Vacancy: Research Assistant (Brain Cancer)

Research Grade 6: £35,681 - £41,636 with a discretionary range to £46,476 p.a. (pro rata). This is inclusive of a pensionable Oxford University Weighting of £1,730 per year (pro rata)

Vacancy: Postdoctoral Researcher - Brain Tumour Biology

Research Grade 7: £39,424 - £47,779 with a discretionary range to £53,483 p.a. (pro rata).

Ludwig Oxford welcomes Dr Manav Pathania

Ludwig Oxford is delighted to welcome Dr Manav Pathania as an Assistant Member of the Ludwig Institute for Cancer Research, Oxford Branch.

Ludwig researchers develop first map of human RNA modification enzymes in landmark study

Findings published in Nature Cell Biology reveal how pseudouridine-modifying enzymes shape RNA biology.

From mutation to malignancy: mapping early events in kidney cancer

A new study from the Ratcliffe group examines how distinct HIFα isoforms shape the way VHL mutations lead to kidney cancer.

Richard White honoured with Teaching Excellence Award

Richard White recognised in the 2025 Medical Sciences Division Teaching Excellence Awards

Ludwig Oxford Director shortlisted for prestigious global research initiative, Cancer Grand Challenges

With awards of up to £20m, Cancer Grand Challenges teams are empowered to rise above the traditional boundaries of geography and discipline to make the progress against cancer we urgently need.

Impaired liver clearance drives accumulation of circulating cell-free DNA in sepsis

Study mapping cell-free DNA reveals new insights into organ dysfunction and infection in sepsis.

Discover the science behind the scenes at the Old Road Campus Research Building

The ORCRB will open to the public on 13th September as part of Oxford Open Doors.

Richard Owen takes on Oxford to Paris cycle ride for OOSO

Ludwig Oxford’s Richard Owen will participate in a three-day cycle ride from Oxford to Paris to raise funds for a new OOSO Fellowship.

Pressure flips the switch on cancer cells

A new study published in Nature reveals that the mechanical environment surrounding a tumour can cause cancer cells to change their behaviour, triggering a switch from rapid growth to a more invasive, drug-resistant state.

New mathematical model reveals how lipids influence macrophage behaviour in early atherosclerosis

Ludwig Oxford researchers have developed a spatially resolved, lipid-structured model, providing new insights into the mechanisms driving plaque development in atherosclerosis.

Ludwig researchers identify new role for nitric oxide in oxygen sensing

Recent research by the Ratcliffe lab at Ludwig Oxford, led by Tom Keeley, has revealed a new mechanism through which nitric oxide (NO) controls the destruction of selected proteins in response to oxygen levels.

Researchers at Ludwig Oxford identify a new role for platelets which could improve cancer detection

Researchers led by Bethan Psaila and postdoc Lauren Murphy have recently published their findings exploring a new role for platelets in Science.

Ludwig Oxford and the IDRM welcome students for Biomedical Research Careers Week

Ludwig Oxford and the IDRM host A-level students for a hands-on introduction to research

Helen Byrne wins Naylor Prize and Lectureship in Applied Mathematics

Professor Helen Byrne has won the 2025 Naylor Prize and Lectureship in Applied Mathematics from the London Mathematical Society

New research uncovers the role of Chromosome 21 amplification and DYRK1A overexpression in BP-MPN progression

Researchers at the University of Oxford have identified a potential new therapeutic target in BP-MPN, a particularly aggressive and hard-to-treat form of leukaemia.

Topological data analysis reveals links between shape and function in new liver organoid model

Topological data analysis of a next-generation liver organoid model characterises how the shape and morphology of 2D projections of organoids change over time

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Similar stories

From mutation to malignancy: mapping early events in kidney cancer

A new study from the Ratcliffe group examines how distinct HIFα isoforms shape the way VHL mutations lead to kidney cancer.

Ludwig researchers identify new role for nitric oxide in oxygen sensing