PhD opportunity in Cancer Dynamics

We welcome applications to our PhD Programme – apply before the deadline on 6th November 2026 1700 GMT

Reconstruction of Tumour Evolution and Metastatic Spread in Kidney Cancer

We are pleased to announce this exciting postgraduate opportunity within the Cancer Dynamics research group for intake in October 2027!

We welcome applications from enthusiastic and ambitious candidates with a strong academic track record to our PhD programme. Applicants should hold or expect to graduate with a First or minimum upper-second class undergraduate honours degree (or equivalent from a non-UK university) in a relevant subject and Masters-level and/or other laboratory research experience in cancer.

Laboratory research experience as part of, or outside of, a university degree course or a Master-level degree in a relevant subject is advantageous but is not a conditional requirement in making an application.

Applications close on 6th November 2026 at 17:00 GMT.

Photograph of Professor Samra Turajlić
Representative MIF images of TRACERx Renal tumor samples with high wGII

PhD project details

TRACERx Renal 300 (Tx300) and PEACE (Posthumous Evaluation of Advanced Cancer Environment) Renal programme together span the full arc of clear cell renal cell carcinoma (ccRCC) disease, from surgical resection of primary tumours through to the metastatic landscape captured postmortem. Tx300 is the largest multi-region sequenced ccRCC cohort assembled to date, comprising 314 primary tumours and 2,865 tumour regions with matched genomic, transcriptomic, epigenetic and histological (H&E) data. PEACE contributes around 26 postmortem ccRCC cases with multi-organ, multi-site sampling spanning all major metastatic sites. Together, these datasets offer a rare opportunity to study kidney cancer evolution at unprecedented depth and scale and aims to reconstruct how this disease evolves over time. This PhD project is computational and will use these datasets to investigate fundamental questions in cancer biology and cancer evolution. We welcome applicants from quantitative backgrounds (e.g. mathematics, physics, computer science, bioinformatics, data science & AI or a related field).

Samra Turajlić

Samra is the Director of Cancer Research UK Manchester Institute, a Consultant Medical Oncologist at the Christie and also leads the Cancer Dynamics research group. They apply evolutionary principles to predict the trajectory of individual cancers by studying the forces that shape cancer evolution with the aim of using this knowledge to improve patient outcomes.

Cancer Dynamics

The group apply evolutionary principles to the understanding and predicting the trajectory of individual cancers, by studying the forces that shape cancer evolution and use this knowledge to improve patient outcomes. As a multi-disciplinary group of cancer geneticists, computational biologists and clinician scientists they use methods from evolutionary biology to understand the variable natural history of individual cancers, and most critically the emergence of metastases and drug resistance.

Focusing on two cancers, renal cell carcinoma (RCC), which is the most common type of kidney tumour, and melanoma, the most aggressive type of skin cancer, their primary aim is to enhance patient outcomes by applying a deep evolutionary understanding of cancer.

Being a student at the CRUK Manchester Institute

Here at the CRUK Manchester Institute, our postgraduate students enjoy a supportive environment, while having the opportunity to sink their teeth into a challenging project alongside receiving tailored training in transferable and generic skills.rnrnThis vital combination of training and support helps our students develop as independent scientists with excellent career prospects.

PhD project details
Samra Turajlić
Cancer Dynamics
Being a student at the CRUK Manchester Institute

Key objectives

This PhD project is computational and will use large datasets to investigate fundamental questions in cancer biology and cancer evolution, for example:

  • How do specific somatic alterations shape the tumour transcriptome, histology and immune microenvironment?
  • Do somatic alterations in epigenetic regulators (like PBRM1, SETD2 and BAP1) drive the epigenetic reprogramming during tumour progression?

In Tx300, this will build on an existing detailed picture of driver selection, clonal architecture and disease progression and by integrating transcriptomic and histological data to explore the phenotypic consequences of somatic events. In PEACE, the focus will be on characterising the metastatic architecture of ccRCC and patterns of metastatic seeding.

You will design and apply computational analyses integrating genomic, transcriptomic and imaging data, developing reproducible workflows for large-scale multi-modal datasets. Findings will be integrated with external resources (e.g. TCGA, Genomics England) to validate discoveries and contextualise them within the broader ccRCC landscape, and biological hypotheses generated computationally can be tested experimentally using banked tissue in collaboration with wet-lab colleagues.

Ready to apply?

To apply for this studentship please complete the online application through our secure PhD Student Recruitment portal, which you can access by clicking the “Apply Now” button. All applications will be considered equally irrespective of ethnicity, disability, sexual orientation, gender, religion/belief, age and nationality. To help the CRUK Manchester Institute monitor equality, diversity and inclusion, you will be asked to complete and submit an EDI monitoring form during the application process. Equal opportunities information will not be shared and will not form any part of the selection process or divulged to members of the selecting, recruiting or interview panels.

Please ensure you submit your application before 1700 GMT hrs on the closing date of 6th November 2026.

Any questions? Use this form to contact our student team

Why choose Cancer Research UK Manchester Institute?

The Cancer Research UK Manchester Institute, an Institute of The University of Manchester, is a world-leading centre for excellence in cancer research. The Institute is core funded by Cancer Research UK (www.cancerresearchuk.org),
the largest independent cancer research organisation in the world.

We are partnered with The Christie NHS Foundation Trust, one of the largest cancer treatment centres in Europe, which is located adjacent to the CRUK MI Manchester Institute in South Manchester. These factors combine to provide an exceptional environment in which to pursue basic, translational and clinical research programmes.