What we do

Cancer cells exhibit altered transcriptional profiles when compared to their tissue of origin. Genetic alterations participate in promoting defective transcription, however they don't explain the full spectrum of aberrations found in malignant tissues. Gene expression is also controlled via modifications of the chromatin landscape including DNA methylation, histone modifications and chromatin remodelling. Our objective is to characterize the role of the chromatin landscape in oncogenesis and to understand how cancer cells reprogram the chromatin landscape to stop the treatment from working.

We have used breast cancer models to demonstrate that epigenetic reprogramming of the chromatin landscape promotes the expression of genes directly related to resistance to endocrine therapies. We can create epigenomic maps to study the regulatory networks of cancer cells and determine how these networks respond to therapies. Ultimately, we want to exploit epigenetic mapping to identify drug-responsive targets, biomarkers and develop novel compounds to interfere with reprogramming.

We are also interested in understanding the extent of interactions existing between genetic and epigenetic alterations. It is likely that cancer cells exploit both genetic and epigenetic mutations to promote proliferation, adaptation and invasion. 


What’s going on

Researcher at the center of an epic fraud remains an enigma to those who exposed him https://t.co/8yWjgDTMDb

We're funding Dr Marnix Jansen to build on his pioneering research in oesophageal cancer. Find out how he won a Clinician Scientist Fellowship by demonstrating the skills and research ambitions we look for with our new Competency Framework: https://t.co/0M5KY7jNks

What IS a failure is how the same-old same-old alpha-phenotypes
look after, protect and promote other alpha-stereotypes (like themselves).

We lose talent and diversity from academia because of it. Many people leave academia because they feel that they do not fit the mold. https://t.co/SOoQMbOKrz

Our latest pre-print now available here https://t.co/t8HDQ7oQlG. Joint effort with the Calvo's lab @IBBTEC to show that #epigenetics #transcriptional reprogramming drivse #citoskeletal changes in cancer cells -1

If anyone still believes the NHS can survive Brexit, these figs are devastating.

After the referendum, no. of EU nurses coming to UK divebombed - and hasn’t recovered.

We’re short of 40k NHS nurses. Beds are closed everywhere due to rota gaps. Brexit is devastating patients.

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News from our lab

Ylenia won the European Association for Cancer Research Meeting Bursary to attend the EACR 25

One of our PhD students, Ylenia Perone, has been awarded the EACR Meeting Bursary giving her the opportunity to travel […]

Our new paper is out. A big thank to all of you !!

Three years of intense work and this is the result!! “Enhancer mapping uncovers phenotypic heterogeneity and evolution in patients with […]

Giacomo presenting at the Lindau Nobel Laureate Meeting 2018

Our PhD student Giacomo Corleone is one of the 600 young scientists who will participate to the Nobel Laureate Meeting 2018 […]

See all our news

New facts from the world

Breast cancer awareness month

October is breast cancer awareness month, which is a worldwide annual campaign to increase awareness of the disease and to […]

In the next few years, it will be possible to identify cancers and determine prognosis from a simple blood analysis.

New research published in the journal, Clinical Cancer Research, shows the development of a technique allowing the identification of cancer mutations […]

Science reports in press, so frustrating!!

A light-hearted but insightful satire of why you should be careful of getting your science from the press. Most of […]

Latest scientific discoveries