22nd January 2021
Researchers from Barts Cancer Institute, Queen Mary University of London, have identified a protein that may represent a novel therapeutic target for the treatment of pancreatic cancer. Using this protein as a target, the team successfully created a CAR T cell therapy – a type of immunotherapy – that killed pancreatic cancer cells in a pre-clinical model.
Read more14th January 2021
Congratulations to Barts Cancer Institute’s Professor Hemant Kocher, who is co-lead author of the paper selected by The Journal of Pathology for the Jeremy Jass Prize for the calendar year 2019.
Read more26th November 2020
We spoke with Dr Sarah McClelland and senior postdoctoral researcher in her group, Dr Nadeem Shaikh, about the team’s most recent paper, published in Cancer Research, which set out to explore the mechanisms of chromosomal instability in high-grade serous ovarian carcinoma – the most common type of ovarian cancer. The study sheds light on how these mechanisms may be able to be targeted to overcome treatment resistance in this cancer type.
Read more9th November 2020
We spoke with Dr Faraz Mardakheh from Barts Cancer Institute’s Centre for Cancer Cell and Molecular Biology about his most recent research paper, published today in Developmental Cell. The study sheds lights on how invasive cancer cells increase their protein-making capacity in order to boost their growth and invasive capabilities, and identifies a key player involved in this process, which may represent a target for therapeutic interventions.
Read more9th November 2020
Researchers from Barts Cancer Institute, Queen Mary University of London, and the University of Edinburgh have discovered a key protein that supports the production of healthy blood cells throughout life by regulating the inflammatory response. This is the first study to identify a protein that directly keeps in check blood stem cells’ immune responses to protect them from excessive damage and premature ageing.
Read more20th October 2020
Research led by Barts Cancer Institute, Queen Mary University of London, has revealed novel insights into the mechanisms employed by melanoma cells to form tumours at secondary sites around the body. The findings from the study may help to identify new targets to inhibit melanoma spread and guide treatment decisions in the clinic.
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