Publication alert 📣 First paper of 2026! 🌟
We review recent developments in molecular & genetic biomarkers in prostate cancer active surveillance. @danbrewer
Open access 🧬👇
mdpi.com/2073-4425/17/1/71@MDPIOpenAccess
The annual Norwich Medical School Cancer Genetics Team Movember bake sale is on! Come along to the Bob Champion Research and Education building and feed yourself with some tasty treats. @ueamed@movemberuk
One day to go. An exciting opportunity has arisen for a senior bioinformatician to join the Cancer Genetics team on the project “Identifying patients with aggressive prostate cancer by detecting molecular subtypes in urine”. 3 years starting in Feb 2026.
bit.ly/3Wt3Lk8
A one year opportunity has arisen for a lab-based molecular scientist to join the Cancer Genetics team on the @ProstateUKProfs project “Identifying patients with aggressive prostate cancer by detecting molecular subtypes in urine”. Starting Feb 2026.
bit.ly/4o9a6xD
New studentship available in the cancer genetics team at @UeaMed, UK. This PhD is about investigating whether the presence of bacteria is directly causing prostate cancer development. Feb 2025. Stipend and fees available to those that are eligible.
uea.ac.uk/course/phd-doctora…#PhD
An exciting opportunity has arisen for a senior bioinformatician to join the Cancer Genetics team on the Prostate Cancer UK funded project “Identifying patients with aggressive prostate cancer by detecting molecular subtypes in urine”. 3 years post.
bit.ly/3Wt3Lk8
Many thanks to @danbrewer for your support and guidance through the years and to the other co-authors, funders, @GenomicsEngland and the patients that made this work possible
We demonstrate some microbial patterns hold real clinical promise — from detecting infectious disease to uncovering potential prognostic markers.
Read more here 👉science.org/doi/10.1126/scit…
We also see the same patterns in other datasets:
📊 PCAWG
📊 TCGA - Cleaner signals produced by a fantastic paper today from Peter Ge, @StevenSalzberg1
& team)
science.org/doi/10.1126/scit…
In our new paper, we dig into Genomics England’s 100,000 Genomes Project. We find distinct microbial signals in colorectal cancer (and to a lesser extent oral cancer)
Some microbes are well known in cancer: 🦠 Hepatitis → liver cancer 🦠 HPV → cervical & oral cancers But beyond these, can microbial DNA really help distinguish tumour types?