Bluesky: @lambalastair.bsky.social
YouTube: @AlastairDLamb
TwitterOur lab focusses on Spatial Prostate Assessment and the Circulating Environment (aka the SPACE Group). We use cutting edge spatial molecular techniques to unpack clonal dynamics in the development of localised prostate cancer. Alongside this we seek to identify scalable “windows” into clonal lethality using machine learning approaches applied to histology and MRI images as well as ‘liquid biopsy’ of circulating tumour cells (CTCs). Our aim is to transform decision-making in clinical management of prostate cancer so that the right men get the right treatment at the right time.
Alastair Lamb is a Cancer Research UK-funded clinician scientist & urologist based at Barts Cancer Institute and Guys Hospital in London. He runs a scientific group called SPACE (Spatial Prostate Assessment and the Circulating Environment) whose main interest is the molecular basis of localised prostate cancer. His lab interrogate spatial clonal biology to unpack prostate cancer heterogeneity, with a focus on identifying and defining clonal lethality. The longer term objective is to change the paradigm of prostate cancer screening, diagnosis and treatment. The first part of this work was published in Nature in 2022 (see our video summary on YouTube) with a follow up analysis in Molecular Cancer in 2023.
Alastair is also involved in clinical trials research, as co-Chief Investigator of the TRANSLATE Trial, and a local Investigator for the ATLANTA, PROMOTE and FINESSE Trials. Alongside this he set up the QUANTUM Biobank at Oxford to facilitate tissue collections complementing research into urological malignancies.
Clinically, he manages patients across the full spectrum of localised prostate cancer from PSA counselling, through diagnosis, surveillance and robotic prostatectomy. He introduced LATP prostate biopsy to Oxford as well as a prostatectomy planning meeting to ensure robust discussion of all cases and a consensus approach to operative steps, on the basis that intentionality and teamwork matters in complex surgery.