CRUK Convergence Science Centre
@crukconvergence.bsky.social
Bringing together engineering, physical sciences, life sciences and medicine to address key questions in cancer research across @icr.ac.uk and @imperialcollegeldn.bsky.social
convergencesciencecentre.ac.uk
convergencesciencecentre.ac.uk
Students dove into:
🔬 Translational pathways & gap-spotting (CSC Catalyst Team)
🧪 Clinical trial design ( @icr-ctsu.bsky.social)
🤝 #PPIE essentials
🚀 Spin-out & #entrepreneurship (FLASH, Cardiovolt .ai)
💡 #IP, commercialisation & translation support ( @imperialenterprise.bsky.social & @icr.ac.uk)
🔬 Translational pathways & gap-spotting (CSC Catalyst Team)
🧪 Clinical trial design ( @icr-ctsu.bsky.social)
🤝 #PPIE essentials
🚀 Spin-out & #entrepreneurship (FLASH, Cardiovolt .ai)
💡 #IP, commercialisation & translation support ( @imperialenterprise.bsky.social & @icr.ac.uk)
November 26, 2025 at 9:45 AM
Students dove into:
🔬 Translational pathways & gap-spotting (CSC Catalyst Team)
🧪 Clinical trial design ( @icr-ctsu.bsky.social)
🤝 #PPIE essentials
🚀 Spin-out & #entrepreneurship (FLASH, Cardiovolt .ai)
💡 #IP, commercialisation & translation support ( @imperialenterprise.bsky.social & @icr.ac.uk)
🔬 Translational pathways & gap-spotting (CSC Catalyst Team)
🧪 Clinical trial design ( @icr-ctsu.bsky.social)
🤝 #PPIE essentials
🚀 Spin-out & #entrepreneurship (FLASH, Cardiovolt .ai)
💡 #IP, commercialisation & translation support ( @imperialenterprise.bsky.social & @icr.ac.uk)
🎤 Dr Wenjia Bai (@imperialcollegeldn.bsky.social)
🫀 Look into your heart: From image to mesh
🎤 Dr Matthew Blackledge (@icr.ac.uk)
📷 Combining Bayesian Methods and AI for Improved Heterogeneous Imaging Biomarker Estimation in Whole-Body MRI of Advanced #ProstateCancer
🫀 Look into your heart: From image to mesh
🎤 Dr Matthew Blackledge (@icr.ac.uk)
📷 Combining Bayesian Methods and AI for Improved Heterogeneous Imaging Biomarker Estimation in Whole-Body MRI of Advanced #ProstateCancer
November 24, 2025 at 12:39 PM
🎤 Dr Wenjia Bai (@imperialcollegeldn.bsky.social)
🫀 Look into your heart: From image to mesh
🎤 Dr Matthew Blackledge (@icr.ac.uk)
📷 Combining Bayesian Methods and AI for Improved Heterogeneous Imaging Biomarker Estimation in Whole-Body MRI of Advanced #ProstateCancer
🫀 Look into your heart: From image to mesh
🎤 Dr Matthew Blackledge (@icr.ac.uk)
📷 Combining Bayesian Methods and AI for Improved Heterogeneous Imaging Biomarker Estimation in Whole-Body MRI of Advanced #ProstateCancer
🗣️ Joshua Killilea, iPhD
🧠Electroactive Drug Delivery for Local #Glioblastoma Treatment
🗣️Nick Waldron, CRF PhD
🤔Decoding the RAF-MEK-ERK-RSK Pathway in #ProstateCancer: From Molecular Mechanisms to Clinical Opportunities
@imperialcollegeldn.bsky.social @icr.ac.uk
🧠Electroactive Drug Delivery for Local #Glioblastoma Treatment
🗣️Nick Waldron, CRF PhD
🤔Decoding the RAF-MEK-ERK-RSK Pathway in #ProstateCancer: From Molecular Mechanisms to Clinical Opportunities
@imperialcollegeldn.bsky.social @icr.ac.uk
November 6, 2025 at 12:14 PM
🗣️ Joshua Killilea, iPhD
🧠Electroactive Drug Delivery for Local #Glioblastoma Treatment
🗣️Nick Waldron, CRF PhD
🤔Decoding the RAF-MEK-ERK-RSK Pathway in #ProstateCancer: From Molecular Mechanisms to Clinical Opportunities
@imperialcollegeldn.bsky.social @icr.ac.uk
🧠Electroactive Drug Delivery for Local #Glioblastoma Treatment
🗣️Nick Waldron, CRF PhD
🤔Decoding the RAF-MEK-ERK-RSK Pathway in #ProstateCancer: From Molecular Mechanisms to Clinical Opportunities
@imperialcollegeldn.bsky.social @icr.ac.uk
🎙️Holger Auner (Lausanne University Hospital)
🎯 Targeting proteostasis and translation control in hematopoietic and solid cancers
🎙️Morten Frodin (BRIC, Copenhagen)
🧬CRISPR-Select: A fast, accurate and versatile functional-genetic assay to dissect the roles genes and variants/mutations in cancer
🎯 Targeting proteostasis and translation control in hematopoietic and solid cancers
🎙️Morten Frodin (BRIC, Copenhagen)
🧬CRISPR-Select: A fast, accurate and versatile functional-genetic assay to dissect the roles genes and variants/mutations in cancer
October 23, 2025 at 8:02 AM
🎙️Holger Auner (Lausanne University Hospital)
🎯 Targeting proteostasis and translation control in hematopoietic and solid cancers
🎙️Morten Frodin (BRIC, Copenhagen)
🧬CRISPR-Select: A fast, accurate and versatile functional-genetic assay to dissect the roles genes and variants/mutations in cancer
🎯 Targeting proteostasis and translation control in hematopoietic and solid cancers
🎙️Morten Frodin (BRIC, Copenhagen)
🧬CRISPR-Select: A fast, accurate and versatile functional-genetic assay to dissect the roles genes and variants/mutations in cancer