Uploaded August 2024 | Updated September 2026, 2 weeks ago
Philip Jones researches the earliest stages in cancer development, studying the mutant cells that colonize normal ageing tissues and the first steps in tumour formation.
Phil showed that aging normal skin and oesophagus are a dense patchwork of somatic mutant clones. Having resolved normal cell dynamics in skin and oesophagus, he then uncovered the cellular mechanisms of mutant clone expansion and competitive selection of mutant genes. He demonstrated that environmental exposures linked to increased cancer risk can alter the fitness of specific mutant clones. Phil has also found that mutant genes can either be oncogenic or inhibit cancer development by outcompeting emerging tumours.
Phil is Professor of Cancer Development at the University of Cambridge and a Group Leader at the Wellcome Sanger Institute.
sanger.ac.uk/person/jones-phil-201912
#biotechnology #science #vc #startup #startups #startupideas #biology #biotech #chemistry #business #speech #speeches #investing #investment #lifescience #casestudy #scientist #scientists #inventors #inventor #inventions #invention #research #innovation #siliconvalley #entrepreneur #entrepreneurship #entrepreneurs #healthcare #genomics #genetics #history #biologia #technology #tech #founderstories #founder #founders #founderstory #scienceandtechnology #sciencestory #stories #bioengineering #engineering #engineer #biochemistry #discovery #discover #technical #health #education #educational #learning #learn #podcast #podcasts #podcasting #podcaster #technews
Axial Newsletter: axial.substack.com
Build with Axial: build.axialvc.com
https://linktr.ee/axialxyz
Philip Jones researches the earliest stages in cancer development, studying the mutant cells that colonize normal ageing tissues and the first steps in tumour formation.
Phil showed that aging normal skin and oesophagus are a dense patchwork of somatic mutant clones. Having resolved normal cell dynamics in skin and oesophagus, he then uncovered the cellular mechanisms of mutant clone expansion and competitive selection of mutant genes. He demonstrated that environmental exposures linked to increased cancer risk can alter the fitness of specific mutant clones. Phil has also found that mutant genes can either be oncogenic or inhibit cancer development by outcompeting emerging tumours.
Phil is Professor of Cancer Development at the University of Cambridge and a Group Leader at the Wellcome Sanger Institute.
sanger.ac.uk/person/jones-phil-201912
#biotechnology #science #vc #startup #startups #startupideas #biology #biotech #chemistry #business #speech #speeches #investing #investment #lifescience #casestudy #scientist #scientists #inventors #inventor #inventions #invention #research #innovation #siliconvalley #entrepreneur #entrepreneurship #entrepreneurs #healthcare #genomics #genetics #history #biologia #technology #tech #founderstories #founder #founders #founderstory #scienceandtechnology #sciencestory #stories #bioengineering #engineering #engineer #biochemistry #discovery #discover #technical #health #education #educational #learning #learn #podcast #podcasts #podcasting #podcaster #technews
Axial Newsletter: axial.substack.com
Build with Axial: build.axialvc.com
https://linktr.ee/axialxyz
