Developing genetic circuits that can impose multicellular self-organization in mammalian cells. Contact type Person First name Fokion Surname Glykofrydis Organisation 1 Hugh Robson Building Organisation 2 15 George Square Organisation 3 Edinburgh EH8 9XD Email S1316049@sms.ed.ac.uk Personal Profile International Baccalaureate Diploma Programme Graduate (Honours, 2013) BSc Biological Sciences (Honours in Development, Regeneration & Stem Cells) – 1st class (2016) Experience in Stem Cell Research, Cancer Research & Synthetic Biology Research Developing genetic circuits that can impose multicellular self-organization in mammalian cells, so that cultured cells arrange in non-random patterns. Subsequent engineering of these synthetic patterned platforms to produce ligands of interest for stem cell applications, acting as synthetic stem cell niches. This article was published on Monday 17 October 2022
Contact type Person First name Fokion Surname Glykofrydis Organisation 1 Hugh Robson Building Organisation 2 15 George Square Organisation 3 Edinburgh EH8 9XD Email S1316049@sms.ed.ac.uk
