PhD in Microfluidic Engineering of Human Inner Ear Organoids for Translational Research University College London in United Kingdom

Newcastle University is offering a fully funded PhD position within the MSCA Innovative Training Network Pandora on Decoding Chromosome 1 Risk in age-related macular degeneration (AMD) Using Stem Cell–Derived Retinal Models . The project is based at Newcastle University in the United Kingdom and is hosted in a highly collaborative, international training environment focused on retinal disease mechanisms, translational biology, and advanced stem cell technologies. The doctoral candidate will inve...

PhD opportunity in Cardiovascular Diseases and Stem Cell Biology at the University of Cambridge , hosted by the Cambridge Stem Cell Institute and the Sinha Group. The project is led by Professor Sanjay Sinha and focuses on understanding and treating cardiovascular disease through human stem cell biology , cell biology , and human genetics . Research themes include generating vascular smooth muscle cells from human embryonic stem cells and induced pluripotent stem cells, modelling genetically tri...

PhD opportunity in stem cells and limb regeneration at the University of Cambridge , hosted by the Cambridge Stem Cell Institute and the Storer Group . The project focuses on cell biology and developmental biology , especially how mammals regenerate the digit tip and why humans can regenerate only limited tissues. The lab studies blastema formation , the transient proliferative cell mass that rebuilds the digit, and aims to uncover the cellular and molecular mechanisms that coordinate regenerati...

PhD opportunity at the University of Birmingham School of Chemical Engineering within the MIBTP Programme . The project, Dynamic extracellular matrix mimetics for transformative mechanobiological and metabolic discovery across soft tissues , focuses on developing a new class of extracellular matrix surrogates based on fluid-gel (FG) microstructures . These materials are designed to better mimic native soft tissues, which are viscoelastic, stress-responsive, and dynamic during injury and disease....

Fully funded PhD opportunity at the University of Birmingham in cardiovascular/biomedical research. The project is titled “Decoding IL-17-mediated immune-cardiac signalling and electrical remodelling during cardiorenal stress” and is advertised by Professor Davor Pavlovic together with Asif Iqbal . This PhD is a strong fit for students interested in cardiac pathophysiology , immune-cardiac signalling , electrical remodelling , cardiorenal stress , and IL-17 -related mechanisms. The post explicit...