Sort by
Refine Your Search
-
research programme led by Professor Alison Noble. This exciting and ambitious research aims to develop new AI for shared human-AI decision-making in healthcare imaging. This post focuses on bridging theory
-
of Cambridge ALBORADA Drug Discovery Institute. This exciting opportunity will enable the post-doctoral scientist to apply advanced human iPSC-derived cellular models to investigate how innate immune signalling
-
for large-scale corporate transformations. The programme pursues a multi-level understanding of the human experience of transformation engaging with participants across an organisation’s workforce at a
-
with structural damage and knee pain. What We Offer As an employer, we genuinely care about our employees’ wellbeing and this is reflected in the range of benefits that we offer including
-
investigating how microglia respond to challenges in brain organoid models. This will involve developing and applying advanced human iPSC-derived microglia–enriched cortical organoid models to investigate how
-
machine learning approaches to investigate the mechanisms underlying GC-biased gene conversion and understand how meiotic recombination shapes human genetic variation and genome evolution. Working closely
-
The Oxford Department of International Development (ODID) is seeking to recruit a Comparative Data & Methods Postdoctoral Researcher. Reporting to Professor Masooda Bano, the post-holder will join a research team funded by a European Research Council (ERC) Advanced Grant, Choosing Islamic...
-
About the role Reporting to the Principal Investigator, Professor Philip Poole, the post holder will undertake research within a project addressing the looming nitrogen (N) crisis. With the human
-
to other sensory modalities may also be considered. These models will integrate species-specific anatomical constraints and ecological considerations to enable principled comparisons between human, macaque
-
of vision in trilobites” funded by the Human Frontiers Science Program. The researcher will work under the direction of Associate Professor Luke Parry as part of a wider international team including Dr