Sort by
Refine Your Search
-
Listed
-
Category
-
Program
-
Field
-
) identify the key changes in chromatin state and associated cell type specific transcriptional alterations in cells in the prefrontal cortex of mouse models of this disorder, 2) compare these changes with
-
Living Systems Institute at the Faculty of Health and Life Sciences. The post The Doctoral Candidate will work on a project entitled “The molecular architecture of the archaeal cell envelope” as part of
-
(Renewable Energy) in Penryn, Cornwall. Flexible working hybrid and job share arrangements can be considered. The position will be based in the Renewable Energy group led by Prof Philipp Thies and will support
-
2026. The successful applicant will investigate the lifecycle of a filamentous phage using a combination of fluorescence light microscopy, single-cell microfluidics and electron cryo-microscopy (cryoEM
-
cell culture. Experience in use of mouse infection models. Proficiency in use of Graphpad and Excel and other Microsoft Office programmes, basic R skills, statistical analysis, use of image analysis
-
called ZooCELL: Tracing the evolution of sensory cell types in animal diversity: multidisciplinary training in 3D cellular reconstruction, multimodal data analysis and science outreach. ZooCELL is an EU
-
, lithium, tin and tungsten, and for geothermal energy are a key opportunity for the region. Building on the success of the Deep Digital Cornwall project and its state-of-the-art visualisation suite
-
epidemiology, epigenetics, data science, and cell biology working on a range of human conditions including mental illness, dementia, diabetes, reproductive health, obesity, respiratory disease, and cancer. Our
-
applicant will develop novel microfluidics methods to generate in-vitro neuromuscular junctions. The research will be built around 3D cell cultures and microfluidic screening technologies that can select and