-
for this devastating paediatric brain tumour. The ideal candidate will have experience in neurobiology, immunology, or cancer research, with expertise in working with preclinical glioma models. They should be proficient
-
consequences of preterm delivery and caesarean section. The programme is highly interdisciplinary, combining preclinical animal models with molecular and cellular biology, biochemistry, and behavioural science
-
phenotyping, transcriptomics, proteomics and modelling to identify and functionally characterise perennial ryegrass and white clover molecular regulators mediating growth responses in a future climate. The
-
, as well as molecular biology techniques such as RNA extraction, qPCR, and Western blotting. Experience with animal models, particularly in glioma research, is essential, along with skills in flow
-
innovative in vitro and in vivo models will be established to assess safety and efficacy of the prototype products. Successful candidates will work in a cross-disciplinary research team interacting with all