Sort by
Refine Your Search
-
Employer
-
Field
-
solutions might include the implementation of deep-learning models on our data resources. Key responsibilities include: • Designing and implementing novel bioinformatic tools and interfaces, primarily in R
-
cancers. Our laboratory uses cutting edge methods (multi-omics, single-cell, genome editing as well as contemporary pre-clinical model systems) and bioinformatics to understand how sex hormone receptors and
-
researcher will investigate disease pathways to develop novel therapeutic strategies that target protein aggregation in neurodegenerative disease models. This will be achieved through the application
-
researcher will investigate disease pathways to develop novel therapeutic strategies that target protein aggregation in neurodegenerative disease models. This will be achieved through the application
-
of laboratory supplies and maintenance of the laboratory Demonstrate strong leadership, commitment, and initiative Analyse data using appropriate statistical analysis and modelling Assist with preparation and
-
analyses of gut microbiome or related datasets ability to work with murine models and human biospecimens relevant to gut microbiome and cancer experience in presenting scientific research outcomes and
-
neurodegenerative disease models. This will be achieved through the application of advanced CRISPR gene- and transcript-editing technologies to manipulate neuronal biochemistry and physiology, thereby enabling
-
towards the research efforts tackling some of the world’s most important devastating infections. The role will involve applying a variety of quantitative techniques to model and analyse clinical and
-
science. Our research underpins new models of care, fashions improved services for patients, builds better policy, provides an evidence base to guide what people do, and transforms the systems through which