Project: The impact of dilated cardiomyopathy on cell-type specific gene expression
Project: Drosophila based screening to replace mammalian systems to identify the functional role of candidate genes in controlling muscle dyadic architecture - co-supervised with Prof Andrew Trafford, Dr Kat Dibb, Prof Andreas Prokop.
Project: Multi-omic profiling of the hypertensive kidney - co-supervised with Prof. Maciej Tomaszewski.
We run in-silico experiments to investigate the biological mechanisms causal to cardiovascular disease. We do multiomics, deep-learning, molecular diagnostics, translational research, single-cell transcriptomics. We are interested in understanding more about the biology behind hypertension, coronary artery disease, kidney histopathology and alternative splicing.
Email - james.eales@manchester.ac.uk
Affiliation - Division of Cardiovascular Sciences, School of Medical Sciences, Faculty of Biology, Medicine and Health.
Location - AV Hill Building, Manchester
Twitter - @EalesJames
Project: Therapeutic targeting of blood pressure-associated kidney genes - co-supervised with Prof Maciej Tomaszewski.
Currently working on the transcriptomics of heart failure and sex chromosome aneuploidy.
Former PhD student Transcriptomics and epigenomics of chronic kidney disease - co-supervised with Dr Sabu Abraham, Dr Nick Ashton and Prof Maciej Tomaszewski.
Project: Insights into mechanisms of chronic kidney disease from human tissue multi-omics - co-supervised with Prof Maciej Tomaszewski.
Project: Sequence-based deep learning models for prioritisation of disease-associated non-coding variants in cardiovascular disease - co-supervised with Prof. Theodore Papamarkou.
Project: A deep learning model of tissue-specific alternative splicing in cardiovascular disease genes - co-supervised with Prof. Theodore Papamarkou.
Email - qi.wang-41@postgrad.manchester.ac.uk