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Field
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paediatric AML, by employing an integrated molecular approach encompassing RNA-seq, ChiP-seq and mouse modelling coupled with gene silencing technology. The post is based in the Faculty of Health and Medical
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the opportunity to work at the forefront of cardio-oncology science, combining sophisticated small animal radiation models, single-cell transcriptomics and state-of-the-art echocardiography. The successful
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these influence immune function and disease. The project combines biochemistry, molecular and cellular biology, and in vivo models to deliver a comprehensive picture of immuno-metabolic function during inflammation
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expertise ranging from mathematical modelling to chemistry, molecular and cell biology, material sciences and engineering, and medical devices. The Research Fellow will be working in collaboration with
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of medicine through cutting-edge research. Leveraging multiomics, mouse genetics, hiPS cells, and electrophysiology, our lab works on molecular mechanism of cardiometabolic oncology. The postdoctoral fellow
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learning model to predict the dipole moment and polarizability of atoms calculated with density functional theory and then using the values to calculate electric field applied forces in molecular dynamics
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model for innovative medical education and a centre for transformative research. The School’s primary clinical partner is the National Healthcare Group, a leader in public healthcare recognised
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the opportunity to work at the forefront of cardio-oncology science, combining sophisticated small animal radiation models, single-cell transcriptomics and state-of-the-art echocardiography. The successful
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CRISPR tools to correct or model the defective genomic DNA, and further deliver these newly-engineered editors into targeted organs to correct the corresponding phenotypes. The current disease models
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methods for multi-omic and single-cell data Integrate diverse molecular data to study tumor evolution and therapeutic response Collaborate with MD Anderson clinicians and basic scientists Investigate