Developing computational methods to model cell fate decisions in hepatocytes which regulate tissue regeneration; Pioneering novel technology platforms for biological validation using bioengineered liver tissue and composite co-culture systems; Combining cell free DNA technologies and machine learning algorithms to detect liver specific somatic mutation and epigenetic signatures during liver regeneration
Requirements:
PhD (or in the final stages of PhD submission) in bioinformatics, computational biology, bioengineering, regenerative medicine or related field; Good knowledge and extensive experience in core laboratory skills such as molecular biology, in vitro mammalian cell culture and microscopy including immunohistochemistry
Text:
uk: Postdoctoral Fellow [Duties: Developing computational methods to model cell fate decisions in hepatocytes which regulate tissue regeneration; Pioneering novel technology platforms for biological validation using bioengineered liver tissue and composite co-culture systems; Combining cell free DNA technologies and machine learning algorithms to detect liver specific somatic mutation and epigenetic signatures during liver regeneration | Requirements: PhD (or in the final stages of PhD submission) in bioinformatics, computational biology, bioengineering, regenerative medicine or related field; Good knowledge and extensive experience in core laboratory skills such as molecular biology, in vitro mammalian cell culture and microscopy including immunohistochemistry] / Francis Crick Institute; London
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