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collaborative colleagues with an interest in any area of developmental biology, including the genetic and epigenetic mechanisms of embryogenesis, cell fate specification and reprogramming, regeneration, aging
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for understanding G4/ i-Motif biology in fine-tuning gene expression and alleviating associated cellular dysfunctions. The design of peptide-based G4/i-Motif inhibitors can be used in (a) epigenetic-driven anticancer
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oomycete pathogens. The successful candidate will contribute to studies aimed at understanding the genetic and epigenetic mechanisms underlying pathogen virulence and adaptation. This position offers
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into the complex mechanisms of epigenetic regulation, particularly in relation to Polycomb Group proteins. Central to our study are the ASXL proteins, key players in epigenetic regulation. Despite their significance
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Description The Postdoctoral Research Associate will examine the epigenetic regulation of the paternal genome and subsequent role in embryo development in the Luense Lab (https://animalscience.tamu.edu/people
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generation proteomic analyses Build and optimize proteomic pipelines for neurodegenerative disease biological subtyping Perform genetic, epigenetic and protein biomarker analyses including a range of molecular
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degree). Project description Our group works in the broad area of proteomics, genomics, epigenetics, and cell signaling. In this project, we are interested in understanding epigenetic mechanisms of gene
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socioeconomic stress) and internal factors (e.g., the microbiome and epigenetics). Furthermore, you will investigate how acute environmental triggers are linked to a rapid increase in CHD risk, again considering
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socioeconomic stress) and internal factors (e.g., the microbiome and epigenetics). Furthermore, you will investigate how acute environmental triggers are linked to a rapid increase in IS risk, again considering
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Primary supervisor - Dr Dominic Cram This exciting PhD will examine how parental age and the social environment interact to shape offspring health in a wild mammal, by combining epigenetic