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trajectories, uncover gene regulatory networks dynamics, and delineate cell fate transition paths. You will work primarily with single cell NGS data from stem cell self-renewal, differentiation and perturbation
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., R/Bioconductor, Python, MATLAB) and analyzing complex datasets using both publicly available and commercial software packages (e.g. FlowJo, FCS Express, AI-cluster analysis tools, ImageJ, Cell
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, Engineering, Physics, Geology, Mining and Minerals, Renewable Energy, Life and Environmental Science, Sports and Health Science, Medical Sciences and Medical Imaging. Please ensure you read the Job Description
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from 3 June 2024 to 31 August 2025. The successful applicant will be isolating and characterising beta-cell-reactive T cell receptors to identify those with potential to be used for therapeutic
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Exeter Innovation Clean Energy Engineering and Decarbonisation, Infrastructure and Built Environment, and Engineering Materials and Manufacturing. The above 1.0 FTE post is immediately available on
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computations. The day-to-day activities will be mainly based on in vitro cell culture preparation, involving passaging, and transfecting of cell lines; and preparation for electrophysiology experiments
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of energy transition minerals while contributing positively to local regions and communities. They will work closely with the University of Queensland PDRA in this project, who will focus on applying
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cell biology and/or genetics to join a world-leading team of researchers to study the genetic basis of diabetes and related conditions. The position is available on fixed term basis for 15 months from
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curiosity with a particular interest in early development and/or cell fate decision-making. Post 1: Naïve pluripotent stem cells have to date been established only from rodents and primates. Our goal is to
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and use them to perform screening experiments. Tiwari, A.; Nikolic, N.; Anagnostidis, V.; Gielen, F., Label-free analysis of bacterial growth and lysis at the single-cell level using droplet