141 parallel-processing-bioinformatics-"Multiple" positions at University of Manchester
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We seek an ambitious, experienced and self-motivated individual with experience in multi-omics bioinformatics analysis, to lead the new Advanced Bioinformatics and Computation (ABC) group. The post
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, bioinformatics, statistical genetics or applied mathematics and an experience in analysis of big data, genetics, and modern “omics”. The post holder with contribute to investigations on molecular underpinnings
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We are seeking a Research Associate in Bioinformatics to support a five-year, £5m multidisciplinary initiative aimed at identifying immune-related biomarkers for early cancer detection
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statistical analysis of the data and the production of manuscripts. Suitable candidates will have a background in statistical genetics and bioinformatics with a PhD in a relevant subject. The candidate will
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cultural heritage is mirrored by the achievements of some of the University’s most celebrated names. The computer revolution started here in June 1948 when a machine built by Tom Kilburn and Sir Freddie
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priorities. Demonstrates ability to integrate organisational strengths and development areas into people plans in response to internal and external influencers. Analytical Thinking - Uses multiple sources
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chemistry, or a related discipline, with a strong focus on recycling processes and sustainable materials. The successful candidate will collaboratively support several work packages to improve
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-ordinate multiple stakeholders both at The University of Manchester and with other external education and health organisations requiring the ability to collaborate with colleagues at all levels. Experience
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regulators that have evolved expressly to manipulate expression of host traits for the plasmid’s benefit, via a process known as PCC. Such PCCs can drive plasmid spread through microbiomes even in the absence
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applicant will develop a coordinated control strategy of multiple QBs to maximise their usage in GB’s network, and will investigate the optimisation of sizing and location of power flow devices in the network