22 multiple-sequence-alignment positions at University of Leicester in United Kingdom
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, you will lead the development and application of bioinformatics pipelines for DNA sequencing, contribute to innovative cancer research, and collaborate with a diverse team of scientists and external
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or MSc in biological sciences or a related field and bring experience in DNA/RNA extraction, PCR-based techniques, and next-generation sequencing. A strong understanding of regulatory requirements
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research management. You will be part of a collaborative and supportive environment that values open, inclusive, and sustainable research practices, aligned with the University’s OASIS principles: Open
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development and a willingness to travel and work in Vietnam are key. We value individuals who are proactive, inclusive, and impact-driven—aligned with our values as Citizens of Change. If you're looking to make
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cultures, and preparing samples for DNA sequencing using Oxford Nanopore technology. Your work will directly contribute to the creation of a vital resource for the scientific community, enhancing our
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to that community. You will also be expected to draw on academic experience to underpin and carry out activities across a range of areas of academic and university life, aligned with the University’s strategic themes
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be confident managing multiple priorities, leading a team, and using systems to support bookings, reporting, and service delivery. Your communication skills will be key, as you’ll liaise with students
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aligned with the University’s mission of delivering impactful research and innovation. About you You will hold a PhD (or have equivalent experience) in a relevant field and bring proven expertise in
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aligned with the University's strategic goals. You will monitor and evaluate the impact and effectiveness of activities related to our Black students' experience, ensuring the high quality of the program
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responsible for working with the EpRG to manage multiple studies within the research portfolio. These will include LifeMap QUEST, an NIHR i4i-funded clinical study to confirm the safety and tolerability of a