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Field
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(GHGs), by greatly improving the accuracy of spectral line data, traceable to the International System of Units (SI). The candidate will develop molecular dynamics simulations to investigate refined
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). This role offers an exceptional opportunity to operate within a dynamic team employing cutting-edge human induced pluripotent stem cell (iPSC) technology to investigate the genetic and molecular underpinnings
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will join a dynamic, interdisciplinary team exploring the frontiers of mass spectrometry imaging and molecular modelling. As our Research Fellow, you will lead the computational arm of a Leverhulme Trust
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Research Fellow to join our dynamic cancer biology laboratory. The successful candidate will work on projects aimed at understanding the molecular mechanisms driving cancer progression, treatment resistance
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lab (marklundlab.com ), we investigate how sequence information in biological macromolecules governs recognition, binding, and dynamical structure. We combine high-throughput measurements of molecular
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). This pivotal role centres on elucidating the molecular and cellular mechanisms that drive ALS pathogenesis by leveraging cutting-edge methodologies, including the use of patient-derived induced pluripotent stem
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in medicine, and early successes in the field have demonstrated the dynamic interactions among individual microbial species and highlighted the crosstalk between microbiota and their hosts
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of statistical physics, soft matter, and biological physics. The successful candidate will contribute to the theoretical and computational investigation of the relaxation dynamics in glass-forming systems, with a
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complex biomolecular structures. You will join a dynamic, interdisciplinary team exploring the frontiers of mass spectrometry imaging and molecular modelling. As our Research Fellow, you will lead the
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complex biomolecular structures. You will join a dynamic, interdisciplinary team exploring the frontiers of mass spectrometry imaging and molecular modelling. As our Research Fellow, you will lead the