We are looking for a highly motivated computational postdoctoral scientist with expertise in computational genomics, statistics, computer science and/or physics to work in a highly collaborative, multidisciplinary research team studying 3D structure and function of the mammalian genome and its role in transcriptional regulation by integrative analyses of nuclear interaction data obtained using various modifications of Hi-C technique and other genome-wide datasets. The successful applicant will join the Nuclear Dynamics Programme led by Dr. Peter Fraser at the Babraham Institute (http://www.babraham.ac.uk/our-resear...lear-dynamics/) and will work in close collaboration with the Regulatory Genomics Group led by Dr Mikhail Spivakov. Experience with integrative and statistical analyses of next generation sequencing data and knowledge of the epigenetic regulation of gene expression and chromatin structure are highly advantageous. Informal enquiries may be made to [email protected]; [email protected]. The position is initially available for up to 2½ years.
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Computational postdoc in Cambridge, UK: transcriptional regulation in 3D genome
We are looking for a highly motivated computational postdoctoral scientist with expertise in computational genomics, statistics, computer science and/or physics to work in a highly collaborative, multidisciplinary research team studying 3D structure and function of the mammalian genome and its role in transcriptional regulation by integrative analyses of nuclear interaction data obtained using various modifications of Hi-C technique and other genome-wide datasets. The successful applicant will join the Nuclear Dynamics Programme led by Dr. Peter Fraser at the Babraham Institute (http://www.babraham.ac.uk/our-resear...lear-dynamics/) and will work in close collaboration with the Regulatory Genomics Group led by Dr Mikhail Spivakov. Experience with integrative and statistical analyses of next generation sequencing data and knowledge of the epigenetic regulation of gene expression and chromatin structure are highly advantageous. Informal enquiries may be made to [email protected]; [email protected]. The position is initially available for up to 2½ years.
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by SEQadmin2
NGS has revolutionized clinical microbiology by offering new ways to identify and surveil pathogens without prior knowledge of the target. One popular approach is 16S rRNA and ITS amplicon sequencing, which targets specific microbial markers. But studies are increasingly incorporating shotgun metagenomics, a technique that sequences all DNA from a sample without targeting specific microbial markers. This approach allows more detailed taxonomic classification, detection...-
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by SEQadmin2
Tumors contain complex mixtures of cell populations that evolve in response to treatment and host-specific factors. Tissue biopsies provide only static snapshots of a tumor’s state. But what if we could follow that evolution over time using a minimally invasive technique?
Liquid biopsies can detect tumor-derived material circulating in the bloodstream, providing a way to study treatment response, detect emerging resistance, and discover new biomarkers. Circulating...-
Channel: Articles
10-14-2026, 09:55 AM -
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Genome Sequencing Reveals Large, Repeat-Rich DNA in Trapdoor Spider Named for Stephen Colbert
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Started by SEQadmin2, 10-28-2026, 09:57 AM
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10-28-2026, 09:57 AM
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10-28-2026, 09:51 AM
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10-22-2026, 11:13 AM
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Started by SEQadmin2, 10-22-2026, 10:48 AM
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10-22-2026, 10:48 AM
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