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the laboratory including ordering materials, stocking, and looking after equipment. Lab techniques will include handling microbes (bacteria, viruses, nematode parasites), DNA and RNA isolation, PCR and
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preparation from animal tissues, bacterial cloning and plasmid prep, PCR, protein purification, and flow cytometry analysis. Responsibilities include: - Performs mammalian cell culture and bacterial DNA preps
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analysis, mammalian and bacterial cell cultures, DNA preparation, and protein purification. • Plan and schedule experiments consistent with the timeline and objectives of ongoing research projects. • Support
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sequencing approaches, including ChIP-Seq, RNA-Seq, and ATAC-Seq, you will analyze genome-wide distribution of chromatin modifications and DNA-binding factors, as well as global gene expression. Interact with
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, and animal approaches. The candidate will be involved in studying NIH-funded projects by focusing on anti-cancer drug resistance, drug discovery, DNA repair, protein modification using both in vivo and
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. This position is supported by a newly NIH funded grant to study DNA repair by using cell and molecular approaches and animal models. The postdocs will design, organize and conduct specialized and advanced
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. This position is supported by a newly NIH funded grant to study DNA repair by using cell and molecular approaches and animal models. The postdocs will design, organize and conduct specialized and advanced
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preparation from animal tissues, bacterial cloning and plasmid prep, PCR, protein purification, and flow cytometry analysis. Responsibilities include: - Performs mammalian cell culture and bacterial DNA preps
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. Utilizing various sequencing approaches, including ChIP-Seq, RNA-Seq, and ATAC-Seq, you will analyze genome-wide distribution of chromatin modifications and DNA-binding factors, as well as global gene
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. Utilizing various sequencing approaches, including ChIP-Seq, RNA-Seq, and ATAC-Seq, you will analyze genome-wide distribution of chromatin modifications and DNA-binding factors, as well as global gene