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to their research. Ideal candidates will be expected to employ state-of-the-art computational tools to analyze phylogenetic, metagenomic and multi-omics data sets generated from different clinical trials. Applicants
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to state-of-the-art experimental studies of quantum devices relevant for topological and superconducting qubits. The successful candidate will participate in all stages of these experiments, from initial
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should be open to learning new techniques and have a strong interest in using next-generation sequencing-based techniques to study virus-host interactions. Specifically, Individuals will perform epigenetic
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responsible for degradation, and quantify microbial responses to fluorinated pesticides and pharmaceuticals using cell sorting and sequencing techniques. The individual will also interact with, lead, and assist
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effects in pediatric cancer. Collaborate with other researchers to better understand the complex interactions between health determinants and disease outcomes. Extract and analyze large datasets
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learning new techniques and have a strong interest in using next-generation sequencing-based techniques to study virus-host interactions. Specifically, Individuals will perform epigenetic (Including histone
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response to pathogens. The lab uses state-of-the-art techniques including single cell RNA sequencing and spatial transcriptomics. The individual will have the opportunity to work on their professional
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analysis ●Assist with supervision of trainees and their interactions with study methods and data ●Contribute substantially to the preparation of manuscripts via literature review, data analysis and
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Climate is to advance the understanding of Earth system processes and the interaction among land, atmosphere, and water. Through research, teaching, and outreach we seek to: improve and protect the quality
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affecting methane production and also how methane production interacts with dissolved oxygen. An important focus is on the lability of dissolved methane and its degradation in lakes and ponds with varying