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protocols including digital PCR (dPCR), multiplex PCR, automated nucleic acid extraction, and microbial community analysis (metagenomics/bioinformatics). The participant will also have the opportunity to be
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, ecology, and bioinformatics. The participant will also receive training in experimental design, data analysis, preparation of technical and non-technical presentations, manuscript and grant writing, as
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genomics approach to examine host-pathogen interactions in several aquaculture species. The applicant will learn to integrate laboratory techniques with bioinformatics approaches, such as gene expression
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bioinformatic analysis and willingness to learn and develop new analysis pipelines. Affinity for marine invertebrate biology and genetics. Strong oral and written communication skills. Stipend $6,000.00
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or be pursuing a doctoral degree in one of the relevant fields (e.g., Plant Genetics, Agronomy, Genomics, Bioinformatics, Biology). Preferred Skills: Experiences and expertise to analyze high through put
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transcriptomics datasets generated by the host laboratory. To develop insecticidal molecules, the Fellow will utilize AI/machine learning, structural and computational biology, bioinformatics, and genomics tools
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within the past five years, or anticipated to be received by summer 2026. Preferred skills: Strong skills in molecular biology, population genetics and bioinformatics. Stipend $7,500.00 – $8,500.00 Monthly
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. What will I be doing? As the selected candidate, you will participate in research using a variety of molecular biology assays and bioinformatic tools to analyze malaria parasite genomes for the purpose
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molecular and -omic methods. Learn advanced statistical and bioinformatic analysis of bulk and single cell transcriptomic data. Develop methods to link food nutrition environment with health outcomes. Learn