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applying biochemical, microbiological, and analytical approaches to identify novel natural product scaffolds and elucidate their mechanisms. Key Responsibilities Design and execute microbiological
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applying biochemical, microbiological, and analytical approaches to identify novel natural product scaffolds and elucidate their mechanisms. Key Responsibilities Design and execute microbiological
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researcher to support cutting-edge research on stress adaptation in extremophilic microalgae. Our lab investigates molecular and cellular mechanisms evolved by extremophile Dunaliella species, using a
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research or scholarship; work under the supervision of a senior scholar. Solid background in high-energy theoretical and mathematical physics, including, but not limited to, quantum field theory and general
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adaptation in extremophilic microalgae. Our lab investigates molecular and cellular mechanisms evolved by extremophile Dunaliella species, using a multidisciplinary approach that integrates genomics
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; work under the supervision of a senior scholar. Solid background in high-energy theoretical and mathematical physics, including, but not limited to, quantum field theory and general relativity. KEY