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grants: In vitro fermentation and gut microbiome analyses of different varieties and food preparation of quinoa breeding lines and varieties. In vitro fermentation and gut microbiome/metabolomics/cell
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projects to characterize the cellular mechanisms of intracellular acid-base regulation in key tissues (e.g., heart, liver) during fish development, examine how acid-base regulation is shaped by ontogeny and
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. The Sharma lab is developing rationally designed, smart, clinically translatable novel cell-targeted nanotechnologies for target-specific drug/gene delivery and imaging applications to help diagnose and
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, and coordinate biochemical, molecular, and cell-biological experiments related to plant metabolism. In addition, you will record, analyze, and interpret experimental data under the guidance of senior
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focused on engineering valuable plant metabolites to improve crop agronomic traits and support biofuel and industrial applications. You will design, execute, and coordinate biochemical, molecular, and cell
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translatable novel cell-targeted nanotechnologies for target-specific drug/gene delivery and imaging applications to help diagnose and treat unmet medical problems in the areas of brain and eye diseases, and
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translatable novel cell-targeted nanotechnologies for target-specific drug/gene delivery and imaging applications to help diagnose and treat unmet medical problems in the areas of brain and eye diseases, and
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translatable novel cell-targeted nanotechnologies for target-specific drug/gene delivery and imaging applications to help diagnose and treat unmet medical problems in the areas of brain and eye diseases, and