Postdoctoral Scholar in Plant Stress Signaling and Regulatory Metabolites

Position Summary

Michigan State University's Plant Resilience Institute (PRI) is seeking a highly motivated and skilled postdoctoral researcher to lead a project focused on discovering a new class of regulatory metabolites and their nuclear signaling mechanisms that govern plant resilience. The project integrates bioinformatics, molecular genetics, protein structural prediction, and experimental validation to investigate their roles in gene regulation and stress response. The postdoctoral researcher will lean efforts in gene characterization, reverse genetics and ligand screening using phenotyping and molecular genetic approaches.

This is a unique opportunity to contribute to conceptual advances in plant stress hormone biology, while building tools and resources of broad utility to the plant science community. The successful candidate will join a highly interdisciplinary team led by Dr. Gregg Howe, with collaborators across PRI.

• Design and execute reverse genetic experiments (e.g., CRISPR/Cas9 knockouts and GFP-tagged overexpressors) to evaluate the functional roles of prioritized candidate genes
• Develop and apply protein turnover assays using fluorescent-tagged constructs and metabolite treatments
• Collaborate with PRI labs on phenotyping (e.g., drought, heat, insect resistance) and transcriptome analysis
• Analyze protein structure using Alpha Fold and guide mutagenesis strategies for dominant gain-of-function alleles
• Coordinate with internal collaborators on compound screening and ligand-binding assays
• Contribute to data interpretation, manuscript preparation, and dissemination of findings through publications and conferences

Doctorate
-Plant Biology, Molecular Biology, Biochemistry and Genetics

• Ph.D. in Molecular Biology, Plant Biology, Genetics, Biochemistry, or a related field by the time of appointment
• Demonstrated experience with plant transformation, reverse genetics, and phenotypic analysis
• Familiarity with gene expression analysis and confocal microscopy
• Strong communication, organizational, and team collaboration skills

• Experience with phytohormone biology or regulatory metabolite research
• Familiarity with compound screening or receptor-ligand interaction assays
• Background in bioinformatics or phylogenomics a plus

Please submit a cover letter detailing research experience and motivation for joining the PRIME project, a curriculum vitae and contact information for three references. online ((Use the "Apply for this Job" box below).-266fbe
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