Modulating Chromatin during DNA Replication & Repair Agriculture Academic Year 2024 Accepted Biochemistry & Molecular Biology Student will conduct primary hypothesis-based research, learn to design experiments and interpret results. Student will utilize genetic, biochemical, or molecular strategies to assess functions of evolutionarily conserved metabolic enzymes and how their metabolic products influence chromatin, gene expression or responses to DNA damage using the budding yeast model organism Saccharomyces cerevisiae or mammalian cell culture. Ann L Kirchmaier Ann L Kirchmaier Student will aid graduate students in conducting 'wet bench' experiments utilizing genetic, biochemical and/or molecular biology techniques. General Chemistry and Introductory course background in Biochemistry, Molecular Biology or Genetics. Experience with research in Biochemistry preferred. 2 10 (estimated)