#71: Bags of Chemistry with Amelie Andreas ’24, Biochem and Molecular Biology

Amelie started out in the biology department at Reed because she wanted to study bacteria and living things, but then she got a chance to start learning from the biochemists on the faculty. They helped her build the bridge from chemistry to life, which led her to switch her major from biology to biochemistry and molecular biology.

Amelie was also the second student producer for Burn Your Draft, working with us from 2021–22, and it was a delight to get to talk to her.

Reed community members can read Amelie’s thesis, “MntR: The Mastermind of Manganese Ion Homeostasis” online in the Electronic Theses Archive.

#24: Gaps between Cells with Segovia Garcia ’21, Biochem and Molecular Biology

Segovia wrote a cell biology thesis that focused on cell shapes and the spaces between them. She talks about the path she took to get her thesis, how it became a collaboration with work done at another institution, and the relationship between this thesis work and current cancer research.

Reed community members can read Segovia’s thesis, “Cytoskeletal Regulation by the Gap Junction Forming Proteins Innexins,” online in the Electronic Theses Archive.

#18: Tiny Machines with Kate Stoll ’04, Biochem and Molecular Biology

Kate Stoll ’04 reflects on her thesis work on ScaR proteins with Arthur Glasfeld, Margret Geselbracht Professor of Chemistry, and her fascination with proteins, the “tiny machines that do all the work in your body.” This was Frank’s first interview for the podcast and took place in-person in January 2020. Kate’s thesis title: “The DNA and metal ion specificity of ScaR, the Streptococcal cell adhesion protein regulator of ‘S. gordonii.'”

#9: DNA Investigations of Tiny Crustaceans with Nick Thayer ’20, Biology

Learn a bit about genomic sequencing and annotation of Daphnia magna (water fleas) with Nick as he talks about finding his thesis topic and advisor, and how he switched directions after the pandemic shutdown interrupted his lab work.

Reed community members can read Nick’s thesis online in the Electronic Theses Archive.