Global ETD Search

Mapping the metabolic protein interactome that supports energy conservation at the limits of life

Williams, Seré Anne, author, Santangelo, Thomas, advisor, Hansen, Jeffrey C., committee member, Pilon, Marinus, committee member, Anderson, G. Brooke, committee member, Snow, Christopher, committee memberColorado State University. Libraries2024

Distinct metabolic strategies yield energetic gains from a wide variety of substrates, yet only three overarching methods of energy conservation have been defined: substrate level phosphorylation, the generation of a charged membrane, and electron bifurcation. The dominant theme of known energy …

colostate Repository record for Mapping the metabolic protein interactome that supports energy conservation at the limits of life (opens in a new tab)