Daniel A. Stolper

This study identifies the methanol-specific methyltransferase complex as the source of large carbon and hydrogen isotope effects in methanol-driven methane production, showing these effects are consistent across isozymes and persist at low methanol concentrations.

This paper measures temperature-dependent kinetic isotope effects (KIEs) in two rubisco forms, showing their KIEs decrease linearly with temperature, impacting interpretations of carbon isotope variations in Earth and biological sciences.

This study manipulates Methanosarcina acetivorans growth rate via CRISPR to show isotopic composition of methane depends on MCR expression and growth rate.