Julie Anne Maupin-furlow

This paper introduces GRN-BMuSeR, a Bayesian multi-species method for gene regulatory network inference, showing improved performance in bacteria and novel predictions in archaea.

This study characterizes HvFdR, a haloarchaeal flavin-dependent oxidoreductase, revealing its redox activity, catalytic properties, and role in NADP(H) homeostasis.

This study identifies lysine acetylation as a regulatory mechanism for redox-active proteins in Haloferax volcanii, showing differential effects on ferredoxin and its reductase partner.

This paper identifies lysine acetylation at K153 as a regulatory mechanism that enhances glycerol kinase activity and abundance in Haloferax volcanii during glycerol growth.

This study identifies HvPat2 as a GNAT family acetyltransferase that acetylates glycerol kinase to regulate glycerol metabolism in Haloferax volcanii.

This paper characterizes the biochemical properties of glycerol kinase from Haloferax volcanii, highlighting its robustness under extreme conditions and unique kinetic behavior.

The paper investigates the synthetic lethality of elp3 and pat2 genes in Haloferax volcanii through mutagenesis and sequencing, finding they are not a synthetic lethal pair.

The paper re-sequences 60 archaeal strains from two species to assess genetic divergence and identify mutations arising from lab manipulations and transfers.

The paper identifies TroR as the primary regulator of iron homeostasis in Haloferax volcanii and shows it represses iron uptake and induces storage under iron sufficiency.