S. Boeren

This study identifies an ultra-rapid auxin response system in Arabidopsis thaliana roots using phosphoproteomics, revealing over 1700 proteins modified within 30 seconds.

This study examines the relationship between the faecal microbiome and metaproteome and the outgrowth of cow's milk allergy in infants over 12 months.

This study characterizes the microbial and peptidomic composition of raw and heated milk kefir and shows that raw milk kefir suppresses allergic responses in mice.

The paper identifies bacterial enzymes involved in producing ether-linked membrane-spanning lipids and shows that branched iso-fatty acids are their building blocks.

This study shows that manganese affects metabolic activity and redox balance in non-growing Lactococcus cremoris cells, influencing acidification rates and flavor compound formation.

This study investigates the physiological roles of short-chain and long-chain menaquinones in Lactococcus cremoris by analyzing mutant strains with altered MK profiles under different growth conditions.

This study shows that vitamin B12 enhances anaerobic growth and virulence of L. monocytogenes on rhamnose by activating the pdu BMC pathway and upregulating stress defense and virulence factors.

This study investigates how bacterial microcompartment-dependent ethanolamine and propanediol metabolism in Listeria monocytogenes affects its interaction with Caco-2 cells, finding enhanced translocation efficacy with active BMCs.

This study identifies NbGRP7 as a novel RNA-binding protein that enhances immunity by interacting with Gpa2 and Rx1, regulating their function through an intact RNA recognition motif.

This study shows that vitamin B12 activates the pdu pathway in L. monocytogenes, enabling anaerobic growth on rhamnose via 1,2-propanediol degradation and BMC formation.

This study shows that Listeria monocytogenes uses bacterial microcompartments (BMCs) for anaerobic ethanolamine catabolism, which is linked to flavin-based extracellular electron transfer to balance redox states.

This study identifies a gene cluster in Anaerobutyricum and Anaerostipes species that enables lactate and acetate conversion to butyrate, highlighting their adaptation for intestinal metabolism.