Michał M. Masternak

This study examines microbiome and immune changes in astronauts after short and long-duration spaceflights, finding stable gut and oral microbiomes but transient skin microbiome shifts and immune activation.

This study analyzes multi-omics data from two spaceflight missions to identify molecular changes in immune, skeletal, and vascular systems, providing insights for mitigating health risks during space travel.

This study shows that exosomes from cyclic mice can reverse liver transcriptome changes in estropausal mice, independent of age, by modulating miRNA content.

This study examines metabolic changes and senescent cell burden in young female mice with induced estropause, finding minor metabolic effects and no protective effect of senolytic drugs.

This study investigates the effects of dasatinib plus quercetin on uterine fibrosis in aged mice, showing increased p53 expression and reduced miR34a levels.