A recent study published in PLOS Biology by Dr. Martin Ackermann and his team has shed light on the rapid evolution of surface-bound bacteria. The researchers found that mutations in key global regulators such as RicT, RNAse Y, and LexA trigger significant shifts in gene expression, influencing nearly half of all genes. This process ultimately shapes the bacteria's adaptive strategies for colonizing and expanding on surfaces.
A recent study led by Dr. Sussman and his team, published in Structural Biology, has shed light on the factors influencing the visualization of ligand-protein complexes using a bacterial phosphotriesterase. The study's examination of 12 crystal structures emphasized the role of protein expression tags and space group in ligand binding, underlining the need for meticulous experimental design to ensure accurate structural studies.
A recent study has examined the role of phenotypic switching in cancer cells and its significant impact on the development of isolated tumor foci, which contributes to multifocal tumor formation. The research, conducted by Dr. Zuzanna Szymańska, Dr. Mirosław Andrzej Lachowicz, and their team, was published by Science Direct.
A recent study underscores the potential of converting carbon dioxide and waste plastic into flash graphene (FG), a process that could yield significant environmental benefits in composite applications. The research, conducted by Dr. Paul Advincula, Dr. Wei Meng, among others, was published by Wiley.
