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Developing eggs and sperm differentially regulate specific steps of meiotic DNA repair by altering the composition and dynamics of proteins within synaptonemal complex.

Advanced glycation end-products (compounds which make the food appetizing and aromatic) intricately modulate organism’s homeostatic and hedonistic signaling pathways thereby inducing preferential consumption of excess nutrients offering preliminary insights into overconsumption of modern-day processed food.

Glucocorticoids are assumed to reflect 'stress,' but they increase proportionally to the increase in metabolic rate induced by stressors, leading us to propose that glucocorticoids reflect metabolic rate, not stress.

Clonal development, but not aggregation, promotes the transition of Darwinian individuality from cells to groups, emphasizing the fundamental role of initial multicellular life cycles in the evolution of multicellularity.

The use of within-host pathogen genomic sequence data can be used to improve phylogenetic and transmission estimates.

Human behaviour in a continuous decision making task adapts to the overall statistics of the sensory environment, and these adaptations are also reflected in changes in neural responses to incoming sensory evidence.

Isoform-specific variations in doublecortin-like kinases offer a new framework for understanding kinome-wide modulation of protein stability and catalytic activity.

A common genetic variant in Black patients increases the risk of renal disease, which increases the risk of sepsis, but there is no direct association between the variant and sepsis.

Leveraging time-varying and tissue-dependent genetic instruments into Mendelian randomization studies may help develop insight over more conventional applications.

The bicontinuous nanospheres platform enables dual encapsulation and in vivo activation of lipid and protein antigen-specific T cells, resulting in enduring lipid depots for sustained immune responses.