Research Articles published by eLife are full-length studies that present important breakthroughs across the life sciences and biomedicine. There is no maximum length and no limits on the number of display items.
Christopher D Adam, Ehsan Mirzakhalili ... John A Wolf
Experimental TBI results in distinct patterns of network-level pathophysiology in the hippocampus that may contribute to TBI-associated cognitive deficits.
Nooshin Sheidaei, John K Eykelenboom ... Tomoyuki U Tanaka
An actomyosin network (PANEM) forms around the nucleus in prophase, and its contraction repositions peripheral and polar chromosomes to facilitate their interaction with the mitotic spindle, ensuring their correct segregation.
Katie H Long, Emily E Fitzgerald ... Charles M Greenspon
The breast, despite its importance in sexual and affective touch, exhibits poor tactile localization and demonstrates a relationship between size and innervation density.
Evgeny Zatulovskiy, Magdalena B Murray ... Jan M Skotheim
Cellular sensitivity to cell death stimuli depends on cell-size-dependent proteome changes - specifically, cell size can modulate ferroptosis susceptibility through changes in glutathione biosynthetic enzymes, ferritin, and cathepsin B concentrations.
Ourania Semelidou, Mathilde Tortochot-Megne Fotso ... Andreas A Frick
Altered tactile decision-making in autism reflects context-dependent weighting of sensory inputs and diminished integration of sensory history, enhancing low-salience discrimination while reducing category-based perceptual facilitation.
Sophie Hall, Iara Aime Cardoso ... Christiane Schaffitzel
A generic strategy for producing functional snake venom metalloproteinases opens the field to reproducible mechanistic studies and inhibitor discovery.
A comprehensive mutational scan of TYK2 identifies novel allosteric sites, elucidates functional drug-protein interactions, and links autoimmune disease protection to reduced TYK2 protein abundance.
Gabriela Giordano, Robin Buratowski ... Stephen Buratowski
The TFIIH subunit Tfb3/MAT1 can be split into two parts to uncouple the TFIIH kinase and DNA translocase modules, resulting in unfocused C-terminal domain phosphorylation.
