Towards a context-specific approach to understanding lawyers' well-being: a synthesis review and future research agenda.

Legal sector organisations face mounting pressure to protect and promote lawyers' well-being. However, knowledge is fragmented, hindering research and practice development. Our review investigated current conceptual understanding and empirical evidence of contextual influences.

Intersectional Stigma for Autistic People at Work: A Compound Adverse Impact Effect on Labor Force Participation and Experiences of Belonging.

Background: Little research addresses the experiences of autistic people at work, yet employment prospects remain bleak. The extant literature takes a largely remedial perspective and does not focus on harnessing this population's considerable talents. In global organizational practice, several programs purposefully target autistic people for their abilities.

() Is Essential for Cell Proliferation and Cell Differentiation in Tomato.

Most flowering plant species contain at least two copies of the () gene with the encoded DEM proteins lacking homology to proteins of known biochemical function. In tomato (; ), stable mutations in the locus result in shoot and root meristem defects with the mutant failing to progress past the cotyledon stage of seedling development. Generation of a () transformant line in tomato allowed for the characterization of gene function past the seedling stage of vegetative development with plants displaying a range of leaf development abnormalities.

A systematic review of interventions to support adults with ADHD at work-Implications from the paucity of context-specific research for theory and practice.

Attention Deficit Hyperactivity Disorder (ADHD) is estimated to affect 3.5% of the global workforce. Despite the high prevalence rate, little is known about how best to support adults with ADHD (ADHDers) at work.

Discovery of a Novel Inner Membrane-Associated Bacterial Structure Related to the Flagellar Type III Secretion System.

The bacterial flagellar type III secretion system (fT3SS) is a suite of membrane-embedded and cytoplasmic proteins responsible for building the flagellar motility machinery. Homologous nonflagellar (NF-T3SS) proteins form the injectisome machinery that bacteria use to deliver effector proteins into eukaryotic cells, and other family members were recently reported to be involved in the formation of membrane nanotubes. Here, we describe a novel, evolutionarily widespread, hat-shaped structure embedded in the inner membranes of bacteria, of yet-unidentified function, that is present in species containing fT3SS.