Publications by authors named "L M Forrest"

Objective: Prior work has documented inequities in disordered eating behavior (DEB) prevalence across gender identity, race, and ethnicity, yet has often ignored the fact that individuals belong to multiple social groups simultaneously. The present study assessed DEB inequities at the intersection of gender identity and race/ethnicity.

Method: The sample included n = 10,287 adolescents (68% gender-diverse, 33% belonging to marginalized racial/ethnic groups).

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Up to a third of service members and Veterans experience disordered eating. Disordered eating can be maintained through negative reinforcement of painful and unpleasant emotions such as guilt, shame, sadness, and hostility. Hostility is a negative emotion that may be particularly relevant for service members and Veterans, yet hostility's relation to disordered eating remains understudied.

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The fifth edition of defines anorexia nervosa (AN) severity based on body mass index (BMI). However, BMI categories do not reliably differentiate the intensity of AN and comorbid symptoms. Shape/weight overvaluation has been proposed as an alternative severity specifier.

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Colvars is an open-source C++ library that provides a modular toolkit for collective-variable-based molecular simulations. It allows practitioners to easily create and implement descriptors that best fit a process of interest and to apply a wide range of biasing algorithms in collective variable space. This paper reviews several features and improvements to Colvars that were added since its original introduction.

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Article Synopsis
  • - The Darwin Tree of Life Project (DToL) focuses on sequencing high-quality genomes for all eukaryotic species in Britain and Ireland, highlighting the importance of accurate organism identification through DNA barcoding.
  • - DNA barcoding offers a reliable method for species identification and resolving taxonomic ambiguities, but it has not been widely used in projects creating reference genomes until this initiative.
  • - The project analyzed over 12,000 specimens, revealing that up to 20% needed further verification, leading to name changes for 2% of seed plants and 3.5% of animal specimens, while also suggesting improvements for future sequencing and data analysis.
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