"It's more than a ride" veteran perceptions of peer specialist qualities and activities that were most valuable for post-incarceration reentry: a qualitative analysis.

Background: Reentry veterans experience many barriers to achieving physical and psychological well-being. While peer specialists can provide important support to veterans as they readjust to life post-incarceration, their specific activities and qualities most valued by veterans are not well known. The Post-Incarceration Engagement (PIE) intervention, coordinated with VA's Health Care for Reentry Veterans (HCRV) program, links reentry veterans with a peer specialist who provides connection to services and social-emotional support during the reentry process.

Direct Measurement of the Mutation Rate and Its Evolutionary Consequences in a Critically Endangered Mollusk.

The rate at which mutations arise is a fundamental parameter of biology. Despite progress in measuring germline mutation rates across diverse taxa, such estimates are missing for much of Earth's biodiversity. Here, we present the first estimate of a germline mutation rate from the phylum Mollusca.

Using What Matters Most to improve health care delivery for individuals and populations of veterans experiencing homelessness and substance use disorders.

Objectives: To understand ways in which the Personal Health Inventory (PHI), a tool to prompt reflection on what matters most and status in 8 components of health and well-being, can be used to inform care of homeless veterans entering a Mental Health Residential Rehabilitation Treatment Program, at individual and programmatic levels.

Methods: Mixed method study was conducted at one residential treatment program. Quantitative data was collected from the PHI (n=64) and was analyzed using descriptive statistics.

A pressure-jump EPR system to monitor millisecond conformational exchange rates of spin-labeled proteins.

Site-directed spin labeling electron paramagnetic resonance (SDSL-EPR) using nitroxide spin labels is a well-established technology for mapping site-specific secondary and tertiary structure and for monitoring conformational changes in proteins of any degree of complexity, including membrane proteins, with high sensitivity. SDSL-EPR also provides information on protein dynamics in the timescale of ps-μs using continuous wave lineshape analysis and spin lattice relaxation time methods. However, the functionally important time domain of μs-ms, corresponding to large-scale protein motions, is inaccessible to those methods.