From disparities to equity: striving for more in our treatments for feeding and eating disorders.

Adopting a framework of equity is urgently needed to reduce disparities persistent in feeding and eating disorder (FED) treatment models. This framework must emphasize the exchange of knowledge between relevant stakeholders and implementation strategies to impact practice and embrace a systemic change in the FED field.

Genome Characterisation of Invasive in Pregnancy: The Noticeable Placental Tissue Tropism Is Distributed across the Species Rather Than Linked with Capsulation or Particular Clones.

Pregnancy is associated with a 5-26 times increased risk of invasive infection and subsequent adverse pregnancy outcomes. Incidence rate and outcome are published in some regions, but the characterisation of bacterial isolates is limited. We performed comparative genomic analyses of isolates from 12 pregnancy-associated cases, cultured from maternal bacteraemia in pregnancy (nine), postpartum bacteraemia (one), neonatal bacteraemia (one), and placental tissue (one).

Evaluating skills for psychological recovery with gunshot injury survivors in a hospital-based early intervention program.

Gun violence is a serious public health problem that places surviving victims at increased risk for a variety of mental health problems, including posttraumatic stress disorder (PTSD) and depression. Recognizing that many gunshot injury survivors lack access to mental health care in the early aftermath of a shooting, there has been growing interest in the use of early, preventive mental health interventions to help prevent long-term mental health complications like PTSD as part of routine care for survivors in acute medical settings, where initial outreach to survivors may be more successful. This study evaluates clinical outcomes associated with one such early intervention-Skills for Psychological Recovery (SPR)-provided to gunshot injury survivors as part of a hospital-based early intervention program embedded in a Level 1 trauma center in the Midwestern United States.

An automated algorithm for the determination of oil absorption strategy of magnetic nanoparticles from SEM images.

In recent years, the magnetic iron oxide nanoparticles (MNPs) are employed as efficient absorbents for oil removal from water. In this research, the particle size (diameter) obtained from Scanning Electron Microscopy (SEM) images of MNPs, before and after oil-absorption, are utilized to determine the oil-absorption capacity. However, the manual evaluation of the particle size and particle size distribution (PSD) are highly time-consuming and needs expertised people for accurate analysis.