The Future of Nurse-Led Research: The Road Ahead.

Description Nursing as a profession is full of innovation. From nurse-led research and new technology to emerging models of care, nurses continue to blaze trails and take steps to improve patient care. As one of the largest employers of nurses in the United States, HCA Healthcare has an obligation to produce research and evidence-based practices to pave the way for the future of nursing practice and potentially change how care is delivered.

Inspiring and Supporting Nurses' Scholarly Works Through a Special Issue Highlighting Nursing-Sensitive Indicators.

Description Nursing represents the largest discipline in health care, with just over 5 million nurses in the United States, and the discipline is under increasing pressure to make evidence-based decisions in the delivery of patient care. This special issue of the can inspire and support nurses' scholarly work with an eye to dissemination in peer-reviewed medical journals. This issue highlights nursing's contributions to improving patient outcomes through nurse-sensitive indicators, with the hope of elevating the quality of tomorrow's health care.

Computational analysis of electrical stimulation to promote tissue healing for hernia repair at varying mesh placement planes.

Development of a tear in the abdominal wall allowing for protrusion of intra-abdominal contents is known as a hernia. This can cause pain, discomfort, and may need surgical repair. Hernias can affect people of any age or demographic.

A preliminary viability study of an electrically active hernia mesh on mouse fibroblasts.

Hernias occur when part of an organ, typically the intestines, protrudes through a disruption of the fascia in the abdominal wall, leading to patient pain, discomfort, and surgical intervention. Over one million hernia repair surgeries occur annually in the USA, but globally, hernia surgeries can exceed 20 million. Standard practice includes hernia repair mesh to help hold the compromised tissue together, depending on where the fascial disruption is located and the patient's condition.

Vegetation, water infiltration, and soil carbon response to Adaptive Multi-Paddock and Conventional grazing in Southeastern USA ranches.

We examine Adaptive Multi-Paddock (AMP) grazed with short grazing events and planned recovery periods and paired ranches using Conventional Continuous Grazing (CG) at low stock density on vegetation, water infiltration, and soil carbon across SE USA. Increased vegetation standing biomass and plant species dominance-diversity were measured in AMP grazed ranches. Invasive perennial plant species richness and abundance increased with AMP grazing in the south, while in the north they increased on CG grazed ranches.