Management of adult sepsis in resource-limited settings: global expert consensus statements using a Delphi method.

Purpose: To generate consensus and provide expert clinical practice statements for the management of adult sepsis in resource-limited settings.

Methods: An international multidisciplinary Steering Committee with expertise in sepsis management and including a Delphi methodologist was convened by the Asia Pacific Sepsis Alliance (APSA). The committee selected an international panel of clinicians and researchers with expertise in sepsis management.

State-Level Structural Racism and Children's Dental Care Access and Oral Health.

Introduction: Black children in the United States have lower rates of dental visits and higher rates of poor oral health. However, few studies have examined the role of structural racism as a contributor to racial gaps in children's oral health. This study assessed associations between state-level structural racism and oral health outcomes of children and the related Black-White disparities.

The Organum Vasculosum of the Lamina Terminalis Contributes to Neurohumoral Mechanisms of Renal Vascular Hypertension.

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Connecting the dots: relationship between heart rate and overall dynamic body acceleration in free-ranging cattle.

Monitoring physiological indicators including heart rate (HR) is crucial for managing animal welfare across diverse settings, from precision livestock farming to wildlife conservation. HR is a reliable indicator of energy expenditure and stress, yet the invasive nature of HR loggers limits their application in wild and free-ranging species. This study explores whether overall dynamic body acceleration (ODBA), measured with an external accelerometer, can serve as a less invasive proxy for HR.

Urinary proteomics identifies distinct immunological profiles of sepsis associated AKI sub-phenotypes.

Background: Patients with sepsis-induced AKI can be classified into two distinct sub-phenotypes (AKI-SP1, AKI-SP2) that differ in clinical outcomes and response to treatment. The biologic mechanisms underlying these sub-phenotypes remains unknown. Our objective was to understand the underlying biology that differentiates AKI sub-phenotypes and associations with kidney outcomes.