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Deep neural networks reveal organic pollutants\u27 dominance in global inflammatory bowel disease.
No full textInflammatory bowel disease (IBD) is increasing globally, with risk factors still poorly understood and influenced by both genetic and environmental factors. The role of atmospheric pollutants, particularly precursor organic pollutants contributing to \u3c 2.5 µm size particulate matter (P
Silver Linings 2025
No full texthttps://scholarcommons.towerhealth.org/silver_linings/1004/thumbnail.jp
Unveiling Psychiatric Complexities in 48,XXYY Syndrome: A Case Study.
No full textThe 48,XXYY syndrome sex chromosome variation is a genetic condition defined by the presence of an extra X and Y chromosome, confirmed with karyotype testing. Despite their similarities, 48,XXYY syndrome is distinct from Klinefelter syndrome on account of several factors, including psychiatric ones. This case report focuses on an individual with a history of 48,XXYY syndrome, autism spectrum disorder (ASD), and attention-deficit/hyperactivity disorder (ADHD) who had multiple psychiatric presentations for worsening depression and suicidal ideation. This case explores some of the comorbid psychiatric conditions considered in this patient\u27s presentations and reviews the existing literature to contemplate the differential diagnosis. The individual in this case exhibited behaviors linked to ASD or underlying personality disorder traits that initially complicated treatment, but with increasing familiarity and collateral history, appropriate recommendations were made. 48,XXYY syndrome warrants further interest, as it has had limited coverage in the literature. It would be valuable to examine how this patient\u27s psychiatric profile compares to those of patients with other extra X or Y chromosome syndromes
Optimizing pediatric emergency triage in low-resource settings: evidence-based strategies, task-shifting, and technological innovations.
No full textPURPOSE: Effective triage in emergency settings is crucial to reduce pediatric mortality and improve timely access to care. However, in low-resource settings, the sustainability of models still faces barriers. This review aims to assess pediatric emergency triage in low-resource settings by employing evidence-based strategies, task-shifting, and technological innovations.
METHODS: A comprehensive literature review was conducted to assess current pediatric triage models, identify barriers to effective triage, and explore innovations suitable for low-resource settings.
RESULTS: Key challenges include overcrowding, limited training, scarce diagnostic resources, and inappropriate adaptation of adult triage systems. Successful models of triage assessment and treatment show promise but face sustainability challenges. Task-shifting to non-physician clinicians and community health workers enhances capacity, while digital tools, artificial intelligence, and point-of-care biomarkers improve diagnostic precision and triage accuracy. Ethical challenges and inequitable access persist, particularly for marginalized populations.
CONCLUSION: Optimizing pediatric triage in low-resource settings requires a multipronged approach including policy integration, capacity building, technology adoption, and community involvement. Sustainable triage systems should combine standardized protocols, training, real-time decision support, and continuous quality improvement tailored to local contexts
Financing of Pediatric Home Health Care: Policy Statement.
No full textHome health care is essential for children with chronic conditions and disabilities and children recovering from acute illness, injury, or surgery to ensure their daily health, function, and community participation. The American Academy of Pediatrics advocates for accessible, high-quality pediatric home health care by calling for development of pediatric-specific home health care regulations, eligibility guidance, and pediatric-focused metrics to facilitate high quality and access
Optimizing fever management in pediatric emergency medicine: pathophysiology, diagnostics, and evidence-based strategies.
No full textFever is a prevalent clinical manifestation in pediatrics, representing a significant proportion of emergency department (ED) visits worldwide. While fever is often benign and self-limiting, it can also indicate life-threatening infections requiring immediate intervention, particularly in neonates and immunocompromised children. This comprehensive review delves into the intricate pathophysiology of fever, exploring its dual role as a protective immune mechanism and a potential physiological risk. It critically examines diagnostic challenges, evidence-based management strategies, and global disparities in fever treatment. Special emphasis is placed on parental perceptions, the overuse of antipyretics, and the emerging role of artificial intelligence in fever diagnosis. Future directions include refining diagnostic biomarkers, implementing digital health tools, and advancing antimicrobial stewardship to curb antibiotic resistance. By improving clinical decision-making and public awareness, this review aims to optimize the management of febrile children worldwide and enhance patient outcomes
