This study enhances drug release evaluation and improves therapeutic outcomes using advanced dissolution testing techniques.

Biomarker-driven hypertension diagnostics enhance early detection, predict complications, and support precision medicine strategies to reduce global cardiovascular disease burden.

This study models current and future habitats, highlighting climate-driven distribution shifts and guiding conservation strategies for two economically valuable medicinal plants.

The study underscores nanoparticles' potential to improve stability, bioavailability, and therapeutic efficacy of anti-diabetic drugs versus conventional formulations.

Identifying effective physical activities for elderly depression supports holistic, low-cost, evidence-based interventions that enhance mental health and healthy aging.

Effective impurity control safeguards patient safety while accelerating pharmaceutical innovation and regulatory approval.

This study evaluates collaborative governance in South Sulawesi to address illegal cosmetics, enhancing public health, regulatory compliance, and stakeholder coordination.

This study is significant as it highlights the effectiveness of smart nutrition and active living in managing hypertension, promoting sustainable, non-pharmacological interventions for better cardiovascular health.

High viral load in HCC patients correlates with worsened liver function, systemic complications, and increased mortality, underscoring the need for early intervention.

The study seeks to develop an HCC risk profile framework for clinicians to identify patients who may be at risk.

Understanding immune mechanisms in atherosclerosis enables development of targeted anti-inflammatory therapies, improving cardiovascular outcomes and plaque stabilization strategies.

This case highlights the challenges of managing ruptured aortic aneurysms with comorbidities, emphasizing multidisciplinary care and TEVAR’s limitations in complex cases.

This study highlights post-pandemic roles of Bangladeshi pharmacists, emphasizing their evolving contributions to healthcare access, management, and therapeutic decision-making.

This study demonstrated the potential of AI to revolutionize cancer care through improved diagnostics, personalized treatment, and ethical implementation.

This study determined Nickel (II) phthalocyanine's antioxidant efficacy, structural characterization, and versatile applications in industry and therapeutic advancements.

AI improves diagnosis, treatment planning, and patient outcomes by enabling early, accurate Alzheimer's disease identification using sophisticated data analysis.

This study evaluates Ostodes pauciflora Merr. seed oil for antidiabetic properties, providing insights into its potential as a functional food alternative.

The results demonstrate a strong link between vitamin D deficiency and an increased risk of coronary heart disease in adults.

This review elucidates autoimmune mechanisms in Crohn’s disease, highlighting emerging molecular targets to advance precision immunotherapy and improve patient outcomes.

AI-driven contrast mapping enhances voxel-level T2-MRI brain analysis, revealing phenotypic variations crucial for early diagnosis and neurodevelopmental profiling 

This study shows how AI can change the way drugs are made and delivered, making healthcare faster, more personalized, and cheaper.

Clarifies the potential role of vitamin D and kidney dysfunction in diabetic nephropathy through clinical and molecular analysis.

This study clarifies structural features driving potent α-glycosidase inhibition, enabling rational design of selective therapeutics through integrated computational–experimental mechanistic insights.

This study highlights how prenatal endocrine disruptor exposure impairs neurodevelopment, emphasizing mixture effects, biological mechanisms, and urgent regulatory intervention needs.