This study highlights ethical and regulatory challenges of AI credit management in Bangladeshi banks, offering insights for responsible adoption.

AI enhances public health by improving disease prediction, healthcare delivery, and equity, while addressing ethical, technical, and infrastructural challenges.

This study highlights how improved governance quality, transparency, and accountability significantly enhance inclusive, sustainable economic growth and citizen trust in Bangladesh.

This study reveals long-term Sunset Yellow exposure induces biochemical toxicity and mammary changes, indicating potential health risks in humans.

Empowers rural farming communities through intelligent, sustainable energy systems by bridging AI innovation with social, technical, and institutional infrastructure.

Natural bioactives and therapeutics based on the microbiota provide promising, focused methods for successfully treating chronic, neurological, and cancerous conditions.

This study demonstrated AI’s transformative impact across business, engineering, and healthcare, emphasizing ethical integration for sustainable innovation.

The financial risk management system attains better predictive accuracy and decision-making efficiency through AI and ML technology implementation.

Cancer imaging enhances early detection, improves diagnostic accuracy, supports personalized treatment, and promotes equitable, efficient healthcare delivery.

This study shows IL4Rα molecular profiling as a predictive tool to identify allergy-prone antibiotics, improving safety and precision prescribing.

This study advances marine propulsion by identifying integrated engine, fuel, and hydrodynamic strategies to enhance efficiency and reduce environmental impact.

The study highlights essential strategies and innovations in medical waste management, crucial for protecting public health and environmental safety.

The study introduces rural depression, together with its contributing factors, to the importance of mental health education immediately.

This review highlights Gynura procumbens as a promising multi-target antidiabetic medicinal plant with translational potential for safer future diabetes management.