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

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

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

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

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

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.

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.

This review clarifies Bangladesh’s lung cancer burden and highlights urgent needs for prevention, early diagnosis, registry development, and equitable care.

Aeration shifts the stocking density optimum upward, enabling more productive and profitable semi-intensive tilapia farming without proportional performance loss.

Reveals that grassroots e-governance in Bangladesh improves basic service efficiency but remains institutionally fragile, unevenly implemented, and largely non-participatory.

This study clarifies which governance practices most strongly drive local government effectiveness in Bangladesh, informing targeted decentralization reform.

Valorizing fishery and agricultural waste provides sustainable, high-performance carbon materials for next-generation energy storage systems.

Biomass-derived activated carbon enhances supercapacitor performance while promoting sustainability and circular economy practices.

Delivers the first quantitative meta-analytic benchmarks for lignocellulosic nanomaterial adsorption performance, directly informing material selection for sustainable, scalable wastewater treatment.

Clarifies how interfaces, materials choice, and sustainability jointly determine solid-state battery performance, guiding safer high-energy storage design and scalable deployment.

This study clarifies how advanced sorbents enable sustainable metal remediation and recovery, supporting circular economy strategies and resource security.

This study clarifies environmental benefits of lithium recycling, supporting evidence-based decisions for low-carbon, circular battery material supply chains.

Integrating analytics, machine learning, and cybersecurity enhances organizational resilience, decision-making, and ethical digital strategy in data-driven enterprises.

This review highlights safe, efficient quantum dot design for biomedical, environmental, and optoelectronic applications.

Enhances understanding of AI adoption, guiding organizations toward ethical, efficient, and strategic integration for competitive advantage.

This review highlights advances in PIB materials, guiding strategies for high-performance, cost-effective, and durable potassium-ion energy storage systems.

Hybrid work effectiveness depends on culture, connectedness, and fair performance systems to sustain engagement and productivity.

Optimizing hybrid and remote work enhances knowledge worker well-being, engagement, and productivity through balanced structures and support.

Optimizing hybrid and remote work enhances knowledge worker well-being, engagement, and productivity through balanced structures and support.