July 31, 2026 - This study developed a Nano–Bio–AI conceptual framework through a PRISMA-guided systematic literature review to examine the convergence of nanotechnology, biotechnology, and artificial intelligence for advanced biomedical and environmental applications. The synthesized evidence demonstrates that integrating these complementary technological domains offers significant opportunities for improving diagnostic accuracy, targeted therapeutics, drug discovery, environmental monitoring, and sustainable remediation.

June 11, 2026 - Second, interdisciplinary ... biomedical diagnostics, and physiological sensing underscores the broad societal impact of advanced sensor technologies....

May 20, 2026 - The path of plasmonics in environmental monitoring is one of accelerating convergence, where advances in nanomaterial science, photonic integration, artificial intelligence, and networked systems are coalescing to create a new generation of ...

1 week ago - Real-time blood monitoring using nanotechnology in the biodigital convergence relies on nanobiosensors that integrate biological specificity with nanomaterials to detect biomarkers with extreme sensitivity.

February 6, 2026 - The convergence of nanotechnology, ... environmental surveillance by offering cost-effective, portable, and high-performing tools to ensure protection of public health and ecosystem....

The future of environmental monitoring ... contaminants in water, soil, and air. Nanomaterials like carbon nanotubes and gold nanoparticles enhance sensor sensitivity and stability, enabling detection at trace levels crucial for early intervention....

Second, interdisciplinary ... of environmental monitoring, biomedical diagnostics, and physiological sensing underscores the broad societal impact of advanced sensor technologies....

February 26, 2026 - Environmental monitoring has always ... is changing fast. Nanotechnology is now enabling the development of portable, highly sensitive, and rapid detection devices for pollutants in water, air, and soil....

Nanobiosensors have become the new tools that possess exceptional ability in the detection and analysis of different biological and chemical entities, attaining exceptionally high sensitivity and specificity through the convergence of nanotechnology and biological sensing.

1 week ago - . Real-time blood monitoring using nanotechnology in the biodigital convergence relies on nanobiosensors that integrate biological specificity with nanomaterials to detect biomarkers with extreme sensitivity.

June 24, 2025 - Nanobiosensors have become the new tools that possess exceptional ability in the detection and analysis of different biological and chemical entities, attaining exceptionally high sensitivity and specificity through the convergence of nanotechnology ...

January 30, 2026 - Biosensor technology has witnessed a metamorphosis-from the groundbreaking enzyme-based electrodes introduced in the 1960s to today's smart multifunctional diagnostic platforms and AI based biosensors. The development from basic molecular recognition to highly-integrated systems described in this review indicates the driving forces behind recent advances in biorecognition elements and transduction mechanisms coupled with nanotechnology-enabled unprecedented sensitivity, selectivity, and real-time monitoring.

2 days ago - Nanomaterial-based biosensors have emerged as powerful tools for rapid monitoring and detection of environmental pollution, offering unprecedented sensitivity, selectivity, and real-time analysis capabilities.

These technologies can come together in an integrated environmental risk-governance architecture, where · nanotechnology provides the ability to detect, AI will provide the ability to interpret, and machine learning · will provide the ability to predict and decide.

June 10, 2026 - The convergence of synthetic biology and nanobiotechnology is enabling the development of a new generation of intelligent biosensors capable of sensing, processing, and responding to environmental and biological stimuli.

Biomimicry involves the action ... functionalities similar to biomolecules. The combination of biomimicry with nanotechnology has led to the development of nanodevices, including biosensors....

February 14, 2025 - Conclusion The combination of biology ... healthcare. Biosensors for real-time, non-invasive health monitoring can be built by utilising the distinct qualities of nanomaterials and the specificity of biomolecules....

February 14, 2025 - Real-Time Monitoring: Vital signs and other health parameters are continuously monitored by wearable and implanted biosensors. Point-of-Care Diagnostics: In remote and resource-constrained environments, quick, precise, and reasonably priced ...

June 1, 2026 - EI goes beyond the realm of passive sensing by leveraging the intelligence of AI to convert raw data into actionable knowledge, thereby allowing early warning schemes, risk management, and adaptive resource management of environmental resources, specifically water resources [16]. While traditional research focuses heavily on individual sensor performance, which is largely irrelevant to EI, it highlights increased reliability, interpretability, and sustainability, which are becoming increasingly essential than ever before within the regulatory framework. Thus, this review aims to critically analyze the current developments within the convergence of nanotechnology and AI to achieve near-real-time monitoring of water quality and aquatic environments.

September 3, 2026 - By integrating advances in nanotechnology, environmental science, digital engineering, and sustainability assessment, this review provides a strategic roadmap toward predictive, resilient, and environmentally responsible mining systems capable of supporting both global resource security and ecological stewardship. This review adopts a critical integrative framework to examine the convergence of nanoparticle-enabled sensing technologies, IoT infrastructures, AI-driven analytics, digital twin systems, and sustainability assessment for environmental monitoring in mining operations.