A new narrative review argues that AI-driven biosensors for antimicrobial resistance monitoring require claim-specific validation and controlled lifecycle management rather ...
Researchers have demonstrated that secondary DNA aptamers can recognize ligand-induced conformational states in primary aptamers, establishing an alternative mode of ...
A new review in Biomedical Microdevices examines how artificial intelligence integrated with microfluidic, electrochemical, optical and CRISPR-based biosensors could enable ...
A new review argues that veterinary drug residues persist through cooking and fermentation, while emerging detection technologies remain too immature ...
A new review in Discover Catalysis maps how pairing two metals in core-shell, nanocluster, framework and nanoflower structures boosts enzyme-mimicking ...
A new review details how gold nanoparticles, magnetic particles and two-dimensional materials are enhancing isothermal amplification assays across sample preparation, ...
A new review maps how isothermal amplification combined with engineered nanomaterials is enabling ultrasensitive, portable detection of cancer-related nucleic acids ...
A comprehensive review shows that fungal glutamate dehydrogenases act as integrative regulators of nitrogen metabolism, morphogenesis and infection, with inhibitors ...
A new study combining a literature review, expert interviews and a two-round Delphi consensus proposes a contemporary, interdisciplinary definition of ...
A new review maps how engineered gold and silver nanostructures, biochemical signal amplification and artificial intelligence are driving SERS biosensors ...
A new review finds nanomaterial-enabled biosensors achieve extraordinary detection limits in laboratories but rarely survive clinical translation due to reproducibility, ...
A new review details how cellulose and paper substrates have become active, tunable platforms for electrochemical, gas, optical, and wearable ...
A new perspective argues that fully integrated 3D-printed devices combining sample preparation, fluidics, and sensing could reshape diagnostics, environmental monitoring, ...
A new review in Discover Sensors surveys how electrochemical, optical, microfluidic and nanomaterial biosensors are being engineered to detect cancer ...
A biodegradable microneedle patch made of polyvinyl alcohol, polyaniline and phytic acid monitors glucose in living plant leaves for 14 ...
A new perspective argues that chemometric modeling should be built into biosensor architecture, enabling selectivity, drift compensation, multiplexing and lower ...
A sweeping review finds graphene-based biosensors report extraordinary detection limits that are often extrapolated, rarely clinically validated, and still blocked ...
A new Perspective argues that paper and soft polymeric materials have become active platforms that are transforming electrochemical sensors for ...
A new review details how biomaterials, nanocarriers, gene-activated matrices and smart biosensor dressings are being engineered to restore angiogenesis and ...
A systematic analytical review maps how ultra-sensitive biosensors and programmable nanorobotic platforms are being combined into closed-loop cancer theranostic systems, ...
