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Phage-based biosensors have great potential for use in the early identification of disease, which would provide viable alternatives to liquid biopsy as well as point-of-care testing techniques for early identification of cancers.
Abstract Global food security faces escalating threats from biotic and abiotic stresses, driving the urgent need for innovative strategies to enhance plant resilience in agricultural systems. Graphene-based nanomaterials (GNMs) have emerged as a promising toolkit for sustainable agriculture due to their unique physicoc...
This review synthesizes recent nanomedicine strategies that aim to bridge the gap between biomarker-oriented nanosensors and imaging probes for earlier detection with targeted nanocarriers designed to overcome delivery barriers, particularly the blood–brain barrier, while improving pharmacokinetics and limiting off-tar...
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