This review systematically examines the integration of engineered protein modifications with biosensing technologies to enhance analytical performance and diagnostic accuracy.
First-pass extracted concept
biosensing technologies
Candidate: concept label2 source documents4 linked claims
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Evidence Snippets
The discussion then focuses on recent developments in integrated bioelectronics as a platform for externally triggered closed-loop systems, summarising key innovations in biosensing technologies, personalized therapeutic strategies, and data-driven control algorithms.
Supporting Sources
Linked Claims
Recent externally triggered closed-loop systems include innovations in biosensing technologies, personalized therapeutic strategies, and data-driven control algorithms.
Despite advances in detection platforms, real-world integration and standardization remain persistent challenges for protein modification-based biosensing approaches.
Integrating engineered protein modifications with biosensing technologies can enhance analytical performance and diagnostic accuracy.
Strategic manipulation of post-translational modifications improves biosensor sensitivity and specificity.