What question did this study set out to answer?

The aim is to explore how innovations in biosensors can improve the detection of biomarkers for early diagnosis and prevention of diseases.

June 22, 2021BiomedicinesOpen Access

Biosensors Designed for Clinical Applications

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This article discusses advances in biomarker detection using innovative biosensors, highlighting material innovations and challenges for researchers.

The aim is to explore how innovations in biosensors can improve the detection of biomarkers for early diagnosis and prevention of diseases.
Review of recent advancements in biosensor technologies focused on biomarker detection.
Emphasis on innovations in nanomaterials, bioreceptor engineering, and microfluidics.
Examples drawn from the authors' work in developing sensitive assays.
Significant advancements in the sensitivity of assays for detecting low abundance biomarkers have been achieved.
Innovative sensor materials have been developed that improve detection capabilities within complex biological samples.
Challenges regarding the integration of new technologies into clinical settings have been identified.

Rusling et al. (2021) studied this question.

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This article discusses advances in biomarker detection using innovative biosensors, highlighting material innovations and challenges for researchers.