2018
DOI: 10.1186/s40580-018-0169-7
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Correction to: Functionalized microneedles for continuous glucose monitoring

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Cited by 2 publications
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“…In contrast, solid microneedle patches can utilize their large surface area for direct contact with body fluids, and microneedle patches coated with a conductive layer can be used directly as effective electrodes for continuous glucose monitoring by electrochemical methods. 106 Dervisevic et al investigated a three-electrode system consisting of high-density silicon microneedles for painless monitoring of glucose in skin interstitial fluid. The high-density silicon microneedles were fabricated by UV lithography and deep reactive ion etching on crystalline silicon wafers, which were later attached to the surface of a 3D printed scaffold to form bare electrodes.…”
Section: Organic Polymer Nanocompositementioning
confidence: 99%
“…In contrast, solid microneedle patches can utilize their large surface area for direct contact with body fluids, and microneedle patches coated with a conductive layer can be used directly as effective electrodes for continuous glucose monitoring by electrochemical methods. 106 Dervisevic et al investigated a three-electrode system consisting of high-density silicon microneedles for painless monitoring of glucose in skin interstitial fluid. The high-density silicon microneedles were fabricated by UV lithography and deep reactive ion etching on crystalline silicon wafers, which were later attached to the surface of a 3D printed scaffold to form bare electrodes.…”
Section: Organic Polymer Nanocompositementioning
confidence: 99%