2017
DOI: 10.1002/chem.201701213
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Vertically‐Oriented and Shape‐Tailored Electrocatalytic Metal Nanowire Arrays for Enzyme‐Free Galactosemia Rapid Diagnosis

Abstract: Metallic catalytic nanowires such as nickel and copper nanowires (NWs) for electrochemical detection of carbohydrates involved in metabolic rare diseases are proposed. NWs were electrodeposited using a polycarbonate membrane template, which was cut with the desired shape, stuck in double-sided adhesive tape, pasted into a non-conductive substrate and in situ removed. This simple and versatile approach allowed to obtain NWs vertically oriented (v-NWs), which are contained in the double-sided adhesive tape, beco… Show more

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Cited by 6 publications
(3 citation statements)
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“…The same measurement method was also applied for the sensing of inulin in buffer solutions [ 117 ]. Recently, this measurement method was further developed into a miniaturized flow injection analysis system to detect galactose in urine of newborns for the diagnosis of galactosemia, a genetic disorder impairing galactose metabolization [ 118 ]. Nickel nanorods coated by electroless deposition with a gold layer freestanding on a substrate were used as electrode for the detection of glucose [ 119 ].…”
Section: Nickel Nanorod Applicationsmentioning
confidence: 99%
“…The same measurement method was also applied for the sensing of inulin in buffer solutions [ 117 ]. Recently, this measurement method was further developed into a miniaturized flow injection analysis system to detect galactose in urine of newborns for the diagnosis of galactosemia, a genetic disorder impairing galactose metabolization [ 118 ]. Nickel nanorods coated by electroless deposition with a gold layer freestanding on a substrate were used as electrode for the detection of glucose [ 119 ].…”
Section: Nickel Nanorod Applicationsmentioning
confidence: 99%
“…With the advent of 3D printing, the development of sensing systems has been expanding at an increasing rate with the fabrication of functional interfaces and devices at reduced prices and with great versatility. , Despite there being other cutting-edge technologies also complying with these features, 3D printing is becoming of increasing interest for the electrochemistry community. More specifically, the field of electroanalysisparticularly electrical/electrochemical sensors and point-of-care devicescan benefit from this technology by customizing electrode design ,,,,, or simply by creating the “housing” of the electrodes in a way that improves sample handling and enables automation, i.e.…”
mentioning
confidence: 99%
“…Over the past two decades, several metallic, compound semiconducting, and dielectric materials have been developed for NWs. NWs, with their large specific surface area and excellent electrochemical characteristics, can be utilized as carriers for biosensors that detect biomarkers and disease-related chemicals [ 66 ]. Furthermore, researchers have employed functionalized NWs to creat very sensitive biosensors capable of rapidly detecting tumor markers and disease-related molecules such as viruses, thereby providing a new technique of clinical diagnosis [ 67 , 68 ].…”
Section: Classification and Properties Of Nanomaterialsmentioning
confidence: 99%