We introduce out-of-plane metallic nanowire formation on DNA templates, which are stretched through a porous membrane by applying a receding meniscus interface. We demonstrate the direct electrical detection of DNA using these gold nanowire bridges between the membrane’s opposite surfaces. Such a simple electrical readout can be extended for biosensor applications, thanks to the high specificity and multiplexing offered by Rolling Circle Amplification (RCA).Part of proceedings: ISBN 978-069294183-6QC 20180117</p
© 2016 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim Silicon nanowire field-effect transistors (SiNW-...
Inspired by transmembrane pores found in cell membranes and the operating principle of the Coulter c...
This study presents a DNA detection method via hybridization of a probe oligonucleotide with a targe...
We introduce out-of-plane metallic nanowire formation on DNA templates, which are stretched through ...
Whereas electric circuits and surface-based (bio)chemical sensors are mostly constructed in-plane du...
We present an electrical sensor that uses rolling circle amplification (RCA) of DNA to stretch acros...
Molecular diagnostics is a fast growing field with new technologies being developed constantly. Ther...
Molecule detection is a workhorse in life sciences and medicine, for example in cancer diagnosis and...
We describe a novel application for detecting specific single strand DNA sequences using multisegmen...
Measurements of DNA conductivity, hybridization, and melting using electronic means can have wide ap...
The development of electrically addressable, label-free detectors for DNA and other biological macro...
This paper presents a study of sequence specific electronic conduction through short (15-base- pair)...
The ability to manipulate and identify the properties of single biological molecules with the potent...
The ability to detect biological analytes in a rapid, sensitive, operationally simple, and cost-effe...
Nanopores could potentially be used to perform single-molecule DNA sequencing at low cost and with h...
© 2016 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim Silicon nanowire field-effect transistors (SiNW-...
Inspired by transmembrane pores found in cell membranes and the operating principle of the Coulter c...
This study presents a DNA detection method via hybridization of a probe oligonucleotide with a targe...
We introduce out-of-plane metallic nanowire formation on DNA templates, which are stretched through ...
Whereas electric circuits and surface-based (bio)chemical sensors are mostly constructed in-plane du...
We present an electrical sensor that uses rolling circle amplification (RCA) of DNA to stretch acros...
Molecular diagnostics is a fast growing field with new technologies being developed constantly. Ther...
Molecule detection is a workhorse in life sciences and medicine, for example in cancer diagnosis and...
We describe a novel application for detecting specific single strand DNA sequences using multisegmen...
Measurements of DNA conductivity, hybridization, and melting using electronic means can have wide ap...
The development of electrically addressable, label-free detectors for DNA and other biological macro...
This paper presents a study of sequence specific electronic conduction through short (15-base- pair)...
The ability to manipulate and identify the properties of single biological molecules with the potent...
The ability to detect biological analytes in a rapid, sensitive, operationally simple, and cost-effe...
Nanopores could potentially be used to perform single-molecule DNA sequencing at low cost and with h...
© 2016 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim Silicon nanowire field-effect transistors (SiNW-...
Inspired by transmembrane pores found in cell membranes and the operating principle of the Coulter c...
This study presents a DNA detection method via hybridization of a probe oligonucleotide with a targe...