Add to ORKGRecently, several innovative designs for nucleic acid-based electrochemical sensing have appeared. These types of sensors combine nucleic acid layers with electrochemical transducers to produce a biochip
Silicon-based electric DNA chip arrays were utilized to fast identify pathogenic microorganisms with...
Nucleic-acid hybridisation techniques are a central tool for the genetic analysis of biological syst...
Transduction of biochemical events arising from nucleic acid hybridisation to electrically readable ...
A silicon chip-based electric detector coupled to bead-based sandwich hybridization (BBSH) is presen...
AbstractIn this paper we describe a novel portable system for nucleic acids electrochemical detectio...
Development of nucleic acid-based detection systems is the main focus of many research groups and hi...
The detection of particular genetic sequences aids in the early detection and diagnosis of disease; ...
The subject invention concerns materials and methods for detecting nucleic acid sequences. One aspec...
The analytical capabilities of electrochemical biosensors based on nucleic acids are systematized. I...
Nucleic acid analysis is one of the most important disease diagnostic approaches in medical practice...
Currently, electrochemical nucleic acid-based biosensing methodologies involving hybridization assay...
Based on electrical biochips made in Si-technology cost effective portable devices have been constru...
We developed a novel silicon biosensor based on magnetoelectronic transduction (MAGS) for nucleic ac...
Different factors influencing chip array-based electrical detection of DNA for analysis of pathogeni...
textThe focus of this doctoral thesis is on the development of a chip-based sensor array, composed ...
Silicon-based electric DNA chip arrays were utilized to fast identify pathogenic microorganisms with...
Nucleic-acid hybridisation techniques are a central tool for the genetic analysis of biological syst...
Transduction of biochemical events arising from nucleic acid hybridisation to electrically readable ...
A silicon chip-based electric detector coupled to bead-based sandwich hybridization (BBSH) is presen...
AbstractIn this paper we describe a novel portable system for nucleic acids electrochemical detectio...
Development of nucleic acid-based detection systems is the main focus of many research groups and hi...
The detection of particular genetic sequences aids in the early detection and diagnosis of disease; ...
The subject invention concerns materials and methods for detecting nucleic acid sequences. One aspec...
The analytical capabilities of electrochemical biosensors based on nucleic acids are systematized. I...
Nucleic acid analysis is one of the most important disease diagnostic approaches in medical practice...
Currently, electrochemical nucleic acid-based biosensing methodologies involving hybridization assay...
Based on electrical biochips made in Si-technology cost effective portable devices have been constru...
We developed a novel silicon biosensor based on magnetoelectronic transduction (MAGS) for nucleic ac...
Different factors influencing chip array-based electrical detection of DNA for analysis of pathogeni...
textThe focus of this doctoral thesis is on the development of a chip-based sensor array, composed ...
Silicon-based electric DNA chip arrays were utilized to fast identify pathogenic microorganisms with...
Nucleic-acid hybridisation techniques are a central tool for the genetic analysis of biological syst...
Transduction of biochemical events arising from nucleic acid hybridisation to electrically readable ...