Add to ORKGAbstract: Electrochemical devices have received particular attention due to their rapid detection and great sensitivity for the evaluation of DNA-hazard compounds interaction mechanisms. Several types of bioanalytical method use nucleic acids probes to detect DNA damage. This article reviews current directions and strategies in the development and applications of electrochemical DNA sensors for the detection of DNA damage
General tendencies of the progress in the development of electrochemical DNA sensors devoted to the ...
In recent years, electrochemical deoxyribonucleic acid (DNA) sensor has recently emerged as promisin...
As our understanding of the human genome increases there is an ever expanding demand for fast, sensi...
Electrochemical methods provide information about DNA damage and its interactions with various subst...
Electrochemistry-based sensors offer sensitivity, selectivity and low cost for the detection of sele...
Electrochemistry-based sensors offer sensitivity, selectivity and low cost for the detection of sele...
In the present article, the research and development of electrochemical techniques, namely voltammet...
The interactions of some compounds such as anticancer drugs with DNA have been performed by a variet...
At present state electrochemical methods are able to detect DNA at namomolar concentration. A great ...
At present state electrochemical methods are able to detect DNA at namomolar concentration. A great ...
At present state electrochemical methods are able to detect DNA at namomolar concentration. A great ...
Electrochemical devices have received considerable attention in the development of sequence-specific...
At present state electrochemical methods are able to detect DNA at namomolar concentration. A great ...
General tendencies of the progress in the development of electrochemical DNA sensors devoted to the ...
General tendencies of the progress in the development of electrochemical DNA sensors devoted to the ...
General tendencies of the progress in the development of electrochemical DNA sensors devoted to the ...
In recent years, electrochemical deoxyribonucleic acid (DNA) sensor has recently emerged as promisin...
As our understanding of the human genome increases there is an ever expanding demand for fast, sensi...
Electrochemical methods provide information about DNA damage and its interactions with various subst...
Electrochemistry-based sensors offer sensitivity, selectivity and low cost for the detection of sele...
Electrochemistry-based sensors offer sensitivity, selectivity and low cost for the detection of sele...
In the present article, the research and development of electrochemical techniques, namely voltammet...
The interactions of some compounds such as anticancer drugs with DNA have been performed by a variet...
At present state electrochemical methods are able to detect DNA at namomolar concentration. A great ...
At present state electrochemical methods are able to detect DNA at namomolar concentration. A great ...
At present state electrochemical methods are able to detect DNA at namomolar concentration. A great ...
Electrochemical devices have received considerable attention in the development of sequence-specific...
At present state electrochemical methods are able to detect DNA at namomolar concentration. A great ...
General tendencies of the progress in the development of electrochemical DNA sensors devoted to the ...
General tendencies of the progress in the development of electrochemical DNA sensors devoted to the ...
General tendencies of the progress in the development of electrochemical DNA sensors devoted to the ...
In recent years, electrochemical deoxyribonucleic acid (DNA) sensor has recently emerged as promisin...
As our understanding of the human genome increases there is an ever expanding demand for fast, sensi...