Towards a Statistical Description of Experimental Data for Detection-estimation Problems in DNA Translocations through Nanopores. January 2011. Source; DBLP.

Abstract: This paper investigates the properties of DNA translocations signals in a stochastic framework. The considered.

Nanopore sensing has enabled label-free single-molecule measurements on a wide variety of analytes, including DNA, RNA, and protein complexes.

Bibliographic details on Towards a Statistical Description of Experimental Data for Detection-estimation Problems in DNA Translocations through Nanopores.

This paper investigates the properties of DNA translocations signals in a stochastic framework. The considered signals are relative to the translocation of ...

Towards a statistical description of experimental data for detection-estimation problems in DNA translocations through nanopores. S Michelet, JP Barbot, O ...

Towards a statistical description of experimental data for detection-estimation problems in DNA translocations through nanopores. S Michelet, JP Barbot, O ...

Nanopore translocation experiments are increasingly applied to probe the secondary structures of RNA and DNA molecules. Here, we report two vital steps ...

Nanopores are taking center stage as a tool that promises to read a DNA sequence, and this promise has resulted in overwhelming academic, industrial, and ...

Towards a Statistical Description of Experimental Data for Detection-estimation Problems in DNA Translocations through Nanopores. Conference Paper. Full-text ...