The detection of genetic variations is a major challenge in the diagnosis of human genetic diseases. Some types of variations are detected in the analysis routine. Others, such as insertion-type structural variations, are much more complex to identify. The development of new sequencing technologies known as long reads facilitates the detection of these insertions. In particular, they have made it possible to generate reference callsets with an unprecedented quality. Nevertheless, this technology still has weaknesses that make it impossible to use it for the variant calling in clinical use. It is therefore essential to improve detection tools based on short read sequencing technologies used in a medical context. This thesis presents the char...
The objectives of this thesis fall within the broad issue of processing data from next generation se...
Les rétrotransposons sont des éléments génétiques mobiles qui constituent presque la moitié de notre...
DNA sequencing has become a ubiquitous part of individualized medicine, playing central roles in the...
The detection of genetic variations is a major challenge in the diagnosis of human genetic diseases....
La détection de variations génétiques est un enjeu majeur dans le diagnostic des maladies génétiques...
International audienceStructural variants (SV) are large-scale structural changes in the genome, tha...
International audienceBackground: Since 2009, numerous tools have been developed to detect structura...
The sequencing of the human genome has dramatically changed biology and opened the way to a better i...
Although recent developments in DNA sequencing have allowed for great leaps in both the quality and ...
Motivation: In the past few years, human genome structural variation discovery has enjoyed increased...
Abstract Background Structural variations in the form of DNA insertions and deletions are an importa...
La génétique, et par extension le séquençage de l’ADN, sont des outils qui ont transformé la compréh...
The objectives of this thesis fall within the broad issue of processing data from next generation se...
Les rétrotransposons sont des éléments génétiques mobiles qui constituent presque la moitié de notre...
DNA sequencing has become a ubiquitous part of individualized medicine, playing central roles in the...
The detection of genetic variations is a major challenge in the diagnosis of human genetic diseases....
La détection de variations génétiques est un enjeu majeur dans le diagnostic des maladies génétiques...
International audienceStructural variants (SV) are large-scale structural changes in the genome, tha...
International audienceBackground: Since 2009, numerous tools have been developed to detect structura...
The sequencing of the human genome has dramatically changed biology and opened the way to a better i...
Although recent developments in DNA sequencing have allowed for great leaps in both the quality and ...
Motivation: In the past few years, human genome structural variation discovery has enjoyed increased...
Abstract Background Structural variations in the form of DNA insertions and deletions are an importa...
La génétique, et par extension le séquençage de l’ADN, sont des outils qui ont transformé la compréh...
The objectives of this thesis fall within the broad issue of processing data from next generation se...
Les rétrotransposons sont des éléments génétiques mobiles qui constituent presque la moitié de notre...
DNA sequencing has become a ubiquitous part of individualized medicine, playing central roles in the...