Scaffolding step in the genome assembly aims to determine the order and the orientation of a huge number of previously assembled genomic fractions (contigs/scaffolds). Here we introduce a particular case of this problem and denote it by Nested Pairs Scaffolding. We formulate it as an optimisation problem and propose an integer programming formulation for its resolution. The performed computational results on real and synthetic data show an excellent behaviour of our formulation
Advances in DNA sequencing technology over the past decade have increased the volume of raw sequence...
This paper describes a novel assembly approach for chloroplast genomes. It contains two modular step...
Abstract Genome assembly is one of the most important problems in computational genomics. Here, we s...
Scaffolding step in the genome assembly aims to determine the order and the orientation of a huge nu...
This paper presents a simple and fast approach for genome scaffolding, combining constraint modeling...
International audienceIn recent years the topic of genome assembly has become a focus of a number of...
International audienceScaffolding step in the genome assembly aims to determine the order and the or...
Motivation: Assembling genomes from short read data has become increasingly popular but the problem ...
International audienceWe develop a method for solving genome scafolding as a problem of finding a lo...
International audienceWe develop a method for solving genome scaffolding as a problem of finding a l...
International audienceWe describe a global optimization approach for genome assembly where the steps...
International audienceWe develop a method for solving genome scaffolding as a problem of finding a l...
International audienceBackground Scaffolding is a bioinformatics problem aimed at completing the con...
International audienceThe Scaffolding problem in bioinformatics, aims to complete the contig assembl...
Motivation: The increasing availability of second-generation highthroughput sequencing (HTS) technol...
Advances in DNA sequencing technology over the past decade have increased the volume of raw sequence...
This paper describes a novel assembly approach for chloroplast genomes. It contains two modular step...
Abstract Genome assembly is one of the most important problems in computational genomics. Here, we s...
Scaffolding step in the genome assembly aims to determine the order and the orientation of a huge nu...
This paper presents a simple and fast approach for genome scaffolding, combining constraint modeling...
International audienceIn recent years the topic of genome assembly has become a focus of a number of...
International audienceScaffolding step in the genome assembly aims to determine the order and the or...
Motivation: Assembling genomes from short read data has become increasingly popular but the problem ...
International audienceWe develop a method for solving genome scafolding as a problem of finding a lo...
International audienceWe develop a method for solving genome scaffolding as a problem of finding a l...
International audienceWe describe a global optimization approach for genome assembly where the steps...
International audienceWe develop a method for solving genome scaffolding as a problem of finding a l...
International audienceBackground Scaffolding is a bioinformatics problem aimed at completing the con...
International audienceThe Scaffolding problem in bioinformatics, aims to complete the contig assembl...
Motivation: The increasing availability of second-generation highthroughput sequencing (HTS) technol...
Advances in DNA sequencing technology over the past decade have increased the volume of raw sequence...
This paper describes a novel assembly approach for chloroplast genomes. It contains two modular step...
Abstract Genome assembly is one of the most important problems in computational genomics. Here, we s...