High-throughput genetic sequencing produces the ultimate “big data”: a human genome sequence contains more than 3B base pairs, and more and more characteristics, or annotations, are being recorded at the base-pair level. Locating areas of interest within the genome is a challenge for researchers, limiting their investigations. We describe our vision of adapting “big data” ranked search to the problem of searching the genome. Our goal is to make searching for data as easy for scientists as searching the Internet. Categories and Subject Descriptor
Motivation: Increasing rates of publication and DNA sequencing make the problem of finding relevant ...
Search Computing has been proposed to support the integration of the results of search engines with ...
International audienceGenome scans represent powerful approaches to investigate the action of natura...
International audienceGenomic sequence data are revolutionizing biology, enabling genome-wide invest...
Next-generation sequencing (NGS) has dramatically reduced the cost and time of reading the DNA. Huge...
The genomic sequences of a huge number of species have been determined. Typically, these genome sequ...
Technological advances made over the last decades in sequencing technologies have led to continuous ...
Current search tools for computational biology trade e- ciency for precision, losing many relevant ...
peer reviewedSequence comparison has become an essential and standard tool in the analysis of genomi...
Genome and exome sequencing projects produce huge amount of data, which in turns can yield extensive...
We are living at a time that allows the generation of mass data in almost any field of science. For ...
Search Computing has been proposed to support the integration of the results of search engines with ...
International audienceLarge corpura of texts or of sequences serve as references and are interrogate...
AbstractSince the genome project in 1990s, a number of studies associated with genes have been condu...
International audienceGenome sequencing of pathogens is becoming ubiquitous in microbiology, and aut...
Motivation: Increasing rates of publication and DNA sequencing make the problem of finding relevant ...
Search Computing has been proposed to support the integration of the results of search engines with ...
International audienceGenome scans represent powerful approaches to investigate the action of natura...
International audienceGenomic sequence data are revolutionizing biology, enabling genome-wide invest...
Next-generation sequencing (NGS) has dramatically reduced the cost and time of reading the DNA. Huge...
The genomic sequences of a huge number of species have been determined. Typically, these genome sequ...
Technological advances made over the last decades in sequencing technologies have led to continuous ...
Current search tools for computational biology trade e- ciency for precision, losing many relevant ...
peer reviewedSequence comparison has become an essential and standard tool in the analysis of genomi...
Genome and exome sequencing projects produce huge amount of data, which in turns can yield extensive...
We are living at a time that allows the generation of mass data in almost any field of science. For ...
Search Computing has been proposed to support the integration of the results of search engines with ...
International audienceLarge corpura of texts or of sequences serve as references and are interrogate...
AbstractSince the genome project in 1990s, a number of studies associated with genes have been condu...
International audienceGenome sequencing of pathogens is becoming ubiquitous in microbiology, and aut...
Motivation: Increasing rates of publication and DNA sequencing make the problem of finding relevant ...
Search Computing has been proposed to support the integration of the results of search engines with ...
International audienceGenome scans represent powerful approaches to investigate the action of natura...