In many genomic studies, one works with genome-position-dependent data, e.g. ChIP-chip or ChIP-Seq scores. Using con-ventional tools, it can be difficult to get a good feel for the data, especially the distribution of features. This article argues that the so-called Hilbert curve visualization can complement genome browsers and help to get further insights into the structure of one’s data. This is demonstrated with examples from different use cases. An open-source application, called HilbertVis, is presented that allows the user to produce and interactively explore such plots
Hi-C experiments generate data in form of large genome contact maps (Hi-C maps). These show that chr...
textabstractThe combination of genome sequence and structure, its annotation and experimental data i...
Summary: We present an open source, platform independent tool, called CisGenome Browser, which can w...
In many genomic studies, one works with genome-position-dependent data, e.g., ChIP-chip or ChIP-Seq ...
AbstractThe DHPC (DNA Hilbert–Peano curve) is a new tool for visualizing large-scale genome sequence...
We present an interactive web application for visualizing genomic data of prokaryotic chro-mosomes. ...
The introduction of next generation sequencing methods in genome studies has made it possible to shi...
In this article we describe and demonstrate the versatility of a computer program, GENOME MAPPING, t...
SUMMARY: A Web-based visualization tool, the Microbial Genome Viewer, is presented that allows the u...
We focus on visualisation techniques used in genome browsers and examine the available browsers with...
The introduction of next generation sequencing methods in genome studies has made it possible to shi...
Abstract. Cancer genomics research has greatly benefited from high-throughput technologies for the c...
Motivation: The number of completely sequenced genomes is continuously rising, allowing for comparat...
We present an open source, platform independent tool, called CisGenome Browser, which can work toget...
Summary: We present an open source, platform independent tool, called CisGenome Browser, which can w...
Hi-C experiments generate data in form of large genome contact maps (Hi-C maps). These show that chr...
textabstractThe combination of genome sequence and structure, its annotation and experimental data i...
Summary: We present an open source, platform independent tool, called CisGenome Browser, which can w...
In many genomic studies, one works with genome-position-dependent data, e.g., ChIP-chip or ChIP-Seq ...
AbstractThe DHPC (DNA Hilbert–Peano curve) is a new tool for visualizing large-scale genome sequence...
We present an interactive web application for visualizing genomic data of prokaryotic chro-mosomes. ...
The introduction of next generation sequencing methods in genome studies has made it possible to shi...
In this article we describe and demonstrate the versatility of a computer program, GENOME MAPPING, t...
SUMMARY: A Web-based visualization tool, the Microbial Genome Viewer, is presented that allows the u...
We focus on visualisation techniques used in genome browsers and examine the available browsers with...
The introduction of next generation sequencing methods in genome studies has made it possible to shi...
Abstract. Cancer genomics research has greatly benefited from high-throughput technologies for the c...
Motivation: The number of completely sequenced genomes is continuously rising, allowing for comparat...
We present an open source, platform independent tool, called CisGenome Browser, which can work toget...
Summary: We present an open source, platform independent tool, called CisGenome Browser, which can w...
Hi-C experiments generate data in form of large genome contact maps (Hi-C maps). These show that chr...
textabstractThe combination of genome sequence and structure, its annotation and experimental data i...
Summary: We present an open source, platform independent tool, called CisGenome Browser, which can w...