In this article we describe and demonstrate the versatility of a computer program, GENOME MAPPING, that uses interactive graphics and runs on an IRIS workstation. The program helps to visualize as well as analyse global and local patterns of genomic DNA sequences. It was developed keeping in mind the requirements of the human genome sequencing programme, which requires rapid analysis of the data. Using GENOME MAPPING one can discern signature patterns of different kinds of sequences and analyse such patterns for repetitive as well as rare sequence strings. Further, one can visualize the extent of global homology between different genomic sequences. An application of our method to the published yeast mitochondrial genome data shows similar...
Computational genome analysis requires sophisticated workflows, seamlessly uniting multiple tools an...
Due to major breakthroughs in sequencing technologies throughout the last decades, the time and cost...
We describe a novel approach to explore DNA nucleotide sequence data, aiming to produce high-level c...
In an effort to better understand the relationships between organisms, we are trying to map the simi...
As a result of the human genome project and advancements in DNA sequencing technology, we can utiliz...
Data visualization methods are necessary during the exploration and analysis activities of an increa...
A very simple new program is presented (G-SQUARES). It is useful in order to visualize the compositi...
<p>Comparison of the genes in multiple genomes can be represented visually by using a 3D program. Ea...
Background: A large number of studies on genome sequences have revealed the major role played by rep...
Data summarization and triage is one of the current top challenges in visual analytics. The goal is ...
Data summarization and triage is one of the current top challenges in visual analytics. The goal is ...
Among all existing alignment-free methods for comparing biological sequences, the sequence graphical...
Elucidating the content of a DNA sequence is critical to deeper understand and decode the genetic in...
Summary: Genome evolution underpins all of biology, yet its principles can be difficult to communica...
Motivation: We describe a novel approach to explore DNA nucleotide sequence data, aiming to produce ...
Computational genome analysis requires sophisticated workflows, seamlessly uniting multiple tools an...
Due to major breakthroughs in sequencing technologies throughout the last decades, the time and cost...
We describe a novel approach to explore DNA nucleotide sequence data, aiming to produce high-level c...
In an effort to better understand the relationships between organisms, we are trying to map the simi...
As a result of the human genome project and advancements in DNA sequencing technology, we can utiliz...
Data visualization methods are necessary during the exploration and analysis activities of an increa...
A very simple new program is presented (G-SQUARES). It is useful in order to visualize the compositi...
<p>Comparison of the genes in multiple genomes can be represented visually by using a 3D program. Ea...
Background: A large number of studies on genome sequences have revealed the major role played by rep...
Data summarization and triage is one of the current top challenges in visual analytics. The goal is ...
Data summarization and triage is one of the current top challenges in visual analytics. The goal is ...
Among all existing alignment-free methods for comparing biological sequences, the sequence graphical...
Elucidating the content of a DNA sequence is critical to deeper understand and decode the genetic in...
Summary: Genome evolution underpins all of biology, yet its principles can be difficult to communica...
Motivation: We describe a novel approach to explore DNA nucleotide sequence data, aiming to produce ...
Computational genome analysis requires sophisticated workflows, seamlessly uniting multiple tools an...
Due to major breakthroughs in sequencing technologies throughout the last decades, the time and cost...
We describe a novel approach to explore DNA nucleotide sequence data, aiming to produce high-level c...