Visualizing DNA secondary structures is essential to fast and efficient design of probes for DNA chips. There are several programs available for visualizing single-stranded RNA secondary structures, but these programs cannot be used to draw DNA secondary structures formed by several hundred to thousand primers and target genes. We have developed an algorithm and program for visualizing DNA secondary structures formed by multiple strands. We believe the program will be a valuable tool for designing primers and probes in DNA chips. This work was supported by the Korea Science and Engineering Foundation (KOSEF) under grant R01-2003-000-10461-0
Motivation: The fast grows of DNA sequence information rises a challenge to the bioinformatic commun...
DNA sequence and structure design is very important for DNA nanotechnology and DNA computation. A co...
Ribonucleic acids play fundamental roles in cellular processes and their function is directly relate...
DNA sequence and structure design is very important for DNA nanoapplications. A computer-aided desig...
Since the arrival of DNA nanotechnology nearly 40 years ago, the field has progressed from its begin...
Since the arrival of DNA nanotechnology nearly 40 years ago, the field has progressed from its begin...
The design of DNA sequences is critical for many research fields such as DNA self-assembly, DNA hybr...
DNA sequence and structure design is very important for DNA nanoapplications. A computer-aided desig...
DNA nanotechnology has been enormously successful in using DNA as a nanoscale construction material,...
This bachelors thesis deals with the visualization techniques of the secondary structures of DNA. It...
Hairpin DNA sequences are widely used as probes for oligonucleotides in a broad range of assays, oft...
DNA sequence and structure design are very important for DNA nanotechnology and DNA computation. A c...
Structural DNA nanotechnology (SDN) has attracted the attention of scientists in different research ...
Ribonucleic acid (RNA) is essential for all forms of life. RNA is made up of a large chain of nucleo...
Ribonucleic acid (RNA) is essential for all forms of life. RNA is made up of a large chain of nucleo...
Motivation: The fast grows of DNA sequence information rises a challenge to the bioinformatic commun...
DNA sequence and structure design is very important for DNA nanotechnology and DNA computation. A co...
Ribonucleic acids play fundamental roles in cellular processes and their function is directly relate...
DNA sequence and structure design is very important for DNA nanoapplications. A computer-aided desig...
Since the arrival of DNA nanotechnology nearly 40 years ago, the field has progressed from its begin...
Since the arrival of DNA nanotechnology nearly 40 years ago, the field has progressed from its begin...
The design of DNA sequences is critical for many research fields such as DNA self-assembly, DNA hybr...
DNA sequence and structure design is very important for DNA nanoapplications. A computer-aided desig...
DNA nanotechnology has been enormously successful in using DNA as a nanoscale construction material,...
This bachelors thesis deals with the visualization techniques of the secondary structures of DNA. It...
Hairpin DNA sequences are widely used as probes for oligonucleotides in a broad range of assays, oft...
DNA sequence and structure design are very important for DNA nanotechnology and DNA computation. A c...
Structural DNA nanotechnology (SDN) has attracted the attention of scientists in different research ...
Ribonucleic acid (RNA) is essential for all forms of life. RNA is made up of a large chain of nucleo...
Ribonucleic acid (RNA) is essential for all forms of life. RNA is made up of a large chain of nucleo...
Motivation: The fast grows of DNA sequence information rises a challenge to the bioinformatic commun...
DNA sequence and structure design is very important for DNA nanotechnology and DNA computation. A co...
Ribonucleic acids play fundamental roles in cellular processes and their function is directly relate...