A computer program called Matrix Generator (MG) was developed for transforming sized DNA fragments into a presence/absence data matrix. Dynamic computation was run to avoid errors introduced using fixed-bin-width arithmetic. MG can be used with bin sized fragments from AFLP, ISSR, RAPD, RFLP, and other molecular markers. The accuracy of MG was tested using fAFLP data of Abelia and the results show that MG results in higher resolution of taxa and is more reliable than programs of the similar usage
Data generated by genotyping of 13 different AFLP primer combinations. Matrix holds data, as used fo...
A system for DNA quantification is demonstrated utilizing matrix-assisted laser desorption/ionizatio...
An effective computer program for assembling DNA fragments, the contig assembly program (CAP), has b...
A computer program called Matrix Generator (MG) was developed for transforming sized DNA fragments i...
The computer program HOWBIG has been developed based on the reciprocal correlation of size to migrat...
A computer program has been developed for computing DNA fragment size from its electrophoretic mobil...
A web server has been developed for computing the size of DNA/protein fragments from their electroph...
A UCSD Pascal program was developed which can analyze nucle-ic acid dot matrices of up to 9500 x 950...
DNA barcodes carry coarse-grained genetic information of DNA sequences taken from a genome. Potentia...
This paper presents an automated algorithm to determine DNA fragment size from atomic force microsco...
This study deals with a computing method called DNA based computing (DBC) that takes inspiration fro...
The article is devoted to a matrix method of comparative analysis of long nucleotide sequences by me...
An automated algorithm is presented to determine fragment DNA size from Atomic Force Microscope imag...
Graphical dot-matrix plots can provide the most complete and detailed comparison of two sequences. P...
DNA fragment assembly is a major concern in shot-gun DNA sequencing project. It is to reconstruct a ...
Data generated by genotyping of 13 different AFLP primer combinations. Matrix holds data, as used fo...
A system for DNA quantification is demonstrated utilizing matrix-assisted laser desorption/ionizatio...
An effective computer program for assembling DNA fragments, the contig assembly program (CAP), has b...
A computer program called Matrix Generator (MG) was developed for transforming sized DNA fragments i...
The computer program HOWBIG has been developed based on the reciprocal correlation of size to migrat...
A computer program has been developed for computing DNA fragment size from its electrophoretic mobil...
A web server has been developed for computing the size of DNA/protein fragments from their electroph...
A UCSD Pascal program was developed which can analyze nucle-ic acid dot matrices of up to 9500 x 950...
DNA barcodes carry coarse-grained genetic information of DNA sequences taken from a genome. Potentia...
This paper presents an automated algorithm to determine DNA fragment size from atomic force microsco...
This study deals with a computing method called DNA based computing (DBC) that takes inspiration fro...
The article is devoted to a matrix method of comparative analysis of long nucleotide sequences by me...
An automated algorithm is presented to determine fragment DNA size from Atomic Force Microscope imag...
Graphical dot-matrix plots can provide the most complete and detailed comparison of two sequences. P...
DNA fragment assembly is a major concern in shot-gun DNA sequencing project. It is to reconstruct a ...
Data generated by genotyping of 13 different AFLP primer combinations. Matrix holds data, as used fo...
A system for DNA quantification is demonstrated utilizing matrix-assisted laser desorption/ionizatio...
An effective computer program for assembling DNA fragments, the contig assembly program (CAP), has b...