A simple and economical method for improving whole genome alignment

Evaluation of a modified salt-out method for DNA extraction from whole blood lymphocytes: A simple and economical method for gene polymorphism

Extraction of high-quality and-quantity DNA is a fundamental requirement for genetic research. It is very important to address the use of DNA extraction methods that are simple and cost-effective in gene polymorphism with large number of samples. This study was designed to investigate the optimal DNA extraction from lymphocytic cells by salt-out method. In this study, 200 blood samples of the t...

A Prototype for Multiple Whole Genome Alignment

In this paper, we briefly describe a prototype of the software system we have developed for multiple whole genome alignment. To develop our algorithm, we have to solve several problems including decomposition of genomes with a suffix tree, finding an LIS for multiple MUM sequences, and iterative pairwise multiple sequence alignment. This results in an overall linear time complexity for our algo...

Simple and Economical Method for the Preparation of MgO Nanostructures with Suitable Surface Area

A facile and simple method was proposed to control the size and shape of the MgO nano structures with high surface area in the presence of efficient and cheap templates like PEG 200, PEG 600, PEG 4000 and sorbitol at low temperature within a little time. Nano rods and Nanoparticles have been achieved by applying these templates and altering other growth parameters. The products were charact...

Alignment indices: A new, simple method for

A Novel Method for Reducing Computational Complexity of Whole Genome Sequence Alignment

Genomic sequence alignment is a powerful tool for finding common subsequence patterns shared by the input sequences and identifying evolutionary relationships between the species. However, the running time and space requirement of genome alignment have often been very extensive. In this research, we propose a novel algorithm called Coarse-Grained AlignmenT (CGAT) algorithm, for reducing computa...