Andere Kunden interessierten sich auch für
![Data Mining Techniques for Protein Sequence Analysis]( "Data Mining Techniques for Protein Sequence Analysis")
Data Mining Techniques for Protein Sequence Analysis26,99 €![Sequence Analysis Primer]( "Sequence Analysis Primer")
Sequence Analysis Primer44,99 €![Searching in Protein Databases]( "Searching in Protein Databases")
Searching in Protein Databases23,99 €![Protein Secondary Structure Prediction]( "Protein Secondary Structure Prediction")
Protein Secondary Structure Prediction32,99 €![Camera auto-calibration from a sequence of images]( "Camera auto-calibration from a sequence of images")
Camera auto-calibration from a sequence of images38,99 €![Protein Classification using Machine Learning Approaches]( "Protein Classification using Machine Learning Approaches")
Protein Classification using Machine Learning Approaches32,99 €![Protein Secondary Structure Prediction]( "Protein Secondary Structure Prediction")
Protein Secondary Structure Prediction51,99 €
In Sequence Analysis, two sequences are compared to identify similarities and differences between them. Generally, a measure of how similar they are is also desirable. A typical approach to solve this problem is to find a good and reasonable alignment between the two sequences. Then, given an appropriate scoring scheme, their similarity can be computed. This study describes the concepts, tools and selected algorithms being used for sequence analysis and recent works which have been done in the field of Sequence Analysis. Alignment of protein sequences is an elementary step in the analysis of biological data. It has traditionally been applied to analyzing protein families for conserved motifs, phylogeny, structural properties, and to improve sensitivity in homology searching. In this research work, a new method, coined as Global Alignment Tool (GLAT) is developed to improve both the accuracy and speed of sequence alignment. We compared the accuracy of this method to other popular methods.