Study Of Inter-sequence Similarity For Multiple DNA Sequence Compression.

Current DNA compression algorithms rely on finding repetitions within the DNA sequence so that similar subsequences can be encoded by referencing to each other. In this paper, we explore similarities between different chromosomes of the sequence “Saccharomyces cerevisiae”. These similarities are characterized by the existence of similar subsequences among different chromosomes. The longer the similar subsequences are, the higher the cross-similarities are. Our study indicates that these cross-sequence similarities are often significant as compared to self-sequence similarities. This implies that it would be advantageous to compress two or more sequences together so that similar subsequences found between multiple sequences can be encoded together. [ABSTRACT FROM AUTHOR]