Track 2 : Sequence Analysis

Sequence analysis represents the process of Analysing a DNA, RNA, Peptide sequence to understand its features, function, and Structure. Sequence analysis includes Sequence Assembly and Alignment. In analysis comparison of sequence in order to find Similarity and Identification of intrinsic features like active sites, Post translational modification sites and Distribution of introns and exons. DNA sequencing is a technique used to determine the adenine, guanine, cytosine and thymine strands of DNA. DNA sequencing includes methods like Sanger Sequencing, Pyrosequencing and Shot gun sequencing. Protein Sequencing method determines the amino acid sequence and conformations of protein by using methods like Edman Degradation and mass spectroscopy. Sequence Assembly is the process of Reconstructing DNA sequence by aligning and Merging the small DNA fragments. Sequence Alignment shows way of arranging DNA, RNA and protein sequence to identify the similarity regions. These alignment techniques can be identified by Pairwise alignment and Multiple sequence alignment.   

• Track 2-1 DNA Sequencing
• Track 2-2 Genome Annotation
• Track 2-3 Comparative Genomics
• Track 2-4 Analysis of Mutation in Cancer
• Track 2-5 Sequence Assembly
• Track 2-6 Protein Sequencing
• Track 2-7 Sequence Alignment

For more details about Scientific Session follow the link: https://bioinformatics.pulsusconference.com/call-for-abstracts