Genome Based Computational Technique to Identify the Functional RNA in Protozoan Parasites

Abstract

Operative RNAs, including non-coding RNAs (ncRNAs) and cis-acting RNA elements involved in posttranscriptional genome regulation, are found based on two distinct computerized examinations of Trypanosoma genomes. Based on compliance with comparable trypanosomatidLeishmaniabraziliensis, the expected possible ncRNAs are discovered in the first analysis. Several of the expected ncRNAs are novel categories having undetermined characteristics, such that predictions have a low estimated incorrect fraud threat. This research uncovered several mechanism regulatory motifs in the subsequent research we used to develop a classification that can distinguish between actions that aren't identical. The first genomic sequence analysis of trypanosomatidfRNAs helps focus the research on practical approaches and accelerates the discovery of those elements. These functionality predictions classifiers built upon cis-acting regulation regions may potentially be used to offer homology-independent annotating for the trypanosomatid genome when combined with existing approaches.