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REVIEW Birth Defects Research (Part C) 78:118 128 (2006) Computational Identification of microRNA and Their Targets Sung Soon and Giovanni De Micheli One of the most important advances in biology
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What is computational identification of micrornas?
Computational identification of micrornas refers to the use of computer algorithms and bioinformatics techniques to predict and identify potential microRNAs (miRNAs) within a given genome or transcriptome data.
Who is required to file computational identification of micrornas?
There is no specific requirement for individuals or entities to file computational identification of microRNAs. It is a research or analysis process conducted by scientists, bioinformaticians, or researchers in the field of genomics or molecular biology.
How to fill out computational identification of micrornas?
Filling out computational identification of micrornas involves running the miRNA prediction algorithms or bioinformatics tools on the genomic or transcriptomic data. The specific steps and software used can vary depending on the approach and research objectives.
What is the purpose of computational identification of micrornas?
The purpose of computational identification of micrornas is to discover and characterize potential microRNAs within a given genome or transcriptome. It helps in understanding the regulatory role of miRNAs and their potential implications in various biological processes and diseases.
What information must be reported on computational identification of micrornas?
The information reported on computational identification of micrornas typically includes the predicted miRNA sequences, their genomic locations, secondary structures, potential target genes, and any associated functional annotations or experimental validations, if available.
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