Genome Annotation Peer Review Journals
Genome annotation is a process that includes prediction of protein-coding genes which includes Structural’
genome annotation in which genes are identified along with intron and exon structures and the functional aspect of
genome units such as pseudogenes, tRNAs, control regions, structural RNAs, small RNAs, direct and inverted repeats, insertion sequences including transposons.
Genome analysis are often done by computational means which are later deposited in GenBank after approval. Ever since the invention of
sequencing techniques began, scientific field has been inundated with much
information about genes and their transcripted and translated products. But the arrival of Next-Sequencing technologies haven't only improved our understanding of biology of life, but also created an enormous problem of repeated data during sequencing. Annotation of this genetic
information has become a herculean task for computational biologists and bioinformaticians to annotate them. Many algorithms and approaches have been designed to annotate the sequenced data and it is still an ongoing process.
Genome annotation it's the method by which pertinent
information about these raw DNA sequences is added to the
genome databases. It involves describing different regions of the code and identifying which regions can be called genes. Although they once filled the pages of Nature and Science,
genome papers are now mostly relegated to
journals with low-impact factors. Some have forecast the death of the
genome paper and argued that they're consumption valuable resources and not advancing science.
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