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DNA annotation or genome annotation is the process of identifying the locations of genes and all of the coding regions in a genome and determining what those genes do. An annotation (irrespective of the context) is a note added by way of explanation or commentary. Once a genome is sequenced, it needs to be annotated to make sense of it. [49]
Text annotations can serve a variety of functions for both private and public reading and communication practices. In their article "From the Margins to the Center: The Future of Annotation," scholars Joanna Wolfe and Christine Neuwirth identify four primary functions that text annotations commonly serve in the modern era, including: (1)"facilitat[ing] reading and later writing tasks," which ...
Line comments either start with a comment delimiter and continue until the end of the line, or in some cases, start at a specific column (character line offset) in the source code, and continue until the end of the line. [6] Some programming languages employ both block and line comments with different comment delimiters.
Start each sentence of a comment on a separate line. 5. For variations: Start it on a new line with a letter: ... Numeric Annotation Glyphs or NAGs are used to ...
Gloss (annotation) 28 languages. ... Starting in the 14th century, a gloze in the English language was a marginal note or explanation, borrowed from French glose, ...
In publishing, a note is a brief text in which the author comments on the subject and themes of the book and names supporting citations.In the editorial production of books and documents, typographically, a note is usually several lines of text at the bottom of the page, at the end of a chapter, at the end of a volume, or a house-style typographic usage throughout the text.
The basic data structures of Web Annotation (Fig. 1) are target (the element being annotated, e.g., a web document or a part of it), body (the content of the annotation, e.g., a string value), and; annotation (the element that serves to relate body and target of an annotation) Fig. 1. Basic view on the Web Annotation data model
Visualization of annotations in a genome browser requires a descriptive output file, which should describe the intron-exon structures of each annotation, their start and stop codons, UTRs and alternative transcripts, and ideally should include information about the sequence alignments and gene predictions that support each gene model.