Location Syntax Description descriptor type Single Points to a x residue single residue number in the sequence. Residue Points to a x..y numbers continuous delimitating range of a residues sequence bounded by span and including the starting and ending residues. Residues Points to a <x before the >x region first or <x..y including a beyond the x..>y specified last residue or span specified of residues and residue extending number beyond a specified residue. The '<' and '>' symbols may be used with a single residue or the starting and ending residue numbers of a span of residues to indicate that a feature extends beyond the specified residue number. A site x^y Points to a site between between two two adjoining adjoining residues, e.g. residue endonucleolytic numbers cleavage site. The position numbers for the adjacent residues are separated by a carat (^). The permitted formats for this descriptor are x^x+1 (for example 55^56), or, for circular nucleotides, x^1, where “x” is the full length of the molecule, i.e. 1000^1 for circular molecule with length 1000.
Location descriptor type Syntax Description Single residue number x Points to a single residue in the sequence. Residue numbers delimitating a sequence span x..y Points to a continuous range of residues bounded by and including the starting and ending residues. Residues before the first or beyond the last specified residue number <x >x <x..y x..>y Points to a region including a specified residue or span of residues and extending beyond a specified residue. The '<' and '>' symbols may be used with a single residue or the starting and ending residue numbers of a span of residues to indicate that a feature extends beyond the specified residue number. A site between two adjoining residue numbers x^y Points to a site between two adjoining residues, e.g. endonucleolytic cleavage site. The position numbers for the adjacent residues are separated by a carat (^). The permitted formats for this descriptor are x^x+1 (for example 55^56), or, for circular nucleotides, x^1, where “x” is the full length of the molecule, i.e. 1000^1 for circular molecule with length 1000.
cws_6_16-annex1.docx