UNPKG

drptranslator

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import { RNA } from "./rna"; /** * A class that represents a codon object * a codon must have 3 bases to be able to be converted into an aminoacid * @see https://en.wikipedia.org/wiki/Genetic_code#RNA_codon_table */ export declare class Codon { /** * Returns a string made with the matches of a @see Codon array * @static * @return { string } the string with the codon translation * @example * ```JavaScript * var cod1 = new Codon(RNA.A,RNA.U,RNA.G); * var cod2 = new Codon(RNA.U,RNA.G,RNA.A); * var arr = [cod1,cod2]; * var aaSeq = Codon.getCodonChain(arr); * console.log(aaSeq); // Met-STOP * ``` * @throws {TypeError} */ static getCodonChain(codons: Codon[]): string; /** * Matches a [[Codon]] object with a string that represents * the matching AminoAcid based on the Central Dogma of Molecular Biology * @see https://en.wikipedia.org/wiki/Genetic_code#RNA_codon_table * @static * @return {string | undefined} * ```JavaScript * var cod = new Codon(RNA.A,RNA.U,RNA.G); * console.log(Codon.matchCodon(cod)); // Met * ``` */ static matchCodon(codon: Codon): string | undefined; fp: RNA | "A" | "U" | "C" | "G"; sp: RNA | "A" | "U" | "C" | "G"; tp: RNA | "A" | "U" | "C" | "G"; /** * Codon constructor can optionaly accept it's RNA bases. * * @param fp First base of the codon * @param sp Second base of the codon * @param tp Third base of the codon * ```JavaScript * var cod = new Codon(RNA.A, RNA.U, RNA.G); * // OR * var cod = new Codon(); * ``` */ constructor(fp?: RNA | "A" | "U" | "C" | "G", sp?: RNA | "A" | "U" | "C" | "G", tp?: RNA | "A" | "U" | "C" | "G"); /** * Sets a new codon with the suplemented parameters * @param {RNA | "A" | "U" | "C"| "G"} fp Base * @param {RNA | "A" | "U" | "C"| "G"} sp Base * @param {RNA | "A" | "U" | "C"| "G"} tp Base */ setCodon(fp: RNA | "A" | "U" | "C" | "G", sp: RNA | "A" | "U" | "C" | "G", tp: RNA | "A" | "U" | "C" | "G"): void; toString(): string; }