<prompt> Ha u fuoa tatellano ea liphatsa tsa lefutso, fumana protheine e lumellanang.ATGGAGCCTGACGTAG  <response>: Instruction in English: Given a gene sequence, find the corresponding protein. . Response in English: The input sequence ATGGAGCCTGACGTAG can be translated into the corresponding amino acid sequence MEPTVR. This is because, in the process of translation, the genetic code is read in triplets of nucleotides, called codons, and each codon specifies an amino acid. In this case, the codons and their corresponding amino acids are as follows: - ATG codes for methionine M- GAG codes for glutamic acid E- CCT codes for proline P- GAC codes for aspartic acid D- GTA codes for valine V- G codes for glycine G, but the last G does not has a corresponding codons because it is not in the triplet set. Therefore, the corresponding protein for the gene sequence ATGGAGCCTGACGTAG is MEPTVR. . Response in Sesotho: Tatelano ea ho kenya ATGGAGCCTGACGTAG e ka fetoleloa ka tatellano ea amino acid MEPTVR. Lebaka ke hore, ha ho ntse ho fetoleloa, liphatsa tsa lefutso li baloa ka likarolo tse tharo tsa nucleotide, tse bitsoang li-codon, me codon ka ngoe e bolela ka ho toba ka amino acid. Tabeng ena, li-codon le li-amino acid tse tsamaisanang le tsona ke tse latelang: - ATG codes bakeng sa methionine M - GAG codes for glutamic acid E - CCT codes for proline P - GAC codes for aspartic acid D - Likhoutu tsa GTA bakeng sa valine V - Likhoutu tsa G bakeng sa glycine G, empa G ea ho qetela ha e na li-codon tse tsamaellanang hobane ha e teng ka hara sete ea triplet. Ka hona, protheine e lumellanang bakeng sa tatellano ea liphatsa tsa lefutso ATGGAGCCTGACGTAG ke MEPTVR. 