Translating RNA into Protein

La pagina ufficiale Rosalind non assegna un Topic a questo problema (è uno dei problemi fondazionali più antichi, precedenti all'introduzione sistematica dei Topics).

Pagina originale su rosalind.info

Descrizione

Le proteine sono catene di amminoacidi, codificati a partire da tripletti di nucleotidi dell'RNA detti codoni (64 combinazioni possibili). Il codone di start AUG codifica per la metionina e segnala l'inizio della traduzione; i tre codoni di stop (UAA, UAG, UGA) non codificano alcun amminoacido e terminano la traduzione.

Given

Una stringa di RNA s corrispondente a un filamento di mRNA (lunghezza massima 10 kbp).

Return

La stringa proteica codificata da s.

Sample Dataset

AUGGCCAUGGCGCCCAGAACUGAGAUCAAUAGUACCCGUAUUAACGGGUGA

Sample Output

MAMAPRTEINSTRING

La mia esecuzione

08/24/2026 11:24:47

Input · dataset.txt

AUGACAUUGAGCUGUGAUUUAACGACUCGGAUCAACCUUGAAUGUACCCCCCUCACCGUCGACUCAAUUGUUUUCCUCGGUUCUCCGGAGAAUCGGCACAAACGCACUCAACGUUGUGUUUCUGGUGGGCUUUUCGAAGUCCUUACCGACAAGACCAAUCCAUGGGAAAAUACACUAUUGUGUAGUAUCGUGGGCCAUCCCUUAUACGUAGCGCUGACUACGUGCUACCCUACCAAACCGGGAGCGAAAGAGCGCCAACUAAAUCCACACCCUAGACAUCUUGUUUGCCCCUGUCCAUGCAUCGCAUUUGUCACAGCUGUUCUGUCGAUACCCACCUUUAUAGGUUGUCUGGAGCCUGAAGAAUUCAGAACGUCCCUCUUAGAGUGCACCACUCCGUCCGAGCCAGCGAGCAAAAAGCCUACUCCCACAUCAACGCAGGGUUUUCUCCUAUCGGUGCCAAUUUCGCUGGAGGUGAAGUGGCGUGUGACCCGGGCAGGUAGCCGGGUGGAGACAGGUACAAAGUGGUUGAAGUAUCGGAGUCUGUCACGGAAUCGAGGGGAUUCGUGCUUAGAUUCGUAUCACUCGGCUUUUACUGUUGUCUACGGCUCUGUCCCAAAGGGAUGUCCCCCGGCCCAUUCCACUCGGAACCCAUGUGUAGUCGACUUGGACCUGUACCAGCAUCGGGUGCAUAACCUCAAAGCGGGGGGAGCAUUCAAACCUAGAUCGGACAAAAGGCUCCUUAAACGUCCUCAAAGUACAAGCUGUCGGACGGCUCUGACGAAAUUGUCAUUGCACCAUUCAGGUCCCGUAUCUAGUUGGAAUUGCGUUAUUACAAACUUAUUUCACCCUGGUUUAGCCCGGUACACGAGCGAAGCCGCCCCACUUGCGGUAGGUCUCUUACAAAUGCGAGGAAGAACAUCGCUCCGGCUGGGUGUGCGCAAACUUGUCAACCCACCCUUCUUGGAAGUGGCCGCUUCCGGCAUUAAAAACGUACGUAACGUUAAACAGCAAGCUGGCGAACCUAGUACAGCAUGUACCGUGCACAGACCACUACACUCCUCUUCGAGUGCAAGAAAUGCCUGUACGCUUAAUGAAGCUGUGUCUAGCGAAUCUAGGGACAUUGGGAUACACUGGUUGAUCGUGCGCGGAUUGCCCAAUCGUCGUCAAGAACGGCCUUACCUCGCAUUGAUUAGUCACGACGGGGAGAGUGGGAAAACUCGGGAAGCACUCGGAGGGCACCCGACCUUUGCCAGGCCUCUUGACCCAAGGUUAGUAUACAUCGUGCUUGAUCCAUGCCCCACAUCGCGGGAAAUAAUCACUGCGAAUAACUUCUCGCUCCGGCUCAUUGGCGGUCGCCCGCCCUGGGCCACGGUCCUCAACGACAACUUGCUCUCUCGAUGGCUACGUGAUAUCCGCUUUCAACGUGGUUCCAAGAGACAUUACUGUAUUGUCAAGCCUCCCAUUAUUUCAAAAGAUCGUUCCAAGCCGCGGAGACCACCGGGAAAUAAGUUAAAGACGCUCCCCGAUCGGUUUCCAGUGCAGUAUGUGCGCAAGUCUCUAUACAAAGUACGGUGGCCAUCGGGAAGUCCGAGCACCUCUACCUCAGCCUCGCAACAGGUACCGUGGGGGGCUAGACCAUGUACUAGACGCUCAGCCAAACCUGUUCGGAUAUCCGCUAUGCACAUUGCACACAUAACUGUUUCUUUGCCGGCCACUAAUAAACUUACUCUUUAUAAUACACGCUGUCCUGUCAGGUUCCUCCGACUGUUGCUCAGUUGUGGCGACGGCGGGUUGAUUGAAUCCCAACGUGAGAGGUGUGGGCGGGGUAAUGCUAUAUCUAUUCAGGUACAACGUGAUGACUGGGAAUUGCAGCUAUACAGUAGCGUACGCAUCACAUUCCGAUUAUUAUACAGGCCUCAUUCGCAAUCUUAUGGCAAACGAGCUCGGGUCUCCGGGGGAGCCUUAUCACAGACACUUCAAACCCGCCCAACCUCACCCCGGGGACUUAUCGCUUUAGGAAAGUCUGUAACUGGACUUUGCACCGGAGAUGACGACAGUUUGAACCGAAGUGCCAUUCAUCAGACUUUUUUCGGUGGCAGUUCUGACUCAAAGCGCAGGGUGGUGGAUCGACUGGAAGCCACUCCUGUAACCGCGUGCCUUUUGCAUUGUGCGUCGUCAUGGUCAAGUCUGGGGGUUCUUGACUUGGAGGAUAGUAGAGCGCGCACGGAGUAUGAACAAUGGGGCCACCUCACACUAUCCAGUGAUAUAGAAAUGUGUCGCGGUAAGGGCGGGAAAUCCUUUACGUACAAGAAAAAACCUAUUAUCCCCGCACUGUCAUGCAACCUGGCUAUAAACCACCCUGUCCACCAAUCUUACCUUCAUCUGCAGCCGAGCCAAAUUCUGAGUGUUAACCCACUUCGUGGAUGCCCUCAAGAAGCACGUCAGCUGGUGUUCGGUAGCCACGUACAUACCCCAUUUGUUAACUAUAAUCCCCGCCUAGCUUUAAACUUGUCUUGUCUCCACGAUACAAGAACAGGUGAAACACUCCAUAUUAAAGUACCCUCUAUACUCCUUAAUUAUCGGGCACGAGCUGGGGUACUAUGGUCCCACCAACCGAUAGCUGAUCAGGUUCUCCUAUCAGUUUAUAACUUGCAUUCUCAAGGAUCUAGCUUAGCCUCAGCACUCUGCUCGCCGGUAUGCACAAUACGAAAGCUCCGGGUUGGCGCUGGCACCUUGAUUCUGACCGUGGUGGUUCAAACGGGAGAACAAGAGACAGGGGGUGUCUCAAACCGACCUGUAAGAAAUCUGGGCCCUAAAGCACCGGUGCACCCUUGGUAUGGUUCCACUCCUAGUUCCAUCGUAAGGUGCAACCCGGACCCUUGGGUUUAUACGUCACUUACAUCAAUAGAGGUCCCCGCCCAGUGUUGUUACAAGUUGAUACUUGACGUGCAAGAAACCGUGGUACGAAGUGGUGGGAGACGCAGAGACACGCUAGGUAUUAUGGAUUGUUACAUAAAACCAGUCGCCUUAGACCCUCGAUGUGGCUGUAUGUUCGUUUACAGUAUGUCCCGACUGUUCAGUGACGAAGCCGUGAGGGAGCGGAAGGAUCAUUGCUCGUGCAUGAUUAGCCUCUCGGGAAAGCUACUAUGGGCUGGUAGGCCGGCAUGUGCUUUUGCAUCAGAUCUUUUCACAAGGUGGUUCUGCCUAAUAGGACCGUAUGCCAUUUCUGCCUGGUCCGCCUGGUUCACCCCUCUUUCGGUAAACAUAGCUUACGUUUGCCUGCACUGGGGGGGGAGAGUGGGGGUGGUCUGCUGUGAGAACUUUGAAAGGAUGGACUCAAAUGAACCCAGCUCACGUGUAGUUCCAGCCCUUGACAGAAUACUCGCGAUGGGUACGGAGUCUUUCCUCGUAAAAUAUGGGUGGCUCGUGGUGAUAAACUCCCGUGGCAUCAACCAGCAUUUCGAUUCGGGUCACGCCGCCCUGCCAGGUAUUCCUCGUUUCGCCAGCUACGGCAAACUAGGGCGUACAGCGACUGCUGUUUUAUCACCACUAACCCGUGUCUGUGUGCAUGGAGUUCAGGGUCCACUCACCAUUGUCCCAUCGGCCAUAACUUGGGUGGGUUCGCCGCAGCCCAUGCGGGCGGGGGGCUUGGAGCGACAAUCUGAUGGGCGAGGGUUGUAUGUAGUAGGGGUAAGUCUUGUCCAUCACCAUCCAUUCGUUACCUGCAACGUGUUAAUGACGUCUGGGAUGGGAGGAUCCGAUCCGGGGCGCAGGCUGGAUGCCGCGUUUAAAACUAACUGUUGGCAACAGAAAGUGGUGAUAGUUCGGCAUGGGCUCGUGACGACGUUACUGCCACGUACUCCAGUUGUACACAUUUGCGGAGAACACCAUGGAGGAACUCUGGUAGGCAGAUGUUUCCGGUGCUGCACAUCGCUUGCAUUCACACAAAAGAGAGGACCACUAUUCAUAUCGUAUACCUCCGCCGACCAAGUGCUCGUUGUGUAUCGUACACGUAGAACAGAAAACGCCCAUUUCGCUGCUCUAGUGCCCUGCCGACGACGAUUUCUGACAUCGAGAAUAGUCUCUGAAUUGGAAUGGCGAAUGAGAAAGUUAUGCGAUCUCGAACUAUCUCCGUGUGGCGGACUGUCCGACGACCGCCCCUUGUGUCUUCCCAGGCCGCCGGCAGCUGGAAAUCCGCUAGUGACACGCUGCGGCACAACUACAAGGCCAAAUUGCGCCAUGAUACGAGGCUACGGCUGCGACGCCUCUCAACACAUAUUCGGCUUUCAACGCCCCGUGCUUCCCAACUACGCACAUCUCGGGGCGACAUCUUAUCGAUCUCGGCUUCAUCUUGACUGGACUAUGGCGGCGAACGCCGGAGCGCGCCAUCCUCAUCACAGGGGACGUCACUCGAGAUCAAGACCCACCGGAUUAGGUUCAUACCUCACCUGGUGUCGUCCAGGAUAUCCAGAUUACGCUAAAAAUUAUCCGUUCCUGCAAGGACUUUUGAUUGCCGUGUCACCUAGCAAAGAGACAUCUCCCUCAUUCUGCGCUCGUUGGGCAUUAGUCUACGCUGGGCCAGGACAGAGAUUAGGCGUGAAUGCAACAAGCGUAAUUUUCGAAAUAGCCUUCUACUCGAGUAUAUUCAAGGCUUCCCUAGAACACGGAGGACCGAGGCCAUUAGCUAUAACCCGGACAGAUGCGCUGGAAGCCAACGAGCACAAUAGUCUCAAGGAUAACUUCGGGUGUCCUACCAGUGACAGAACAUGGCUUAACUUCGCGAAUCGUAGCCGAUUCAGACGCCCGAACUGGCAUGUAAGGGAGGCCAUGGAAUCGUUCGAACGAACACAUUACAAUGUUUCCAGGAUGGGUCCGCAUAUCAUUUCCUUACUUGUUGAGUUCAACACUUGUGGCUCUUCGAUCAAGCGCUGUGUCGCGUUAAGAGGCGCGCACCUCUACUACAGGCCGGGUAGGAUAACUGACCCGCCUAGGUGUGCUUAUUUUAGUGAGGCUAGUACACUAAUUGCGCUUCGUUUGCAUCUUUCCUUUGUGCUCGACUACGCGAGCCAAGACUUUUCACACUCUACAAUCCUAUCGCAAGAAGUUCGGCGCGUGUGCACGCUCCUAGCUCUUGCUAAUGAUCCCGCGGUCUGCCUAAGGACAAGCCUAAAGAAGGCAGGUUUGGUGAACCAGAAGCGACAUCUGAACUGUUCUUUGUGUAACAAGGGUGGUGUAGGGCCGGAACAACUGUACGAUUACGGUAUUGCAUCAGGAGAACGCGCCGCGAGGGUCUCCUAUCCUUCUGGAAUCACCGAGAUCCCUCAUAGAGAUGAUUGCAUUAUGAGCGAGGCACUUACAGUUUUGUAUCGUUGCCUAUACGACAUGGGUGGUUGCACGUUUCGAGCCAGCGCGGUACACUAUAGCGCGCCGAGCAGGCCCGCUUCCGAGCCAUUAUGUAUUGCCUACCCAGAGGUGCAAGAGAAAUUAUCCUUGGAAGAUAUUAUUUCUAUCGACCCGUGGGCCUAUGCGGUCUCCUGUUGCCUCACCCAACUCAAAGUGAGCGGCGGGCGCGCCGCAGUUAUGAGUUUGCCGUAUGACCCACCCUACUGGUUCGUGUUUAGUUGCACUCAUCACGCGGUAAUCGCUCUGUUUCGGGCUACACCGACAAAGUGCUAUGUGCGGAGUAUGCCUCCCUCUAUUUCUCGGCAGCUGGGAUACGAGGGUUCAAUCAAAGGAGACCGAAACUUGAGCAGAAACAACGAAGGUACUGGUAUGCGCGACCAUACGGGCUGUAACGUAAAGGAGCCCACCGUAGUAUCCCAUGAAUGCACCCAUUUCGUUGGGAUAGUAUGCCUCUUGUAUGGAUUGAGGCACCUUUGCUCCUGCCUUGCGACGCGGUCGAGGGACCUCACAUGUUAUGGCAACACCUGGGAGGUCCGCGCCUGGUAUAAUAGGCCAAACUACGCUCGCCUUGAGCAUGUUUCCACGAACAGACGUGAUAUAAAUAUGAAAUUAAUUGUGAAAAUAGUUACCUGGGUAGCGAGGGCCACGCAUGGUCCCACAGUGUCAUUGCUAUCGCUGGCACAGGGUGCUCACCGAAUCUUGAACCACUCUUCGCGACCGAUCCCUUGUUCGGGUCCCCCUAUAAAGGACCGGUAUACGUUGUUUGUCCAGACCUUUUUUAAAAUAGAGACUAUCAUCACGAAACAGAUCUCAUGCCCUCCUGCAUAUUUUGACCUCGGGAAGAUGACUUCUAUGUCUGGGACCGAACAUACGUGCUUCGGCACCCAGUGCAACCGGGGGACUCGUCGCAUAAGUGCUGGAGAGUACAUAAAUUCGAUCCCAAGAUGGGUGAGCAUGAAGCGCAUUUGCUGCACUGGUCGAACGAUACUAGCCACAGUCUGGGCCGAACGACCAUUGCUGUCCUUCGAUACCCAAGUAUUAGACAGGCUGUCGGAUGUAACACACAUAUUGGUCAACAGGACACUACUUACUUGGCCUCCGCCGGUACUGUAUCCGCGCCGCCCCUUACACCAACGAACUCCAAGGGUCCUCUAUAUCUCGUGCACUCAAUCCUUAUUAAUCAAAUGGCAGGACAGACCUUGCAGUUCCGCCAUUAAAUGCUCAUCGUUGACUAUACAGUGCUGCGUUACAAACCGCACCCACUUGACAUUCCCGACGGGGAUGCGGUUUGCUAAUGGGCUCACCCAACGUGCGCACUAUGGGCAAUUGGAUAUCGAGGUUACCCUACAUAUGAAACUGAACAUGCAUAACUACAACCGCAGACAUGCCGCCUUGGGCCAGUGUGAUGAUCUUGUAAUGCGAUGCGGGCGGGUUUUACACGAACUUGAAACUUCUGCAAUCUGUUUGGUAGACGCAGGAAGAGAUUGGGGUCGACCCAAAAAGUGCCAACCAAGGUCCCCCGGUGACUCGUGUGAGCUCAAACUUGAAGCAAAUAAGGACACACGCACUCACACGAAGCUGCACUGCGAGAACAGAGCUUUCAAAACAGUAGCGAUCCGCUGCUUCGGUAUCGCGCUGGCACAGUUUCAGAGAAAGGUCAGAUCGAUAAGCCGAGUGUGCCACAGCAUCCAGGACACCCGUGUAGCCAUGGUAGUGCACACUCAAUUUAAAUGCCGGUUCCGCCAAGAUGAUCAAAGCUUAGAAAAUAGCCUUCGGAAGGGUCAAUUGGACGACAUUUUAUCAGCUUCAAGAGCCCGGCAUGCCCUGCUUGCCGCAGCAUCUUGUGCAAGGUGUUUCCGCCACUCAAACACACAUGAGACAAACGGGUGCUAUGGGCGAUUUUUGGACGAGUUCGAGAUUUCACUUAUGUCUUGUAGCAAACUUACCGAGGCGUCCGUACCGCAUCGGAUAGACGGACUGCUAGUGACGCAGAAACCAUGCAGAUGUAGGCGCUCCGUCGGUCCACUGUUUAGACACAUGCAUCGCCAGAGCAGCUACGACUAUUAUCUGUCGCCCUUCCGCACCCGGCUAUUACAGCACCGUUCAUAUCAGAUUUUAGUUACAAGAGUCUCACGGCGACUUAUAUAUAGGGUAUUAUCUAGUUCCGCGUGGUUGGUUGUUACUAGCAUUCAAGAAGCGUUUGAUACCGACCCCAGGGGACAUCCUUUCAAGUUUCCCGGAUCCAAUGUCCUGCUGCAGGCGUUUACCGGCACACUUGGGCGGUCUAUGGAGUUAGGCGGCUGCGAGGAUAGUCAUAGGUGUGCGCGUGGAUUAGAACAGGACCGUCCGAGUGACCCUGGAGGUGGUCGACGUAGAGAUUCCAAUAAAUUCGGGAUUCUAGUAGUCCGGUUGUCGGUUGGCUGGAAUUGUACACGACUCCCCAUUCACCAUACAACCUGGGCGCCGGUUCCUAUCCCCCCUAACGAGAAAGACUCCCCUGCCCCCAGCCUCUCGAUGAGUAGGCGACGUAUUUGGCAAACACAUUCCGGCUGCGGGUCGAACACAAACCUUGACGGCGGCAAGAUGCAAAGAAGAAGGACUGGGGAUCACAGCCGUUCACCGGAGGCUCCACCCAUCGGGUGGAUGAUUCGAGGCUAUGGGUGCCAAACACGAGGUGGCAGUCUUCCUCUACCUGGCAAGCAGGCAAGACAUUCUGGGAAGCGUUGUGAAGUUUUGCUCUGCCGGUCGAACGUUGGGCAUCGGUAUGAGUCGGCACGUAACCUAAGCCUUACCAACGUGGCGAGUACGCAGAGCUUGCCGAAAGAAUAUCCAUCAUUUCUCGUGUACUUACUCUGCAACCCGCAUUGGGUAUUACGAGACGAACUAGUUCUCAUAGCGAAUGGUAGAGGCAUCCUUCCUUGCUUGAUUGGGCAUUACAACCUUGGGAUAUGUAUCCCUGAAAUUGGAUCCGCCAGUCAACGUCAUCGCAGACUGAAGAUAUAUCGUUUUCGAUCGAUCACUGCAAACCUGCGCGACCGCUUUCUGAUCACUAACCGACUGUGCUGUCUUAUCUCUUGGGUUAAGUCGAUACAUAUUUACCCUAUGUACCGACCCACCAGUCAAUACACAAUUCCAAGCCACAGGUCAUAUUCACCCAGGCUGGGAGUGCGCGGAGUGACGCAGCUAAGCCGAUUUAUCGCUCGGAACAGAGCAAGAGGCCAGUGCCGGGGUCAUUCGACGAGACUGGGGGACUGUUGCCGACAUCUCCCCAUGCGAAGCAGUGUUCAAGAGCUUCGGUACUAA

Output · run_log.txt

MTLSCDLTTRINLECTPLTVDSIVFLGSPENRHKRTQRCVSGGLFEVLTDKTNPWENTLLCSIVGHPLYVALTTCYPTKPGAKERQLNPHPRHLVCPCPCIAFVTAVLSIPTFIGCLEPEEFRTSLLECTTPSEPASKKPTPTSTQGFLLSVPISLEVKWRVTRAGSRVETGTKWLKYRSLSRNRGDSCLDSYHSAFTVVYGSVPKGCPPAHSTRNPCVVDLDLYQHRVHNLKAGGAFKPRSDKRLLKRPQSTSCRTALTKLSLHHSGPVSSWNCVITNLFHPGLARYTSEAAPLAVGLLQMRGRTSLRLGVRKLVNPPFLEVAASGIKNVRNVKQQAGEPSTACTVHRPLHSSSSARNACTLNEAVSSESRDIGIHWLIVRGLPNRRQERPYLALISHDGESGKTREALGGHPTFARPLDPRLVYIVLDPCPTSREIITANNFSLRLIGGRPPWATVLNDNLLSRWLRDIRFQRGSKRHYCIVKPPIISKDRSKPRRPPGNKLKTLPDRFPVQYVRKSLYKVRWPSGSPSTSTSASQQVPWGARPCTRRSAKPVRISAMHIAHITVSLPATNKLTLYNTRCPVRFLRLLLSCGDGGLIESQRERCGRGNAISIQVQRDDWELQLYSSVRITFRLLYRPHSQSYGKRARVSGGALSQTLQTRPTSPRGLIALGKSVTGLCTGDDDSLNRSAIHQTFFGGSSDSKRRVVDRLEATPVTACLLHCASSWSSLGVLDLEDSRARTEYEQWGHLTLSSDIEMCRGKGGKSFTYKKKPIIPALSCNLAINHPVHQSYLHLQPSQILSVNPLRGCPQEARQLVFGSHVHTPFVNYNPRLALNLSCLHDTRTGETLHIKVPSILLNYRARAGVLWSHQPIADQVLLSVYNLHSQGSSLASALCSPVCTIRKLRVGAGTLILTVVVQTGEQETGGVSNRPVRNLGPKAPVHPWYGSTPSSIVRCNPDPWVYTSLTSIEVPAQCCYKLILDVQETVVRSGGRRRDTLGIMDCYIKPVALDPRCGCMFVYSMSRLFSDEAVRERKDHCSCMISLSGKLLWAGRPACAFASDLFTRWFCLIGPYAISAWSAWFTPLSVNIAYVCLHWGGRVGVVCCENFERMDSNEPSSRVVPALDRILAMGTESFLVKYGWLVVINSRGINQHFDSGHAALPGIPRFASYGKLGRTATAVLSPLTRVCVHGVQGPLTIVPSAITWVGSPQPMRAGGLERQSDGRGLYVVGVSLVHHHPFVTCNVLMTSGMGGSDPGRRLDAAFKTNCWQQKVVIVRHGLVTTLLPRTPVVHICGEHHGGTLVGRCFRCCTSLAFTQKRGPLFISYTSADQVLVVYRTRRTENAHFAALVPCRRRFLTSRIVSELEWRMRKLCDLELSPCGGLSDDRPLCLPRPPAAGNPLVTRCGTTTRPNCAMIRGYGCDASQHIFGFQRPVLPNYAHLGATSYRSRLHLDWTMAANAGARHPHHRGRHSRSRPTGLGSYLTWCRPGYPDYAKNYPFLQGLLIAVSPSKETSPSFCARWALVYAGPGQRLGVNATSVIFEIAFYSSIFKASLEHGGPRPLAITRTDALEANEHNSLKDNFGCPTSDRTWLNFANRSRFRRPNWHVREAMESFERTHYNVSRMGPHIISLLVEFNTCGSSIKRCVALRGAHLYYRPGRITDPPRCAYFSEASTLIALRLHLSFVLDYASQDFSHSTILSQEVRRVCTLLALANDPAVCLRTSLKKAGLVNQKRHLNCSLCNKGGVGPEQLYDYGIASGERAARVSYPSGITEIPHRDDCIMSEALTVLYRCLYDMGGCTFRASAVHYSAPSRPASEPLCIAYPEVQEKLSLEDIISIDPWAYAVSCCLTQLKVSGGRAAVMSLPYDPPYWFVFSCTHHAVIALFRATPTKCYVRSMPPSISRQLGYEGSIKGDRNLSRNNEGTGMRDHTGCNVKEPTVVSHECTHFVGIVCLLYGLRHLCSCLATRSRDLTCYGNTWEVRAWYNRPNYARLEHVSTNRRDINMKLIVKIVTWVARATHGPTVSLLSLAQGAHRILNHSSRPIPCSGPPIKDRYTLFVQTFFKIETIITKQISCPPAYFDLGKMTSMSGTEHTCFGTQCNRGTRRISAGEYINSIPRWVSMKRICCTGRTILATVWAERPLLSFDTQVLDRLSDVTHILVNRTLLTWPPPVLYPRRPLHQRTPRVLYISCTQSLLIKWQDRPCSSAIKCSSLTIQCCVTNRTHLTFPTGMRFANGLTQRAHYGQLDIEVTLHMKLNMHNYNRRHAALGQCDDLVMRCGRVLHELETSAICLVDAGRDWGRPKKCQPRSPGDSCELKLEANKDTRTHTKLHCENRAFKTVAIRCFGIALAQFQRKVRSISRVCHSIQDTRVAMVVHTQFKCRFRQDDQSLENSLRKGQLDDILSASRARHALLAAASCARCFRHSNTHETNGCYGRFLDEFEISLMSCSKLTEASVPHRIDGLLVTQKPCRCRRSVGPLFRHMHRQSSYDYYLSPFRTRLLQHRSYQILVTRVSRRLIYRVLSSSAWLVVTSIQEAFDTDPRGHPFKFPGSNVLLQAFTGTLGRSMELGGCEDSHRCARGLEQDRPSDPGGGRRRDSNKFGILVVRLSVGWNCTRLPIHHTTWAPVPIPPNEKDSPAPSLSMSRRRIWQTHSGCGSNTNLDGGKMQRRRTGDHSRSPEAPPIGWMIRGYGCQTRGGSLPLPGKQARHSGKRCEVLLCRSNVGHRYESARNLSLTNVASTQSLPKEYPSFLVYLLCNPHWVLRDELVLIANGRGILPCLIGHYNLGICIPEIGSASQRHRRLKIYRFRSITANLRDRFLITNRLCCLISWVKSIHIYPMYRPTSQYTIPSHRSYSPRLGVRGVTQLSRFIARNRARGQCRGHSTRLGDCCRHLPMRSSVQELRY

Esegui nel browser · Pyodide

Mostra il codice sorgente (problem.py)

filename = "dataset.txt"
with open(filename) as f:
    riga = f.readline().rstrip("\n")

mappa = {"UUU": "F","CUU": "L","AUU": "I","GUU": "V","UUC": "F","CUC": "L","AUC": "I","GUC": "V","UUA": "L","CUA": "L","AUA": "I","GUA": "V","UUG": "L","CUG": "L","AUG": "M","GUG": "V","UCU": "S","CCU": "P","ACU": "T","GCU": "A","UCC": "S","CCC": "P","ACC": "T","GCC": "A","UCA": "S","CCA": "P","ACA": "T","GCA": "A","UCG": "S","CCG": "P","ACG": "T","GCG": "A","UAU": "Y","CAU": "H","AAU": "N","GAU": "D","UAC": "Y","CAC": "H","AAC": "N","GAC": "D","UAA": "STOP","CAA": "Q","AAA": "K","GAA": "E","UAG": "STOP","CAG": "Q","AAG": "K","GAG": "E","UGU": "C","CGU": "R","AGU": "S","GGU": "G","UGC": "C","CGC": "R","AGC": "S","GGC": "G","UGA": "STOP","CGA": "R","AGA": "R","GGA": "G","UGG": "W","CGG": "R","AGG": "R","GGG": "G"}


arr = []
for i in range(0, len(riga), 3):
    codone = mappa[riga[i:i + 3]]
    if codone == "STOP":
        break
    arr.append(codone)
print("".join(arr))

Soluzione JavaScript

Esegui ora, live

Mostra il codice sorgente

// Translating RNA into Protein (Rosalind ID: PROT) - soluzione
// JavaScript indipendente, non una trascrizione di problem.py: stessa
// logica (traduce codone per codone finché non incontra uno stop),
// riscritta in modo idiomatico per JS.
//
// Contratto: riceve il contenuto testuale di dataset.txt, restituisce
// l'output testuale (stessa forma dell'output Python).
const MAPPA = {
  UUU: "F", CUU: "L", AUU: "I", GUU: "V",
  UUC: "F", CUC: "L", AUC: "I", GUC: "V",
  UUA: "L", CUA: "L", AUA: "I", GUA: "V",
  UUG: "L", CUG: "L", AUG: "M", GUG: "V",
  UCU: "S", CCU: "P", ACU: "T", GCU: "A",
  UCC: "S", CCC: "P", ACC: "T", GCC: "A",
  UCA: "S", CCA: "P", ACA: "T", GCA: "A",
  UCG: "S", CCG: "P", ACG: "T", GCG: "A",
  UAU: "Y", CAU: "H", AAU: "N", GAU: "D",
  UAC: "Y", CAC: "H", AAC: "N", GAC: "D",
  UAA: "STOP", CAA: "Q", AAA: "K", GAA: "E",
  UAG: "STOP", CAG: "Q", AAG: "K", GAG: "E",
  UGU: "C", CGU: "R", AGU: "S", GGU: "G",
  UGC: "C", CGC: "R", AGC: "S", GGC: "G",
  UGA: "STOP", CGA: "R", AGA: "R", GGA: "G",
  UGG: "W", CGG: "R", AGG: "R", GGG: "G",
};

export default function solve(datasetText) {
  const riga = datasetText.split("\n")[0].trim();

  if (!riga) {
    throw new Error("Input non valido: attesa una sequenza di RNA non vuota");
  }

  const arr = [];
  for (let i = 0; i < riga.length; i += 3) {
    const tripletta = riga.slice(i, i + 3);
    const codone = MAPPA[tripletta];
    if (codone === undefined) {
      throw new Error(`Input non valido: codone "${tripletta}" non riconosciuto`);
    }
    if (codone === "STOP") break;
    arr.push(codone);
  }

  return `${arr.join("")}\n`;
}