protein_synthesis.py

def transcribe(dna: str) -> str:
    rna = ""
    for char in dna:
        if char == 'A':
            rna += 'U'
        elif char == 'T':
            rna += 'A'
        elif char == 'G':
            rna += 'C'
        elif char == 'C':
            rna += 'G'
        else:
            print("Bad character in sequence!")
            exit(1)

    return rna


def translate(rna: str) -> str:
    amino_acids = ""
    codon = rna[:3]
    index = 3
    while codon != "AUG":
        codon = codon[1:] + rna[index]
        index += 1
        if index == len(rna):
            print("No start codon!")
            exit(1)

    amino_acids += codon_to_amino_acid(codon)

    codon = ""
    for char in rna[index:]:
        codon += char
        if len(codon) == 3:
            if codon == "UGA" or codon == "UAG" or codon == "UAA":  # stop codon
                break
            amino_acids += codon_to_amino_acid(codon)
            codon = ""

    return amino_acids


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

    print("Invalid codon!")
    exit(0)




if __name__ == "__main__":

    # Tests:
    dna = "GATACCCATAAGCAGGGATGACTGTTG"
    rna = "CUAUGGGUAUUCGUCCCUACUGACAAC"
    amino_acids = "MGIRPY"
    print(transcribe(dna) == rna)
    print(translate(rna) == amino_acids)

    rna = "AUGCCCAUGGGAUUAGUGUGGCACAAACAAGGACCACUAGAAAGGAUAUCUAUAAGAGGAGUAAUAGGAGUUAGGAGCGGGUAUAACGAAACCAUUCGAAGGAAUUGGGUCAUGUUAGUAAGUAAAAGCGCCUUAUUCGUAUCCACAUGCUGCCAAUGUAACCCCCCUUACCUGACUUGUUAUAAGCAGUUGAAGAGUCCAGACGUGACACGUUUUGCGCGCGCUCAUGACAUGGAUCAUUUUAGAGACCACACUCAUAUGGCUGGGAGGACCAACUUGGAACAAACGUUUUGUGCUCAACCCGUACAUCUGACUAUGGACCUAGAGUAUUAUCAGGACCCUCCAGUGGCUUAUGUACUACAGUACAUGGUGCCGAGGCGAAUGCCAGCUCUGUCAGUAAUCACGAAUCCUCCCAACCAAGAAUUGCAUUCACUCUGGUCAUAUCUGCAUUUGUCGGUUAGUCAAAUCUCUCGGGGGCGUCUAACUUGCGUGACGCUGCUACUAGUGAUCUGGGACAACCAUUUAUUACGGUACUCCUAUCUUUGCCAGGCCUUCGAAAUGGUUAUGAGCUCGAACAUCCGCUCCUUGGGAGCUGAGACGUUAAAGGUGUUAACAGAUCCGAAUAGAGAGUGCGCUUCGGUCACCAUCCCACAUCUCACUCAGCAAUCCGCUCUGAGUAUUAGAGCACCCCCCAGGUACCUUCACACUGAAUUACGGCGUUGUAGAACAUCUUUAGCACGGACGACCCUUCGGUUCGUGUCCAGUUGUACCUCUCGAUUUGGUGCUUCGAUUCCGAGCUUUCAUGAACUCUACUGCUCGCUAUACACAGGGCUCUCCUUCGUUCAUAUAUCUCGAUCAAUUAAGAACGCGGUUGAUCAAACAUGCGGCAAACCUAUCGACAAUACUCAGAUUGUGAUAAGCUUCCAGAGCUCUCGUCUCCAUCGAUGCAGUCUCAUAGCUCGUCUACAGGCCGACCGUACUUUCUUCCUUUAUAAGCGAGGGUGGUGCCGGGGCGUGUGCUCUAUAGUUAUAUACUUGACCGGGAUCUGCUACGUCAAACUGUGUUGUUACGCUACGGGCAUUAGCACCGUUAGCGACAGCUAUAAACCAAGGGGUUACGUUCAUCUUCAGGUAUUUCUCUUCCGACACGUGACUGUGUACGUAAUUCGUACAUAUGAGAAUUCAGUUACCGGGGCUUCACGAUAUCAAGCGGACUACAUCAUGGGGCGCGACUUACCUACUCUCGUAGAUAGUUUGCCAGUGGUGUCGUAUAGUUGGAACCAGUACCUGCUUCUAGUCUGUGGACCACGUCGGGGAGACCUCUUAUGGCCCCUAUUAGGCAGGGAUCCAACAGUUAAAUUUAAACCGCGGACCUACCGUCAACGGAGGAGUUUUACAGCUUUCAUGACGCGGAAGUGCGUUUCACUAUGGGCGCAAUUGACAGCUCGCCGUCGGACAAGCCGCAAAUUAAUUCGGGCACUAACUCACGGGUGGAAAAUGCGAAUGUCAAGACACGCAGUGGUCUAUACAGGCAUAGAGGGGAUCCUCGGGUCGAAAACAGAGUUAACGGUCCCAACUCAUCCGCUGUACAUCUUGCUCCCGUGCUCGGGUCCAAGUUGCGUGCUCAUGACUGGGGUCCGACCAUUUUGGUCUUCGUCCCAAGAUAGUCGUUGGUCAACAACCAUCAGGCCGGAGGGUGGUGUACUGAGCGUAAGUUGCAGACAGAUAGCCAAUAGCACCUUCUCGGUGCUCGAGUCAUUAGGUCUCUUUAUAGAAGUUCGGCACGGCCACGGGAAAAUCCCGCUCUACCGUAGCUCCACCUGUAGUAAUUGUUCACAUGUCUGUCAGUCUAAUGAGUGGACAGCGUGGUUCUUGAACUCCCCUGCGGCCGGGCCGAACCAGUGCCAAAUUGUUUAUAAUACGAAAUACUGUAUUGCAGGGUACGCCCCGAGCCCGUUACUAAGCACAGCCCGCGCAGCGAGUUAUCGAUAUAAAUGCUCGUGGUACUUCCUUCUUCUCUUUUUGACGUGUUCCCUCAUCUCGGGGCAAUUCUUGGAACCGGGGAUUAUGAAGUGUGCACUGGGCAUGCUAAAGGUAGGCUCGGAAUGCAAUCUCGAUGAACCGCACGUUAGUUCCACCGCGGGUUACCACGGCCACGUGAACACCCUCUGUUGCAUUAUUGCAGUUAGCCCGCCGCUAAGCCUGCGGGUUAAAAGACCGGCGGGGAGAGUUGUCUUCGAAAUAGGUCCCGCAUGUGAUCAGGACGGUGGUCAACUUGCGUCAAAUAUAGUGAUAACUCGUAAUCCGACUGGGUGGCACCCAUGGACUUCCCGAGUCAGCGCCCUUACCAUACGCUCACUACAAUGCCCACAGUGUGUGAACGAAGGCUGGCACUGGUCGCACCCUGAGCCAGGACAUAUGGGACGAUACUUGCACCCAAACUCAAUCCCUUACGAAGCCUGCGUCUCUACCUAUACAAUUGCCGAAAAAUUCUCGGUUCAUUUUAGUACCCGGAGCAUUGACUGGGAGUGCCCGGUCCGAAUACUCGCGACGUACACAAGACAGCUGGAGUUGCGUUGCCUUACCGGAACGUGCUUUUCCUACUGGAAUACCCCAAAGAUUCCUACGGUAACACCCCAUGUAGCACGGAAAUCUAAGGAGACUGACCGAAACGCCUCGAUUCAGCCCCCGAUGGCUGCUACGGUACCAGCAACAGGCUUAUCGAAGCAAUGGAUUGUCAUCCAAUCUUCCAGGGAUCUCCGGACUGACGAUGAGAUGGAUACCACCUUUCAGACACAUCGGUAUGGCUUCGGAAUAUCAACAACGGAGUGCUACACUCUACCGAGCCUAUACUCUGCCCCAAAGAGUAGAAAUACCCACACUUGUCACGCAUCGCCUUCCAACGAUAGUUGGUCCUGCUUCAAGCUCUGUGGAGUAAGUAUACGUGAUAGGAAAAGACGAGUCUGGACUGCUUCGCGAUGUAAUGACCUAGCGUCAGAAAAGGGUGGCCGGCAUGGUACACCACCCACAAGAAUCCCACCGUCGUUGCCUAGAAAAACGACACAGACUGGUGCAGCGAACCUAGCUUACUGGUCCCAGUUCAUUAACGGCGACAAAUCGCCGGAUGGCUAUACUAAGCAUGUUGGCACGGACGCCAUAUAUGCAGCGCGUGUUCAAGCGCACAGCCUGACGUGCUCCCGGCUAUCCAGAAUUGUGUGUAGUGGAUCCGCCGUGGGUUGGGAUGGAGACGAUUUUCGUGAGUCGGACGUUGACCGAGAAUGCGAGGUUACGAGUGGCCCAAGGCCCCAGAGAUUUUGUAUUUACAUCAUGUCCUCCGUUUCGACCGACGGUGGAGUAUGUCGAAAGAUCUGGAUAUUCCACCUCUUAUCCAAUUCAUGUAGGAGCUUGUUUUCCCCGUCAUCAGAUAGGGAACAGAAGCUCGGAAUAAUGGCGCAGGCAGAGGUGUUCUGUCACGCCCUCUCAAAAUUUCUGUUUCGGUUGUGUUCUAUUUCAUCGCUCAGGGCGCUCAGUUCUUAUCCCAGAUCGGGGCGAGUUCUCUCUAUUGUGACAAACAUACCGCAGUGGGACAGCCGCCCUAGGCUACGAAUUGACUACCAUCAAUUUACACCAAUUUUUCAUAACCCGCCAGGUAAACUCCUGCAGCCUAACGAUACGUGCCUGGGCUGUUCAAACUGCCUCCAGAGCUCGCCUCUGCUUUUUACCCGGGCAGGUCUUUUGGGCCUAUUCAGAACCAUGGCCCCUAUAACAUACGGCUGCAUGACUCGCUCUGCUUGGUCUUCGUUACAGCGUGGAGGGCCACUCGACGUUAUCCUCUCUACGUCGAGAGCUACCCUAUUCAAGCGGUGUGUAAGAUCACGAUUCAGAAAUCCAUGUGGUAUUAAUGUUCUCACAAACUUUCACGAACCGCGAGCACUUCUAUUUAGCGCUCCACGCGGGAAUCCGAGCUAUACGGUCAUGUUCGCCAGUACGGCAGCCACGUGCGAGCGCCUGGCGUUAGCACGUCAUCGUACUUAUUCCCGAUUCCUCUUUGAACGUACUAGAAAACAUGCGCUGAAAGGGAGAACAAGUGAUCAAGACGGCCUAAGUGCCGGUGUCACGUGGAAGGGCGUGAAUUCUGGCCGGUACCUUUAUAGCACGUGUCGUCAUGGGCUGCGCAGGUUGAUCCGGACGAUGAUGAAGCAAAUUGGAAGACUAUUUUAUAGAACGAGGUGCACGCUUCUCGUCCACAGAGACCCUGGCGCGGAACACUACCUUAGUACGCCAAUAGUAAAGCAAGGACGCGGCUACCACCGGCGUACACGACUUCCAUUUCUGCUUUUUUACGACCAAUGCCCAGCGCGCGGAGUGCCGCUAUUAGUACGCUUAGUGACCAAUGCUUUAUCGCCUUAUAUUACCAUGUCAUAUGCAUGUCAGACUUGCAACAGAGCCCAGGAGAGCGUCAGCCUAUUACCGAGUACAUGUGCUUACCCCUACCGGUCAAUCAAUUCCGAUCCUGUUGGAGCUUGGAAAGUGGGCUCCCUAAAUACGCACUACAUUUGUAAGUUACCCAAGGUAUCACCGCCGAGAUGGGCAAGCUCACAGCAUAUCGCGAGCACAGUCGUUAGAAGCGAUACCCAUAGUAGAGACGAGUCGAUCAAUGGACAUGGCAGGCUUAAAGUUGCAAUCAUUGUUUGUAGGGUAACCGCAAGAAGUGUAGCAGAAGUCGGAGGUUACUGGAAAAAAAGACACAGGAGUCCACGAAGUAUAUUUGAUAUGAAAAAUAGAGACACUUGGCACGAUGGUGGGCGCGGCCCUACAUCAUCGUCGGACCAUUAUUAUCCCAUAACAGGCAUUCCUGUUCUCAGUACUCCCUCCCGGAGGCCUCAAGCUCGGCUCACCAUUAAAUCGUCAUCAAUUUGGGCUUAUCGAGAUCAACCGAUGCUCACACAGCCAUGCAUUACGUACCCGGUACUGCUCUUGCAAUGGGCCGUAGCUUCGCGAAUGAGUGCAAUAUCUGGCAUUCGGCUUGCGGGUCUGUGGGGAGCAGCUAAUGCACCAGUCCAACUCUUCCUCUACCUCAGUCAGUGCGCACACUUAGGAACUUAUUGUGUAUAUCACGAAAUGGGCCCAAUGUAUAUGGUUCUACCAAACCAACGGCGACUGCGACGCUUUAGUCUUGGAGGACAGAUUCUAUGUUACCCCUUCAGGACGACUUACAGUCGGGCUGUCGUUAGGCCUUAUCCUGAUACGCCGCAUGGUUACAGCGGUAACGGCGUAAACACCGGCUUCCUAAGACGCUGGCCUGGACCUGUCCCGUGUCUGUGGGUUAAGGGUGUUGCCCACCACGCGUCUAAGCUACGGUGGAAGACACUUGCUUGUACUGCGUUAUCCCUGCCUGCCCUACCUAGUCACCCUGGAUUAUUGAAAAGCCUUCUCAAAAGAGGCGAAGUGAAAAAACUGGAGGCAGCUCGCACCGUCUUGCGAGCUUUACAACCGCACCGAACAAAUGGCGGAUAUACUAAGGAACUCGGUCAGGAGGAGGAGCACUGGUUCAGGUACUCAUUCGGAGGUACGAUCGGGGCCUUGUACGAUCGUAAGGUUGCUGUGUGGUACCGCAGCUCACAGGUAAUCUACAAUGGUCCUAUUUAUCGUCUAGUACAGGAGCCGAGUUGCGCCUCUCCGAUCACCUUAUUCAGCCGAGUACUACUUAAUGUUGUAUCUUAUCUAGAGAUAACGGUUAAACGACAUCUGUUCACACCAAACACCAUCCCCGGACGAGGCCUUUCUCAUCGAAAGGGGGCAUUAUUUUUCCUAAUACCACCCUAUCCAAGCUCGUUCGAAUUAAUAAGAAAACCCUACCGCCGCACACAGCCUGCUUUUCCGGGAUCCCUAGGCGAUGAUCCCUUGCUCCCCUGUAUCUGUCGGUCUAAACUGCGACUCAGACGGAUAACUGUGUAUGGUUCAAGCCGGCCAGUUGAAGACGUGGGAACCACGGAGUCUAGAUGUCCAAAAACAUUUUACUCUCUCCCGCUCGCGCUGUGUUGGUGCCGGAGUACGGGGGUGGGCAUCUACGGCUAUCUGGAACCGGACUACCCGUAUUAUACGAGGCGCGCCCCCGCCAUACCAAUUUGGAGACACCCUGUAUAUCGCGCUUUCGUACAGUUAACGUUAGCGCAGGCGACGGUACCCGGGCCGAAGCCGUUUUUAUUGCUACCCGUGGGCACCGGACCGUUUAUAAAAAUUUUCGGCCGCCACGGUUUUGCAGUUUUAGCUGCCGUACGAUAUUGUACGCUGUGCUCGGACCCUAUACGGGGACCCGACAGCCGACUUAGCCUAGUAACAGAGAGUGCUCGCCAGGUUCUCACUCCGGUCGAGUAUACCGAUCUGCAACUGUGUUCACUGGGGAGCAUUCAAAAGUCAAAACGGCUCUCAAGACUAUCCCUAACCAAAUUUGAUGAAUUAGCCGCCCGAACAAAUGCUCGGUUCGUGCGUCCCGUAGGAUAUCAACAGGUUAAGCCCCGGGUGAUUGAAACUGAAACUCCUUAUAGGACGUAUCGGCCAAACCCGCCUACAGAUGUAGACGAGGAGCACAAACAUCGUUUACUAGCUGUCAAAAGAUACAUAGGUUUCAGAGGGACACUGUCGGACAGACCCCAGGCGGCGCUCAUUAAAGGUGAAUGCAAGGCCAGCAGGUCGGGGCAUCUUCUUGAAAUUCAUAGAGGAUCAGAGAGACUUGAUUGCCGUAUCACGCUAACGCUACUUAAGGACCCACUUGGCUACUUUUACGGAGUGGACAGUCAGCCACCGGCGGUGCAUUUGAGUUACGACGCGUUCUCGCAACUCAUCAAAAACAGAUGUUUUAGAAAUUACAAGUCGCGAGCUUUCCAAGGCACAAAUGUAGCACGAAAAUCAAUAUGGGAUCGGUCAAGUGACCCUGGUUUGAGGGAGCCAUUGUGUUGGACACUAGACAAGCGCUGGGCCAAGUACACACAUCAACCUCAACCCUGCCAGCCGGUUCCCACCUCCAAUGUAUUUGAAUGCAGGCGUGGCCAAACCGAGGUACGACAUAACGCGUUGGUCUAUAGUCCAACCUUCGCGAAUUUUCGUGUAUCAGCGGACAGUACUGUCUUACUUCCAGCCACCGGGUCAUUAAUCGUUCCAUCUGGAAGGUCCGAGCGUAACCCGGAUUAUCACGCGCCGUGCUCUUUAUGUCCCAACCUCAACUCUGGUUUGCCGGGUAGGAUAGUAGGGACGCCUCGAACCGACAAGCGGCGGGCCGUCACGCAACUCAGGGUGUCCGAAGCAAGUUGCCCUCAGCGGAAUAGAUCGCCUGACUCGUGCGCACUAGGUAAAUGCCCGCUUCCGUUAGAUAACUCUACAAGCCGAUUUUGCGGCCCUUGCGCACAUUAUUCAGACCUAACCACAUUUUUACGGCUCUUAUUCUCACAGACUUCGCCCGAUGGCAGGUUUUUCCAUCAGAUAAUAGCGGUACUCAAAGUGGGUAAAUGCAUUAGAGCUACUGCAGCAUUGAACCCCGCCUCGUACCUUGCCAGCCGUGCUGCACAGUCUGGAAAUAUUGUGGAAGGUCAUCGGGGACCGAUUUUAAGCAGGAGCAUGCUAGUAAAGCGAAACUGGCGUUGUCACGGGUCCUUACCAUGCAAUAGGACGACGGGAGAAACACUUACGAUAUUAGGCAUAAUGUACGGAUCCGUGGGUGGCUCCAGAAUAUUACAAGCAGUAGUGCAUUCGGUGGCUAGACGCGCCCCGCAGGCGACCGAUGGUUUUGGGCAUUUGCUGACCAAACCGUUCGUCAGAGCCAGAACAUCAGAAGAGGAUAAAGGGUGGGUGGUGACUUCUAUAUUCCCUCGACGGAACGCCUAUGACCCACUCGGUAAAGUGGGCCCAACAUGGCGUACGCCCGGCUAUCGCAUGAUACCUCAAGCAGAUAAGUGGGGGAUCGGACCGACUAACGGUGAUACAGCCAACUGCGUAGGCGGGUGCCUCAGGGUAAUUUGCCCGUCCAGGGCAUCGAAGCAUCACGCAGCAAUAUGCUUAUCCGGCACAAGCUUCGCACGUGUGGGAAAAGGAAGAGAGGAAAAAGUCCGUCAUACGGAGUCCCAAGCGUGGACACGCUUUAAUCUGGGUAAUGCGAGGCGAGGUGGGGUGGACCAGAUUUUACGGAAAUUAACCAUCGAUAGGGGUGGGCUACGUGGGCACGCGAGGAUAAGUACGAAAUACCGGCCCCGCCUACAGAGGAAUGCCACAAUGGCCGGGAAGGAUACCCGACAUUAUUUGAGUGCUUUCAAGUUCGAACUUGCCACGCGAGCGUACAGAUCGGCGCUAAUUCUCUGGGAACUUAUCCAGAGGAGUACUAGAACGCUGGCUUAUUCUACGGGGCGGAUUGAACUCCCAACAACAGUGCCCCACUCUUCGCCCGGUGUUGUGCUAUUAGGAGUAGUGAAUUUAAGAGGAGAAGCCACACAGCAUGCCCUAUUCUCCUAUCUGGAUUCUACUACGCCCUAUGAGUGCUUAGACAUAGCCCCCAAUAGCUGGUUCACGUCCGAGUCAUCCUGGCCACGUAGCGAUGCAAUACUAUCAUACCGGUUGGUUAAUGACCCGGCUGAACUUCUUAGUGCAGGGCCAUCAACGCUAUCACACCCGCUCUGCGGAUCCAUCGGCCGCUCCUUAACACGAGGAGACAGAUUAACGAAGGACUACUACGUAGUACACAAUUUGAGCUCCUCGCUUACGCGAUUGGACCGUCAUAGUUCAGCGACGCGCAGCUUGCGACCAUGCCUGUGGGUCACAACAGAAAAUACAAUUUAUCUUCAGAGGACCUGUUUCUAUUCUGAUUGGGAUUGUAUGCGGUGCCUUUCAGACAAGGGAGGCUACGAUGGCAAUUAUUCGAGGGUAACCGCUUAUCACUAUUGUCGGCCAAAAGUUCACGAUGAGGCUACAGUGUUAUACAAACUUAAGGGUACCCCCAUACGAUUUGGUCCGGCACACAACCACAGAGGUGCCUUAGCUCUUCGUCCUGUUGAAACCACCCCCCUGAGGACAUCUCCUGAAUAUGUGGAACACCCUUACGACGAGGAGUCUAAUACAGGUCGGGGGGCAGCUCGGCAGGAAGGGCUCGAAGUUCAGCUCAUUGCAGGCCAGUACGACGCUUGGCAAUGUAUGGAUAACUGGACGGUUCACAUCAGUCGACUAUGUACCGGGGUACAGUCCCCACCGUUGGCUCGUAGAGUGUCCUAUUUAGGAAUCAGUCCGGACAUUUGGGGCCAUAGUUUUAGUUUCCGCUACACUUGGCCCUUCAAAAGCUCGACCGGGGCGAUUGAUUGGCGCCACGGGUUGUACUCCUUCCUGUCUACCUUAAUAAUCGGUUGCUGCUCACGAGCUCUGACUGAGAGAUCACGUCGAGGACCAGCCCGUUAA"
    amino_acids = "MPMGLVWHKQGPLERISIRGVIGVRSGYNETIRRNWVMLVSKSALFVSTCCQCNPPYLTCYKQLKSPDVTRFARAHDMDHFRDHTHMAGRTNLEQTFCAQPVHLTMDLEYYQDPPVAYVLQYMVPRRMPALSVITNPPNQELHSLWSYLHLSVSQISRGRLTCVTLLLVIWDNHLLRYSYLCQAFEMVMSSNIRSLGAETLKVLTDPNRECASVTIPHLTQQSALSIRAPPRYLHTELRRCRTSLARTTLRFVSSCTSRFGASIPSFHELYCSLYTGLSFVHISRSIKNAVDQTCGKPIDNTQIVISFQSSRLHRCSLIARLQADRTFFLYKRGWCRGVCSIVIYLTGICYVKLCCYATGISTVSDSYKPRGYVHLQVFLFRHVTVYVIRTYENSVTGASRYQADYIMGRDLPTLVDSLPVVSYSWNQYLLLVCGPRRGDLLWPLLGRDPTVKFKPRTYRQRRSFTAFMTRKCVSLWAQLTARRRTSRKLIRALTHGWKMRMSRHAVVYTGIEGILGSKTELTVPTHPLYILLPCSGPSCVLMTGVRPFWSSSQDSRWSTTIRPEGGVLSVSCRQIANSTFSVLESLGLFIEVRHGHGKIPLYRSSTCSNCSHVCQSNEWTAWFLNSPAAGPNQCQIVYNTKYCIAGYAPSPLLSTARAASYRYKCSWYFLLLFLTCSLISGQFLEPGIMKCALGMLKVGSECNLDEPHVSSTAGYHGHVNTLCCIIAVSPPLSLRVKRPAGRVVFEIGPACDQDGGQLASNIVITRNPTGWHPWTSRVSALTIRSLQCPQCVNEGWHWSHPEPGHMGRYLHPNSIPYEACVSTYTIAEKFSVHFSTRSIDWECPVRILATYTRQLELRCLTGTCFSYWNTPKIPTVTPHVARKSKETDRNASIQPPMAATVPATGLSKQWIVIQSSRDLRTDDEMDTTFQTHRYGFGISTTECYTLPSLYSAPKSRNTHTCHASPSNDSWSCFKLCGVSIRDRKRRVWTASRCNDLASEKGGRHGTPPTRIPPSLPRKTTQTGAANLAYWSQFINGDKSPDGYTKHVGTDAIYAARVQAHSLTCSRLSRIVCSGSAVGWDGDDFRESDVDRECEVTSGPRPQRFCIYIMSSVSTDGGVCRKIWIFHLLSNSCRSLFSPSSDREQKLGIMAQAEVFCHALSKFLFRLCSISSLRALSSYPRSGRVLSIVTNIPQWDSRPRLRIDYHQFTPIFHNPPGKLLQPNDTCLGCSNCLQSSPLLFTRAGLLGLFRTMAPITYGCMTRSAWSSLQRGGPLDVILSTSRATLFKRCVRSRFRNPCGINVLTNFHEPRALLFSAPRGNPSYTVMFASTAATCERLALARHRTYSRFLFERTRKHALKGRTSDQDGLSAGVTWKGVNSGRYLYSTCRHGLRRLIRTMMKQIGRLFYRTRCTLLVHRDPGAEHYLSTPIVKQGRGYHRRTRLPFLLFYDQCPARGVPLLVRLVTNALSPYITMSYACQTCNRAQESVSLLPSTCAYPYRSINSDPVGAWKVGSLNTHYICKLPKVSPPRWASSQHIASTVVRSDTHSRDESINGHGRLKVAIIVCRVTARSVAEVGGYWKKRHRSPRSIFDMKNRDTWHDGGRGPTSSSDHYYPITGIPVLSTPSRRPQARLTIKSSSIWAYRDQPMLTQPCITYPVLLLQWAVASRMSAISGIRLAGLWGAANAPVQLFLYLSQCAHLGTYCVYHEMGPMYMVLPNQRRLRRFSLGGQILCYPFRTTYSRAVVRPYPDTPHGYSGNGVNTGFLRRWPGPVPCLWVKGVAHHASKLRWKTLACTALSLPALPSHPGLLKSLLKRGEVKKLEAARTVLRALQPHRTNGGYTKELGQEEEHWFRYSFGGTIGALYDRKVAVWYRSSQVIYNGPIYRLVQEPSCASPITLFSRVLLNVVSYLEITVKRHLFTPNTIPGRGLSHRKGALFFLIPPYPSSFELIRKPYRRTQPAFPGSLGDDPLLPCICRSKLRLRRITVYGSSRPVEDVGTTESRCPKTFYSLPLALCWCRSTGVGIYGYLEPDYPYYTRRAPAIPIWRHPVYRAFVQLTLAQATVPGPKPFLLLPVGTGPFIKIFGRHGFAVLAAVRYCTLCSDPIRGPDSRLSLVTESARQVLTPVEYTDLQLCSLGSIQKSKRLSRLSLTKFDELAARTNARFVRPVGYQQVKPRVIETETPYRTYRPNPPTDVDEEHKHRLLAVKRYIGFRGTLSDRPQAALIKGECKASRSGHLLEIHRGSERLDCRITLTLLKDPLGYFYGVDSQPPAVHLSYDAFSQLIKNRCFRNYKSRAFQGTNVARKSIWDRSSDPGLREPLCWTLDKRWAKYTHQPQPCQPVPTSNVFECRRGQTEVRHNALVYSPTFANFRVSADSTVLLPATGSLIVPSGRSERNPDYHAPCSLCPNLNSGLPGRIVGTPRTDKRRAVTQLRVSEASCPQRNRSPDSCALGKCPLPLDNSTSRFCGPCAHYSDLTTFLRLLFSQTSPDGRFFHQIIAVLKVGKCIRATAALNPASYLASRAAQSGNIVEGHRGPILSRSMLVKRNWRCHGSLPCNRTTGETLTILGIMYGSVGGSRILQAVVHSVARRAPQATDGFGHLLTKPFVRARTSEEDKGWVVTSIFPRRNAYDPLGKVGPTWRTPGYRMIPQADKWGIGPTNGDTANCVGGCLRVICPSRASKHHAAICLSGTSFARVGKGREEKVRHTESQAWTRFNLGNARRGGVDQILRKLTIDRGGLRGHARISTKYRPRLQRNATMAGKDTRHYLSAFKFELATRAYRSALILWELIQRSTRTLAYSTGRIELPTTVPHSSPGVVLLGVVNLRGEATQHALFSYLDSTTPYECLDIAPNSWFTSESSWPRSDAILSYRLVNDPAELLSAGPSTLSHPLCGSIGRSLTRGDRLTKDYYVVHNLSSSLTRLDRHSSATRSLRPCLWVTTENTIYLQRTCFYSDWDCMRCLSDKGGYDGNYSRVTAYHYCRPKVHDEATVLYKLKGTPIRFGPAHNHRGALALRPVETTPLRTSPEYVEHPYDEESNTGRGAARQEGLEVQLIAGQYDAWQCMDNWTVHISRLCTGVQSPPLARRVSYLGISPDIWGHSFSFRYTWPFKSSTGAIDWRHGLYSFLSTLIIGCCSRALTERSRRGPAR"
    print(translate(rna) == amino_acids)