##  Genetic code

comp = {
	"A": "T",
	"T": "A",
	"C": "G",
	"G": "C",
}

ammin = {
	"ser": ("UCG", "UCA", "UCC", "AGU", "UCU", "AGC"),
	"leu": ("CUG", "CUA", "CUC", "CUU", "UUG", "UUA"),
	"arg": ("AGG", "AGA", "CGU", "CGA", "CGG"),
	"ala": ("GCA", "GCG", "GCC", "GCU"),
	"gly": ("GGU", "GGG", "GGC", "GGA"),
	"pro": ("CCC", "CCA", "CCU", "CCG"),
	"thr": ("ACA", "ACC", "ACG", "ACU"),
	"val": ("GUG", "GUA", "GUU", "GUC"),
	"ile": ("AUC", "AUA", "AUU"),
	"asn": ("AAU", "AAC"),
	"asp": ("GAC", "GAU"),
	"cys": ("UGC", "UGU"),
	"gln": ("CAA", "CAG"),
	"glu": ("GAA", "GAG"),
	"his": ("CAU", "CAC"),
	"lys": ("AAA", "AAG"),
	"tyr": ("UAC", "UAU"),
	"phe": ("UUC", "UUU"),
	"trp": ("UGG",),
	"stop": ("UAA", "UAG", "UGA"),
}
ammin = {c: a for a in ammin for c in ammin[a]}


def split(sequence):
	return map("".join, zip(*[iter(sequence)] * 3))


def cdna(sequence):
	return (comp[base] for base in sequence)


def mrna(sequence):
	return ("U" if base == "T" else base for base in sequence)


def trna(sequence):
	return (ammin[codon] for codon in sequence)

sequence = "ACCGATCGATTACGTATAGTATTTGCTATCATACATATATATCGATGCGTTCAT"
message = split(mrna(cdna(sequence)))
protein = trna(message)

print(*protein)