Sequence
gccagactctctgcttctccattctgccagactctctgcttctccattctgccagactctctgcttctccattctgccagactctctgctactccattctgccagactctctgccactccattctgccagactctctgccactccattctgcctgactctctgccactccattctgccagactctctgccactccattctgttgctccattctgcctgactctttgccactccattctgttactccattctgccagactctctgccactccattctgttactccattctgccagactctctgccactccattctgccagactctctgccattTGATTCTGCatgactctctgctactccattctgcctgactctctgccactccattctgttactccattctgccagactctctgccactccattctgccagactctctgccactccattctgccagactctctgccactccattctgcctgactctctgccactccattctgcctgactctctgccactccattctgcctgactctctgctactccattctgccagactctctgctactccattctgccagactctctgccactcctccattctgcctgactctctgccactccattctgcctgactctctgccactccattcggcctgactctctgccactccattctgttactccattctgcctgactctctgccactccattctgttactccattctgcttgactctctgccactccattctgcctgactctctgccactccattctgttactccattctgcctgactctctgccactccattctgcctgactctctgccactccagtctgcctgactctctgccactccattctgttactccattcggcctgactctctgccactccatactgttactccattctgcctgactctctgccactccattctgcctgactctctgccactacattctgcctgactctctgccactacattctgttactccattctgcctgactctctgccactccattctgcctgactctctgccactacattctgcctgactctctgccactacattctgttactccattctgcctgactctctgccactccagtctgcctgactctctgccactccattctgttactccattctgcctgactctctgccactccattctgttactccattctgcctgactctctgccactctattctgttactccattctgcctgactctctgccactccattctgttaccccattctgcctgactctctgccactccattctgcctgactctctgccactccattctgttactccattctgcctgaccctctgccactccattctgcctgactctctgccactccattctgttactccattctgcctgactctctgccactccagtctgcctgactctctgccactccattctgttactccattctgttactccattctgcctgactctctgccactccattcggcctgactctctgccactccattctgttactccattctgcctgactctctgccactccattctgttactccattctgcttgactctctgccactccattctgttaccccattctgcctgactctctgccactccattctgcctgactctctgccactccattctgttactccattctgcctgactctctgccactccattctgcctgactctctgccactccagtctgcctgactctctgccactccattctgttactccattctgcctgactctctgccactccattcggcctgacaCTCTGCCACTCCATtctgcctgactctctgccactccattctgcctgactctctgccactccattctgttactccattctgcctgactctctgccactccagtctgcctgactctctgccactccattctgttactccattctgcctgactctctgccactccattcggcctgactctctgccactccattctgttactccattctgcctgactctctgccactccattctgttactccattctgcttgactctctgccactccattctgttaccccattctgcctgactctctgccactccattctgcctgactctctgccactccattctgttactccattctgcctgactctctgccactccattctgcctgactctgccactccagtctgcctgactctctgccactccattctgttactccattctgcctgactctctgccactccattcggcctgacaCTCTGCCACTCCATACTGTTACTCCATTCTTACTGACTCTCTGCCacgccattctgcctgactctctgccactccattcggcctgactctctgccactccattctgttactccattctgcctgactctctgccactccattctgcctgactctctgccactacattctgcctgactctctgccactacattctgttactccattctgcctgactctctgccactccagtctgcctgactctctgccactccattctgttactccattctgcctgactctctgccactccattctgttactccattctgcctgactctctgccactctattctgttactccattctgcctgactctctgccactccattctgttaccccattctgcctgactctctgccactccattctgcctgactctctgccactccattctgttactccattctgcctgaccctctgccactccattctgcctgactctctgccactccattctgttactccattctgcctgactctctgccactccagtctgcctgactctctgccactccattctgttactccattctgcctgactctctgccactccattctgttactccattctgcctgactctttgccactccattctgttactccattctgcctgactctctgccactccattctgttactccattctgcctgactctctgccactccattctgcctgactctctgccactccattctgccagactctctgcttctccattctgccagact