Agilent probes matching MLOC sequence
This MLOC transcript has no hits to the Agilent probes
MLOC Sequence (2918 bp)
>AK354222 2918
GGTGACCGCTTGCTTGCAGCTGCACAACTTGCTACTCTCAGTCACAGTCCTCGTTCCTCC
CGAGCCAGCTGTTTTCCCCCATGGCCGGCGATGGCGGCAGCGACCGCGACGCCGGCGGCG
AGTGGATCTGGGTGCGCCGACCGCAGGAAGCGGAAGCTGCGGCTGCGGCGGCTGGGTGGC
CGGCGGAGGAGGCGCGGCCTCTGAAGGTGGTGTTCGCGTCCCCGGCGAGGTACTTCACCG
ACGCGGCGCCGATCGGGAACGGCCGTCTCGGCGCCTTGGTCTGGGGCGGCGTCACCTCCG
AGAAGCTCCAGCTCAACCATGATACATTATGGACGGGCGGACCTGGTAATTATACAAACC
CCAAAGCACCTACTGTTCTTTCTGAAGTAAGGAGCCTTGTTGACAAGGGACTGTATCCTG
AAGCTACAGCTGTTGCTTATGGTCTGTCTGGTGACGAGACGCAGAGTTACCAGCCTCTCG
GTGATATTGATCTTGCCTTTGGTGAGCATATCAAGTATACAAATTATACAAGATACCTTG
ATTTGGAATCTGCGACAGTTAATGTCACATACAGTGTTGGGGAAGTAGTGTACTCAAGGG
AACACTTCTCCTCAAATCCACATCAAGTAATTGCGACTAAAATCTCTGCAAACAAACCAG
GAGCTGTCTCCTGTACAGTATCTTTAGCTACACCACTAGATCACCGGATTCGTGTAACAG
ATGCAAATGAAATAATCATGGAGGGTAGCTGCCCAGGAGAAAAACCCGCGGGAGATGGCA
ATGCATCTGATCATCCTCCAGGAATGAGATTTTGTGCAATTCTCTACCTGCTGATGAGTG
GTGCCAATGGCCAAGTGCAAGTATTAAATGATAAGATGCTGAAACTTGATGGTGCCGACT
CAGCAGTTTTGCTCCTTGCTGCTGCAACCTCATTTGAAGGGCCATTTGTCAAGCCTACTG
AATCGACACTTGATCCAGTGGCATCAGCATTCACAACATTAAATATGGCTAGGAGCATGT
CATATGCACAGCTAAAAGCTTATCACATGGATGATTACCAGAGTCTTTTCCAGCGCGTGT
CCTTGCAACTTTCACGAAGCTCTAATGATGTACTTGGAGGTAGCACTTTGGCCCGCTTAC
CTGAGAATATCTCTCAGGATACTGCGGTATCTGATTGCACTGTACAGATGGTTGACTGCT
CAAGGTTAAACGAGCTTAATAATTCAGAGAAGCCTACTGTGGACAGAATTATAAGTTTTA
GACATGATGAAGATCCTTCTCTGGTAGAACTTCTGTTTCAGTTTGGGCGCTATCTACTCA
TTTCTTGTTCGAGGCCTGGAACTCAGGTTTCCAATCTGCAAGGAATATGGAACAACGAGA
CTAATGCACCATGGGGTGCAGCTCCCCATCCAAATATAAATCTACAAATGAATTACTGGC
CATCACTTCCTTGCAACCTTAGTGAATGCCAAGACCCACTATTCGACTTCATTGGATCCC
TTTCGGTCAATGGGGCTAAGACGGCAAAAGTGAATTACGGAGTTAGTGGCTGGGTTAGTC
ACCAAGTCACAGACTTGTGGGCAAAAACATCACCGGATGCTGGTGATCCTTCATGGGCTC
TATGGCCAATGGGTGGGCCATGGCTTGCTACACACCTGTGGGAACACTACAGTTTTACAA
TGGACAGAGAATTTTTGGAGAGAACAGCGTATCCACTTTTGGAAGGATCTGCCTCCTTTC
TGTTGTCCTGGTTGATTGAAGGCCAAGAAGGCTATCTGGAGACCAATCCTTCTACTTCCC
CAGAGCATTATTTTATTGCTCCGGATGGCAAAAGAGCATCTGTGAGCTATTCAACAACTA
TGGACATGTCAATTATTAGAGAAGTATTCTCAGCTGTTCTTCTGTCTGCTGATATTTTAG
GAAAATCCAGCACTGATGTGGTTCAGAGGATAAAAGCGGCACTACCAAGGCTCCCACCAA
TAAATTGGTAGAGATGGTACAATCATGGAGTGGGCACGAGATTTTCAGGATGCTGAGCCT
CACCACAGACATGTATCTCATCTGTTTGGTCTTTATCCTGGACATACCATGACACTTGAG
CAAACACCTGACCTCTGCAAGGCTGTTGCCAATACTCTTTATAAAAGAGGTGATAAAGGC
CCTGGGTGGTCTACTTCATGGAAGATGGCCTGTGGGCTCATCTTCACAACAGTGAGCATG
CATACAAAATGATTCTGCAGCTAATCACTTTGATAGATCCGAATCACGAGCGTGATAAGG
AAGGAGGTCTATACAGCAATTTGTTCACGGCGCATCCACCATTCCAAATTGATGCAAATT
TCGGATTCCCAGCTGCATTGTGCGAAATGCTTGTGCAGAGCACCGGGAGTGATCTGTACC
TGCTCCCTGCTCTGCCCCGCAACAAGTGGCCCCACGGCAGTGTCAAAGGTCTGAGGGCCC
GAGGCGGGGTGACGGTCAACATCTGCTGGAAAGAAGGTAGCCTGCATGAAGCGCTTGTAT
GGTCTGGCAGCAGCGGGAATTCGCTTGCGAGGGTCCACTATGGCGACCGCTCTGCCATGA
TCAGTACCTCCCCAGGTCAAGTTTACAGGTTCAACTCGGAGTTGAAGTGCTTGGAGACCT
GTCCACTGTGAGAATGTACGTGTGCTGGTTCTGCAGTCCAAAGGCACAATCTGTTGCGAC
ATAATAGTAATTAACTGAATTCCCAGTGAGAACAATAATGGACCTATTCTAAGGCACAAT
CTGTCGTGACAAAATTTACTGGATTCTCACTTGAGAACAATAATGGAGCTATCCTAAGGC
ATAATCTGTTGTGACAAAATTTACTGAATTCTCAGTGAGAACAATAATGGTACTGTATTG
GATTCTCAGTGTGAATAATAGAGCGATCTCGTTGAACC
