CAN33_9530-T1, CAN33_9530-T1 (mRNA) Aspergillus niger FDAARGOS_311

Overview


Name	CAN33_9530-T1
Unique Name	CAN33_9530-T1
Type	mRNA
Organism	Aspergillus niger FDAARGOS_311

Sequences

The following sequences are available for this feature:

mRNA from alignment at NKJJ01000006.1:132214..135936+
coding sequence from alignment at NKJJ01000006.1:132214..135936+

mRNA from alignment at NKJJ01000006.1:132214..135936+

Legend: polypeptideexonCDS

Hold the cursor over a type above to highlight its positions in the sequence below.

>CAN33_9530-T1 ID=CAN33_9530-T1|Name=CAN33_9530-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=3723bp|location=Sequence derived from alignment at NKJJ01000006.1:132214..135936+ (Aspergillus niger FDAARGOS_311)
ATGTCTTTGTATCAAGCTAGTGATGTTGCAGTTTCAATGTTCGATAAGAT
CTTAGTTCTAAATGACGGTCACATCGCCTACTATGGCCCGGCGACATCAG
CCAAAGCCTACTTTGAGTCCCTTGGATTCTACTGCTCTCCGAGGATTTCG
GTTTCTGACTTCCTGGCATCTATGTCAGGGGATCCGACAGGTCGGAAACC
CCGGGATGACCTTCAGAGGCCGGTGCCCGTTCAGCCCGCTGATTTTGAGG
CCAGATTCAGAGAAAGCAGCTTCTATCAGCAGACGGTGAGCGAGGCCGCA
AAGCCACCTCAAGGAGCAGCAAGTGGGGATTCCAGTGCATCAGCATACGC
TTTGCCCCTTTACCGTCAGGTATATGAGTGTACAGTTCGCCATTATCAGG
ATTTTCTGACTGATCGGGCTGCCTGGATTGCCGAGGCGGGCGGGACAATC
GTCCAAGCTCTGCTTCTAGGCACTCTGTTCCGAAATCAGAGAGCCGTGAC
GGAAGGGCTTTATACACGCGCATCGGCGCTTTTTTTCTGCGTTTTGATTA
TGGGTTTGCAGGCTTCTGCCGAATTTGGAAATACATTTGTTCAACGCCCG
ATCTTGCTTAAGCAGAAGGCGTTGCGATTCTACCGACCCGCGGCCTACGC
GCTTGGTCAGATCCTCGCCGACGTACCTTGGAAGTTTATCTTCATCTTGT
ACTCGCTGCCCATCTACTGGATGATTGGCTTCCAGCGTACAGCGGGGAGC
TTTTTCACATGGCTGGTGTGCCTCTACATGGGCCTAATGGCACTGAGTGT
CATGTTTCGAGCCATAGCTGTCTTCACAAATTCCATCAATCGGGCCATTC
TTCCGGTTGGGCTCTTACTCAATGTGCTAATCATCTACACAGGGTTTTAT
ATCACACCTCCAGGAATGAAGTTCTGGTTATCTTGGATCCGCTACCTTGA
TGTGAGTTGAAACAAAAAGCCATCGCAAGACTTGTGTACAAGCTAACCTC
TTCATTATCTGAACTAGCCCATGTACTATACTTTCGAGTCCATCGCTCTC
AACGAGATTGGGAGCGGTTCATATGCATGCAGCCTTCATGACATTGTTCC
TCGGGGTGAATTATACAATGAGAAGAGCTTTCAGGCCTGTGCAGTGTCTG
GGTCCGTAGCAGGTCAATTGAACCTTTCTGGGAGACTCTATTTGATGGTT
GAGTATGGATTTAAAGACTTCCACTTATGGCGAAATGTTGCAATCAATGC
GGCCTTTTTCGTCTTCTTTTCAATTGTGGTGACGTATGATTTCTTTCCCT
AGATAACCCATACTCAACCATAAAATGACTCGACTAATTGTTTTAGCATT
GGAATGGAGCGGTTTCGCCATTCATCTGAGCAGATGGCAACGATCTTTTA
CCGCAAGCTGCCGTCGTGGGCGAACACCTCACCCACTCGTCCTGCGGATA
CCGAAGAGCCACAGTATGTCACTGACTCTAAAGAACTCAGACCCTCCTCC
GACAGTGAGATGGCCCCTATCAGCTGTCTGAACAACACACAAAATGTGTT
TGCGTGGCATGAACTGTCACTCGAACTTGATGACAGAAGGCACCTCCTTC
ACCAAGTTTCAGGTAAGAGCTTGATGTGTGGTGTTATTCAAAGAGTATAT
GACTCATAAGGCTCTATGGTGTAGGATGGCTTCAACCAGGAAAGATGACT
GCATTGATGGGGATGTCGGGAGCTGGCAAGGTAAGTTGTGCAAATTATTA
CAAGTCGTTATTTGCGCATAGATCCCCAGTCTAAAAGACATGCTGCACGA
GTAGACTACACTTCTCGATACCCTGGCTCAGCGTATCCAGATTGGCCGCA
TATCTGGAGGTCTCTATCTGAATGGGCAGACGCTTCCAGCGTCAATGGGC
CGCCGTACAGGTTTCGTCCACCAGAATGATATCCACCTGGCATCGTCTAC
AGTGCGCGAAGCACTCCAGCTGAGCGCACGCCTCCGCCGTTCGGAAGCGG
TTCCCTGGAAAGAAAAGATGCATCACGTGGAGTTTCTCATCCGGCTCTTG
GAAATAGGAGATATCGCCGAAGCAATCATCGGGGTACCAGGGGCGGGATT
GAATCTCGAACAGCGCAAGCGGGTCAGCATCGGGGTTGAGTTGGCTGCAA
AGCCGGACATTGTTCTTTTCCTTGACGAGCCCACATCTGGGTTGGATGGC
AATTCAGCACTTTCCATCGTGCAACTGATGCGCAGGCTATCTGATGCCGG
GCAGACCATTCTCTGCACAATTCATCAACCGTCTGCGCAGATGATCGAAC
AGTTTGATAATTTGCTTCTGCTGGTCCCAGGTGGTAAAACCGTTTATTTT
GGCCCGTTGGGGTCTCAATGCCAGACGATAATCGATTACTTCGCTCGGTA
TACGCGATGCTGCCGGGAAACAGAGAATCCAGCAGACTACCTTCTGGAAG
TCAGTGCGGAGCCCGACGTTGACTGGTTTCAGGTATGATTTATCATCCCC
ACCTCAACGATTTACTCTCCATTCCGCAGTTCGTTTCTCATCTGCTGACC
ATAACAGACTTGGCAGCAGTCGCCCGAGTATGCCTCTACCCAAAAGCAGC
TTCAACACTTCCTCCAGTCACAGGAAGGAAATGCTTTGTTTTCGTCAGGC
TCTGATCGAGCATATGCAGCTTCCTATCTCGAGCAAATTCGAGTGGTCAC
CCAACGGGCTTTCGCGAATTACTGGCGCGACTCCGACTACGTGTTGGGAA
AAATCCAGCTCAATGTCTGGATGGGGCTGATGAATGGACTCACATTTCTC
CAGCTATCCAACGATCTCACTGACTCCCGCGGACGGATGTTTTCTATCTT
CGTCGGAGTAATCACCGGGCCCGTGCTCAGCCTCCAGATCGAACCTCGCT
TCATCCTCCTGCGCGATCAATTCCTGTCACGGGAGAACGAGTCGCGTGTA
TACCACTGGAGCGTCTTTACCGTCACTGCGCTACTGGTGGAGATCCCGTT
CACACTCCTTGGCGGGCTGATATATTGGGTTCTCTGGTACTACATGGTAG
GATACTTCACCATCTCAACGCGAGCCGGTTATGCATTTCTCATGTACGAG
CTCTACTCGTTGTTTGTCGCAAGTATCGCTCAATTGACGGCCGCACTGTT
TCCCACCGTCTTGGCCGCACAGGTGGCCACTGGATTCGTCTGGCTGGTGA
TAAACACCTTCAATGGGCCCCTCTCACCCCCGCCTCTGACACCGCGCGGA
TGGCGCTGGTTCTATAACATCTCGCCCTTATTTTATTTTATCGAGGGGAT
CGGTACCAATGCCATGCATTCGCTTCAGATTGCCTGCCGTGACACTGAGC
TGACCACATTCCATGTGCCCACCGGGGAGACATGTGCCTCGTATGCAGCT
GAGTTCTTCGCTTCAGGGAGTTCCACAGGTTACCTAGCAAATCCTGACGC
GACTGAGGAGTGTCACTACTGTGCCTATGCGGATGGAGATCAATATGTCA
GTTTTCGATTTCTCTAACCCCTGCTCATCTCCTTCGTCATCACACGAGAA
ACTGCTAACAAGGTCCTCTTGGAATATAGGTCGAGCAATATGCCATGAGC
TATTCACAACGTGGCAACAACGTCGGCATCTTTATTGGATTCATTCTGTT
TAATTACACTATGGCGGTATTGGCAACCTATTTGATCTTTATATTTAAAT
GGCGGAAACAACGGAGGACTTGA

Coding sequence (CDS) from alignment at NKJJ01000006.1:132214..135936+

>CAN33_9530-T1 ID=CAN33_9530-T1|Name=CAN33_9530-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=23100bp|location=Sequence derived from alignment at NKJJ01000006.1:132214..135936+ (Aspergillus niger FDAARGOS_311)
ATGTCTTTGTATCAAGCTAGTGATGTTGCAGTTTCAATGTTCGATAAGAT
CTTAGTTCTAAATGACGGTCACATCGCCTACTATGGCCCGGCGACATCAG
CCAAAGCCTACTTTGAGTCCCTTGGATTCTACTGCTCTCCGAGGATTTCG
GTTTCTGACTTCCTGGCATCTATGTCAGGGGATCCGACAGGTCGGAAACC
CCGGGATGACCTTCAGAGGCCGGTGCCCGTTCAGCCCGCTGATTTTGAGG
CCAGATTCAGAGAAAGCAGCTTCTATCAGCAGACGGTGAGCGAGGCCGCA
AAGCCACCTCAAGGAGCAGCAAGTGGGGATTCCAGTGCATCAGCATACGC
TTTGCCCCTTTACCGTCAGGTATATGAGTGTACAGTTCGCCATTATCAGG
ATTTTCTGACTGATCGGGCTGCCTGGATTGCCGAGGCGGGCGGGACAATC
GTCCAAGCTCTGCTTCTAGGCACTCTGTTCCGAAATCAGAGAGCCGTGAC
GGAAGGGCTTTATACACGCGCATCGGCGCTTTTTTTCTGCGTTTTGATTA
TGGGTTTGCAGGCTTCTGCCGAATTTGGAAATACATTTGTTCAACGCCCG
ATCTTGCTTAAGCAGAAGGCGTTGCGATTCTACCGACCCGCGGCCTACGC
GCTTGGTCAGATCCTCGCCGACGTACCTTGGAAGTTTATCTTCATCTTGT
ACTCGCTGCCCATCTACTGGATGATTGGCTTCCAGCGTACAGCGGGGAGC
TTTTTCACATGGCTGGTGTGCCTCTACATGGGCCTAATGGCACTGAGTGT
CATGTTTCGAGCCATAGCTGTCTTCACAAATTCCATCAATCGGGCCATTC
TTCCGGTTGGGCTCTTACTCAATGTGCTAATCATCTACACAGGGTTTTAT
ATCACACCTCCAGGAATGAAGTTCTGGTTATCTTGGATCCGCTACCTTGA
TCCCATGTACTATACTTTCGAGTCCATCGCTCTCAACGAGATTGGGAGCG
GTTCATATGCATGCAGCCTTCATGACATTGTTCCTCGGGGTGAATTATAC
AATGAGAAGAGCTTTCAGGCCTGTGCAGTGTCTGGGTCCGTAGCAGGTCA
ATTGAACCTTTCTGGGAGACTCTATTTGATGGTTGAGTATGGATTTAAAG
ACTTCCACTTATGGCGAAATGTTGCAATCAATGCGGCCTTTTTCGTCTTC
TTTTCAATTGTGGTGACCATTGGAATGGAGCGGTTTCGCCATTCATCTGA
GCAGATGGCAACGATCTTTTACCGCAAGCTGCCGTCGTGGGCGAACACCT
CACCCACTCGTCCTGCGGATACCGAAGAGCCACAGTATGTCACTGACTCT
AAAGAACTCAGACCCTCCTCCGACAGTGAGATGGCCCCTATCAGCTGTCT
GAACAACACACAAAATGTGTTTGCGTGGCATGAACTGTCACTCGAACTTG
ATGACAGAAGGCACCTCCTTCACCAAGTTTCAGGATGGCTTCAACCAGGA
AAGATGACTGCATTGATGGGGATGTCGGGAGCTGGCAAGACTACACTTCT
CGATACCCTGGCTCAGCGTATCCAGATTGGCCGCATATCTGGAGGTCTCT
ATCTGAATGGGCAGACGCTTCCAGCGTCAATGGGCCGCCGTACAGGTTTC
GTCCACCAGAATGATATCCACCTGGCATCGTCTACAGTGCGCGAAGCACT
CCAGCTGAGCGCACGCCTCCGCCGTTCGGAAGCGGTTCCCTGGAAAGAAA
AGATGCATCACGTGGAGTTTCTCATCCGGCTCTTGGAAATAGGAGATATC
GCCGAAGCAATCATCGGGGTACCAGGGGCGGGATTGAATCTCGAACAGCG
CAAGCGGGTCAGCATCGGGGTTGAGTTGGCTGCAAAGCCGGACATTGTTC
TTTTCCTTGACGAGCCCACATCTGGGTTGGATGGCAATTCAGCACTTTCC
ATCGTGCAACTGATGCGCAGGCTATCTGATGCCGGGCAGACCATTCTCTG
CACAATTCATCAACCGTCTGCGCAGATGATCGAACAGTTTGATAATTTGC
TTCTGCTGGTCCCAGGTGGTAAAACCGTTTATTTTGGCCCGTTGGGGTCT
CAATGCCAGACGATAATCGATTACTTCGCTCGGTATACGCGATGCTGCCG
GGAAACAGAGAATCCAGCAGACTACCTTCTGGAAGTCAGTGCGGAGCCCG
ACGTTGACTGGTTTCAGACTTGGCAGCAGTCGCCCGAGTATGCCTCTACC
CAAAAGCAGCTTCAACACTTCCTCCAGTCACAGGAAGGAAATGCTTTGTT
TTCGTCAGGCTCTGATCGAGCATATGCAGCTTCCTATCTCGAGCAAATTC
GAGTGGTCACCCAACGGGCTTTCGCGAATTACTGGCGCGACTCCGACTAC
GTGTTGGGAAAAATCCAGCTCAATGTCTGGATGGGGCTGATGAATGGACT
CACATTTCTCCAGCTATCCAACGATCTCACTGACTCCCGCGGACGGATGT
TTTCTATCTTCGTCGGAGTAATCACCGGGCCCGTGCTCAGCCTCCAGATC
GAACCTCGCTTCATCCTCCTGCGCGATCAATTCCTGTCACGGGAGAACGA
GTCGCGTGTATACCACTGGAGCGTCTTTACCGTCACTGCGCTACTGGTGG
AGATCCCGTTCACACTCCTTGGCGGGCTGATATATTGGGTTCTCTGGTAC
TACATGGTAGGATACTTCACCATCTCAACGCGAGCCGGTTATGCATTTCT
CATGTACGAGCTCTACTCGTTGTTTGTCGCAAGTATCGCTCAATTGACGG
CCGCACTGTTTCCCACCGTCTTGGCCGCACAGGTGGCCACTGGATTCGTC
TGGCTGGTGATAAACACCTTCAATGGGCCCCTCTCACCCCCGCCTCTGAC
ACCGCGCGGATGGCGCTGGTTCTATAACATCTCGCCCTTATTTTATTTTA
TCGAGGGGATCGGTACCAATGCCATGCATTCGCTTCAGATTGCCTGCCGT
GACACTGAGCTGACCACATTCCATGTGCCCACCGGGGAGACATGTGCCTC
GTATGCAGCTGAGTTCTTCGCTTCAGGGAGTTCCACAGGTTACCTAGCAA
ATCCTGACGCGACTGAGGAGTGTCACTACTGTGCCTATGCGGATGGAGAT
CAATATGTCGAGCAATATGCCATGAGCTATTCACAACGTGGCAACAACGT
CGGCATCTTTATTGGATTCATTCTGTTTAATTACACTATGGCGGTATTGG
CAACCTATTTGATCTTTATATTTAAATGGCGGAAACAACGGAGGACTTGA
ATGTCTTTGTATCAAGCTAGTGATGTTGCAGTTTCAATGTTCGATAAGAT
CTTAGTTCTAAATGACGGTCACATCGCCTACTATGGCCCGGCGACATCAG
CCAAAGCCTACTTTGAGTCCCTTGGATTCTACTGCTCTCCGAGGATTTCG
GTTTCTGACTTCCTGGCATCTATGTCAGGGGATCCGACAGGTCGGAAACC
CCGGGATGACCTTCAGAGGCCGGTGCCCGTTCAGCCCGCTGATTTTGAGG
CCAGATTCAGAGAAAGCAGCTTCTATCAGCAGACGGTGAGCGAGGCCGCA
AAGCCACCTCAAGGAGCAGCAAGTGGGGATTCCAGTGCATCAGCATACGC
TTTGCCCCTTTACCGTCAGGTATATGAGTGTACAGTTCGCCATTATCAGG
ATTTTCTGACTGATCGGGCTGCCTGGATTGCCGAGGCGGGCGGGACAATC
GTCCAAGCTCTGCTTCTAGGCACTCTGTTCCGAAATCAGAGAGCCGTGAC
GGAAGGGCTTTATACACGCGCATCGGCGCTTTTTTTCTGCGTTTTGATTA
TGGGTTTGCAGGCTTCTGCCGAATTTGGAAATACATTTGTTCAACGCCCG
ATCTTGCTTAAGCAGAAGGCGTTGCGATTCTACCGACCCGCGGCCTACGC
GCTTGGTCAGATCCTCGCCGACGTACCTTGGAAGTTTATCTTCATCTTGT
ACTCGCTGCCCATCTACTGGATGATTGGCTTCCAGCGTACAGCGGGGAGC
TTTTTCACATGGCTGGTGTGCCTCTACATGGGCCTAATGGCACTGAGTGT
CATGTTTCGAGCCATAGCTGTCTTCACAAATTCCATCAATCGGGCCATTC
TTCCGGTTGGGCTCTTACTCAATGTGCTAATCATCTACACAGGGTTTTAT
ATCACACCTCCAGGAATGAAGTTCTGGTTATCTTGGATCCGCTACCTTGA
TCCCATGTACTATACTTTCGAGTCCATCGCTCTCAACGAGATTGGGAGCG
GTTCATATGCATGCAGCCTTCATGACATTGTTCCTCGGGGTGAATTATAC
AATGAGAAGAGCTTTCAGGCCTGTGCAGTGTCTGGGTCCGTAGCAGGTCA
ATTGAACCTTTCTGGGAGACTCTATTTGATGGTTGAGTATGGATTTAAAG
ACTTCCACTTATGGCGAAATGTTGCAATCAATGCGGCCTTTTTCGTCTTC
TTTTCAATTGTGGTGACCATTGGAATGGAGCGGTTTCGCCATTCATCTGA
GCAGATGGCAACGATCTTTTACCGCAAGCTGCCGTCGTGGGCGAACACCT
CACCCACTCGTCCTGCGGATACCGAAGAGCCACAGTATGTCACTGACTCT
AAAGAACTCAGACCCTCCTCCGACAGTGAGATGGCCCCTATCAGCTGTCT
GAACAACACACAAAATGTGTTTGCGTGGCATGAACTGTCACTCGAACTTG
ATGACAGAAGGCACCTCCTTCACCAAGTTTCAGGATGGCTTCAACCAGGA
AAGATGACTGCATTGATGGGGATGTCGGGAGCTGGCAAGACTACACTTCT
CGATACCCTGGCTCAGCGTATCCAGATTGGCCGCATATCTGGAGGTCTCT
ATCTGAATGGGCAGACGCTTCCAGCGTCAATGGGCCGCCGTACAGGTTTC
GTCCACCAGAATGATATCCACCTGGCATCGTCTACAGTGCGCGAAGCACT
CCAGCTGAGCGCACGCCTCCGCCGTTCGGAAGCGGTTCCCTGGAAAGAAA
AGATGCATCACGTGGAGTTTCTCATCCGGCTCTTGGAAATAGGAGATATC
GCCGAAGCAATCATCGGGGTACCAGGGGCGGGATTGAATCTCGAACAGCG
CAAGCGGGTCAGCATCGGGGTTGAGTTGGCTGCAAAGCCGGACATTGTTC
TTTTCCTTGACGAGCCCACATCTGGGTTGGATGGCAATTCAGCACTTTCC
ATCGTGCAACTGATGCGCAGGCTATCTGATGCCGGGCAGACCATTCTCTG
CACAATTCATCAACCGTCTGCGCAGATGATCGAACAGTTTGATAATTTGC
TTCTGCTGGTCCCAGGTGGTAAAACCGTTTATTTTGGCCCGTTGGGGTCT
CAATGCCAGACGATAATCGATTACTTCGCTCGGTATACGCGATGCTGCCG
GGAAACAGAGAATCCAGCAGACTACCTTCTGGAAGTCAGTGCGGAGCCCG
ACGTTGACTGGTTTCAGACTTGGCAGCAGTCGCCCGAGTATGCCTCTACC
CAAAAGCAGCTTCAACACTTCCTCCAGTCACAGGAAGGAAATGCTTTGTT
TTCGTCAGGCTCTGATCGAGCATATGCAGCTTCCTATCTCGAGCAAATTC
GAGTGGTCACCCAACGGGCTTTCGCGAATTACTGGCGCGACTCCGACTAC
GTGTTGGGAAAAATCCAGCTCAATGTCTGGATGGGGCTGATGAATGGACT
CACATTTCTCCAGCTATCCAACGATCTCACTGACTCCCGCGGACGGATGT
TTTCTATCTTCGTCGGAGTAATCACCGGGCCCGTGCTCAGCCTCCAGATC
GAACCTCGCTTCATCCTCCTGCGCGATCAATTCCTGTCACGGGAGAACGA
GTCGCGTGTATACCACTGGAGCGTCTTTACCGTCACTGCGCTACTGGTGG
AGATCCCGTTCACACTCCTTGGCGGGCTGATATATTGGGTTCTCTGGTAC
TACATGGTAGGATACTTCACCATCTCAACGCGAGCCGGTTATGCATTTCT
CATGTACGAGCTCTACTCGTTGTTTGTCGCAAGTATCGCTCAATTGACGG
CCGCACTGTTTCCCACCGTCTTGGCCGCACAGGTGGCCACTGGATTCGTC
TGGCTGGTGATAAACACCTTCAATGGGCCCCTCTCACCCCCGCCTCTGAC
ACCGCGCGGATGGCGCTGGTTCTATAACATCTCGCCCTTATTTTATTTTA
TCGAGGGGATCGGTACCAATGCCATGCATTCGCTTCAGATTGCCTGCCGT
GACACTGAGCTGACCACATTCCATGTGCCCACCGGGGAGACATGTGCCTC
GTATGCAGCTGAGTTCTTCGCTTCAGGGAGTTCCACAGGTTACCTAGCAA
ATCCTGACGCGACTGAGGAGTGTCACTACTGTGCCTATGCGGATGGAGAT
CAATATGTCGAGCAATATGCCATGAGCTATTCACAACGTGGCAACAACGT
CGGCATCTTTATTGGATTCATTCTGTTTAATTACACTATGGCGGTATTGG
CAACCTATTTGATCTTTATATTTAAATGGCGGAAACAACGGAGGACTTGA
ATGTCTTTGTATCAAGCTAGTGATGTTGCAGTTTCAATGTTCGATAAGAT
CTTAGTTCTAAATGACGGTCACATCGCCTACTATGGCCCGGCGACATCAG
CCAAAGCCTACTTTGAGTCCCTTGGATTCTACTGCTCTCCGAGGATTTCG
GTTTCTGACTTCCTGGCATCTATGTCAGGGGATCCGACAGGTCGGAAACC
CCGGGATGACCTTCAGAGGCCGGTGCCCGTTCAGCCCGCTGATTTTGAGG
CCAGATTCAGAGAAAGCAGCTTCTATCAGCAGACGGTGAGCGAGGCCGCA
AAGCCACCTCAAGGAGCAGCAAGTGGGGATTCCAGTGCATCAGCATACGC
TTTGCCCCTTTACCGTCAGGTATATGAGTGTACAGTTCGCCATTATCAGG
ATTTTCTGACTGATCGGGCTGCCTGGATTGCCGAGGCGGGCGGGACAATC
GTCCAAGCTCTGCTTCTAGGCACTCTGTTCCGAAATCAGAGAGCCGTGAC
GGAAGGGCTTTATACACGCGCATCGGCGCTTTTTTTCTGCGTTTTGATTA
TGGGTTTGCAGGCTTCTGCCGAATTTGGAAATACATTTGTTCAACGCCCG
ATCTTGCTTAAGCAGAAGGCGTTGCGATTCTACCGACCCGCGGCCTACGC
GCTTGGTCAGATCCTCGCCGACGTACCTTGGAAGTTTATCTTCATCTTGT
ACTCGCTGCCCATCTACTGGATGATTGGCTTCCAGCGTACAGCGGGGAGC
TTTTTCACATGGCTGGTGTGCCTCTACATGGGCCTAATGGCACTGAGTGT
CATGTTTCGAGCCATAGCTGTCTTCACAAATTCCATCAATCGGGCCATTC
TTCCGGTTGGGCTCTTACTCAATGTGCTAATCATCTACACAGGGTTTTAT
ATCACACCTCCAGGAATGAAGTTCTGGTTATCTTGGATCCGCTACCTTGA
TCCCATGTACTATACTTTCGAGTCCATCGCTCTCAACGAGATTGGGAGCG
GTTCATATGCATGCAGCCTTCATGACATTGTTCCTCGGGGTGAATTATAC
AATGAGAAGAGCTTTCAGGCCTGTGCAGTGTCTGGGTCCGTAGCAGGTCA
ATTGAACCTTTCTGGGAGACTCTATTTGATGGTTGAGTATGGATTTAAAG
ACTTCCACTTATGGCGAAATGTTGCAATCAATGCGGCCTTTTTCGTCTTC
TTTTCAATTGTGGTGACCATTGGAATGGAGCGGTTTCGCCATTCATCTGA
GCAGATGGCAACGATCTTTTACCGCAAGCTGCCGTCGTGGGCGAACACCT
CACCCACTCGTCCTGCGGATACCGAAGAGCCACAGTATGTCACTGACTCT
AAAGAACTCAGACCCTCCTCCGACAGTGAGATGGCCCCTATCAGCTGTCT
GAACAACACACAAAATGTGTTTGCGTGGCATGAACTGTCACTCGAACTTG
ATGACAGAAGGCACCTCCTTCACCAAGTTTCAGGATGGCTTCAACCAGGA
AAGATGACTGCATTGATGGGGATGTCGGGAGCTGGCAAGACTACACTTCT
CGATACCCTGGCTCAGCGTATCCAGATTGGCCGCATATCTGGAGGTCTCT
ATCTGAATGGGCAGACGCTTCCAGCGTCAATGGGCCGCCGTACAGGTTTC
GTCCACCAGAATGATATCCACCTGGCATCGTCTACAGTGCGCGAAGCACT
CCAGCTGAGCGCACGCCTCCGCCGTTCGGAAGCGGTTCCCTGGAAAGAAA
AGATGCATCACGTGGAGTTTCTCATCCGGCTCTTGGAAATAGGAGATATC
GCCGAAGCAATCATCGGGGTACCAGGGGCGGGATTGAATCTCGAACAGCG
CAAGCGGGTCAGCATCGGGGTTGAGTTGGCTGCAAAGCCGGACATTGTTC
TTTTCCTTGACGAGCCCACATCTGGGTTGGATGGCAATTCAGCACTTTCC
ATCGTGCAACTGATGCGCAGGCTATCTGATGCCGGGCAGACCATTCTCTG
CACAATTCATCAACCGTCTGCGCAGATGATCGAACAGTTTGATAATTTGC
TTCTGCTGGTCCCAGGTGGTAAAACCGTTTATTTTGGCCCGTTGGGGTCT
CAATGCCAGACGATAATCGATTACTTCGCTCGGTATACGCGATGCTGCCG
GGAAACAGAGAATCCAGCAGACTACCTTCTGGAAGTCAGTGCGGAGCCCG
ACGTTGACTGGTTTCAGACTTGGCAGCAGTCGCCCGAGTATGCCTCTACC
CAAAAGCAGCTTCAACACTTCCTCCAGTCACAGGAAGGAAATGCTTTGTT
TTCGTCAGGCTCTGATCGAGCATATGCAGCTTCCTATCTCGAGCAAATTC
GAGTGGTCACCCAACGGGCTTTCGCGAATTACTGGCGCGACTCCGACTAC
GTGTTGGGAAAAATCCAGCTCAATGTCTGGATGGGGCTGATGAATGGACT
CACATTTCTCCAGCTATCCAACGATCTCACTGACTCCCGCGGACGGATGT
TTTCTATCTTCGTCGGAGTAATCACCGGGCCCGTGCTCAGCCTCCAGATC
GAACCTCGCTTCATCCTCCTGCGCGATCAATTCCTGTCACGGGAGAACGA
GTCGCGTGTATACCACTGGAGCGTCTTTACCGTCACTGCGCTACTGGTGG
AGATCCCGTTCACACTCCTTGGCGGGCTGATATATTGGGTTCTCTGGTAC
TACATGGTAGGATACTTCACCATCTCAACGCGAGCCGGTTATGCATTTCT
CATGTACGAGCTCTACTCGTTGTTTGTCGCAAGTATCGCTCAATTGACGG
CCGCACTGTTTCCCACCGTCTTGGCCGCACAGGTGGCCACTGGATTCGTC
TGGCTGGTGATAAACACCTTCAATGGGCCCCTCTCACCCCCGCCTCTGAC
ACCGCGCGGATGGCGCTGGTTCTATAACATCTCGCCCTTATTTTATTTTA
TCGAGGGGATCGGTACCAATGCCATGCATTCGCTTCAGATTGCCTGCCGT
GACACTGAGCTGACCACATTCCATGTGCCCACCGGGGAGACATGTGCCTC
GTATGCAGCTGAGTTCTTCGCTTCAGGGAGTTCCACAGGTTACCTAGCAA
ATCCTGACGCGACTGAGGAGTGTCACTACTGTGCCTATGCGGATGGAGAT
CAATATGTCGAGCAATATGCCATGAGCTATTCACAACGTGGCAACAACGT
CGGCATCTTTATTGGATTCATTCTGTTTAATTACACTATGGCGGTATTGG
CAACCTATTTGATCTTTATATTTAAATGGCGGAAACAACGGAGGACTTGA
ATGTCTTTGTATCAAGCTAGTGATGTTGCAGTTTCAATGTTCGATAAGAT
CTTAGTTCTAAATGACGGTCACATCGCCTACTATGGCCCGGCGACATCAG
CCAAAGCCTACTTTGAGTCCCTTGGATTCTACTGCTCTCCGAGGATTTCG
GTTTCTGACTTCCTGGCATCTATGTCAGGGGATCCGACAGGTCGGAAACC
CCGGGATGACCTTCAGAGGCCGGTGCCCGTTCAGCCCGCTGATTTTGAGG
CCAGATTCAGAGAAAGCAGCTTCTATCAGCAGACGGTGAGCGAGGCCGCA
AAGCCACCTCAAGGAGCAGCAAGTGGGGATTCCAGTGCATCAGCATACGC
TTTGCCCCTTTACCGTCAGGTATATGAGTGTACAGTTCGCCATTATCAGG
ATTTTCTGACTGATCGGGCTGCCTGGATTGCCGAGGCGGGCGGGACAATC
GTCCAAGCTCTGCTTCTAGGCACTCTGTTCCGAAATCAGAGAGCCGTGAC
GGAAGGGCTTTATACACGCGCATCGGCGCTTTTTTTCTGCGTTTTGATTA
TGGGTTTGCAGGCTTCTGCCGAATTTGGAAATACATTTGTTCAACGCCCG
ATCTTGCTTAAGCAGAAGGCGTTGCGATTCTACCGACCCGCGGCCTACGC
GCTTGGTCAGATCCTCGCCGACGTACCTTGGAAGTTTATCTTCATCTTGT
ACTCGCTGCCCATCTACTGGATGATTGGCTTCCAGCGTACAGCGGGGAGC
TTTTTCACATGGCTGGTGTGCCTCTACATGGGCCTAATGGCACTGAGTGT
CATGTTTCGAGCCATAGCTGTCTTCACAAATTCCATCAATCGGGCCATTC
TTCCGGTTGGGCTCTTACTCAATGTGCTAATCATCTACACAGGGTTTTAT
ATCACACCTCCAGGAATGAAGTTCTGGTTATCTTGGATCCGCTACCTTGA
TCCCATGTACTATACTTTCGAGTCCATCGCTCTCAACGAGATTGGGAGCG
GTTCATATGCATGCAGCCTTCATGACATTGTTCCTCGGGGTGAATTATAC
AATGAGAAGAGCTTTCAGGCCTGTGCAGTGTCTGGGTCCGTAGCAGGTCA
ATTGAACCTTTCTGGGAGACTCTATTTGATGGTTGAGTATGGATTTAAAG
ACTTCCACTTATGGCGAAATGTTGCAATCAATGCGGCCTTTTTCGTCTTC
TTTTCAATTGTGGTGACCATTGGAATGGAGCGGTTTCGCCATTCATCTGA
GCAGATGGCAACGATCTTTTACCGCAAGCTGCCGTCGTGGGCGAACACCT
CACCCACTCGTCCTGCGGATACCGAAGAGCCACAGTATGTCACTGACTCT
AAAGAACTCAGACCCTCCTCCGACAGTGAGATGGCCCCTATCAGCTGTCT
GAACAACACACAAAATGTGTTTGCGTGGCATGAACTGTCACTCGAACTTG
ATGACAGAAGGCACCTCCTTCACCAAGTTTCAGGATGGCTTCAACCAGGA
AAGATGACTGCATTGATGGGGATGTCGGGAGCTGGCAAGACTACACTTCT
CGATACCCTGGCTCAGCGTATCCAGATTGGCCGCATATCTGGAGGTCTCT
ATCTGAATGGGCAGACGCTTCCAGCGTCAATGGGCCGCCGTACAGGTTTC
GTCCACCAGAATGATATCCACCTGGCATCGTCTACAGTGCGCGAAGCACT
CCAGCTGAGCGCACGCCTCCGCCGTTCGGAAGCGGTTCCCTGGAAAGAAA
AGATGCATCACGTGGAGTTTCTCATCCGGCTCTTGGAAATAGGAGATATC
GCCGAAGCAATCATCGGGGTACCAGGGGCGGGATTGAATCTCGAACAGCG
CAAGCGGGTCAGCATCGGGGTTGAGTTGGCTGCAAAGCCGGACATTGTTC
TTTTCCTTGACGAGCCCACATCTGGGTTGGATGGCAATTCAGCACTTTCC
ATCGTGCAACTGATGCGCAGGCTATCTGATGCCGGGCAGACCATTCTCTG
CACAATTCATCAACCGTCTGCGCAGATGATCGAACAGTTTGATAATTTGC
TTCTGCTGGTCCCAGGTGGTAAAACCGTTTATTTTGGCCCGTTGGGGTCT
CAATGCCAGACGATAATCGATTACTTCGCTCGGTATACGCGATGCTGCCG
GGAAACAGAGAATCCAGCAGACTACCTTCTGGAAGTCAGTGCGGAGCCCG
ACGTTGACTGGTTTCAGACTTGGCAGCAGTCGCCCGAGTATGCCTCTACC
CAAAAGCAGCTTCAACACTTCCTCCAGTCACAGGAAGGAAATGCTTTGTT
TTCGTCAGGCTCTGATCGAGCATATGCAGCTTCCTATCTCGAGCAAATTC
GAGTGGTCACCCAACGGGCTTTCGCGAATTACTGGCGCGACTCCGACTAC
GTGTTGGGAAAAATCCAGCTCAATGTCTGGATGGGGCTGATGAATGGACT
CACATTTCTCCAGCTATCCAACGATCTCACTGACTCCCGCGGACGGATGT
TTTCTATCTTCGTCGGAGTAATCACCGGGCCCGTGCTCAGCCTCCAGATC
GAACCTCGCTTCATCCTCCTGCGCGATCAATTCCTGTCACGGGAGAACGA
GTCGCGTGTATACCACTGGAGCGTCTTTACCGTCACTGCGCTACTGGTGG
AGATCCCGTTCACACTCCTTGGCGGGCTGATATATTGGGTTCTCTGGTAC
TACATGGTAGGATACTTCACCATCTCAACGCGAGCCGGTTATGCATTTCT
CATGTACGAGCTCTACTCGTTGTTTGTCGCAAGTATCGCTCAATTGACGG
CCGCACTGTTTCCCACCGTCTTGGCCGCACAGGTGGCCACTGGATTCGTC
TGGCTGGTGATAAACACCTTCAATGGGCCCCTCTCACCCCCGCCTCTGAC
ACCGCGCGGATGGCGCTGGTTCTATAACATCTCGCCCTTATTTTATTTTA
TCGAGGGGATCGGTACCAATGCCATGCATTCGCTTCAGATTGCCTGCCGT
GACACTGAGCTGACCACATTCCATGTGCCCACCGGGGAGACATGTGCCTC
GTATGCAGCTGAGTTCTTCGCTTCAGGGAGTTCCACAGGTTACCTAGCAA
ATCCTGACGCGACTGAGGAGTGTCACTACTGTGCCTATGCGGATGGAGAT
CAATATGTCGAGCAATATGCCATGAGCTATTCACAACGTGGCAACAACGT
CGGCATCTTTATTGGATTCATTCTGTTTAATTACACTATGGCGGTATTGG
CAACCTATTTGATCTTTATATTTAAATGGCGGAAACAACGGAGGACTTGA
ATGTCTTTGTATCAAGCTAGTGATGTTGCAGTTTCAATGTTCGATAAGAT
CTTAGTTCTAAATGACGGTCACATCGCCTACTATGGCCCGGCGACATCAG
CCAAAGCCTACTTTGAGTCCCTTGGATTCTACTGCTCTCCGAGGATTTCG
GTTTCTGACTTCCTGGCATCTATGTCAGGGGATCCGACAGGTCGGAAACC
CCGGGATGACCTTCAGAGGCCGGTGCCCGTTCAGCCCGCTGATTTTGAGG
CCAGATTCAGAGAAAGCAGCTTCTATCAGCAGACGGTGAGCGAGGCCGCA
AAGCCACCTCAAGGAGCAGCAAGTGGGGATTCCAGTGCATCAGCATACGC
TTTGCCCCTTTACCGTCAGGTATATGAGTGTACAGTTCGCCATTATCAGG
ATTTTCTGACTGATCGGGCTGCCTGGATTGCCGAGGCGGGCGGGACAATC
GTCCAAGCTCTGCTTCTAGGCACTCTGTTCCGAAATCAGAGAGCCGTGAC
GGAAGGGCTTTATACACGCGCATCGGCGCTTTTTTTCTGCGTTTTGATTA
TGGGTTTGCAGGCTTCTGCCGAATTTGGAAATACATTTGTTCAACGCCCG
ATCTTGCTTAAGCAGAAGGCGTTGCGATTCTACCGACCCGCGGCCTACGC
GCTTGGTCAGATCCTCGCCGACGTACCTTGGAAGTTTATCTTCATCTTGT
ACTCGCTGCCCATCTACTGGATGATTGGCTTCCAGCGTACAGCGGGGAGC
TTTTTCACATGGCTGGTGTGCCTCTACATGGGCCTAATGGCACTGAGTGT
CATGTTTCGAGCCATAGCTGTCTTCACAAATTCCATCAATCGGGCCATTC
TTCCGGTTGGGCTCTTACTCAATGTGCTAATCATCTACACAGGGTTTTAT
ATCACACCTCCAGGAATGAAGTTCTGGTTATCTTGGATCCGCTACCTTGA
TCCCATGTACTATACTTTCGAGTCCATCGCTCTCAACGAGATTGGGAGCG
GTTCATATGCATGCAGCCTTCATGACATTGTTCCTCGGGGTGAATTATAC
AATGAGAAGAGCTTTCAGGCCTGTGCAGTGTCTGGGTCCGTAGCAGGTCA
ATTGAACCTTTCTGGGAGACTCTATTTGATGGTTGAGTATGGATTTAAAG
ACTTCCACTTATGGCGAAATGTTGCAATCAATGCGGCCTTTTTCGTCTTC
TTTTCAATTGTGGTGACCATTGGAATGGAGCGGTTTCGCCATTCATCTGA
GCAGATGGCAACGATCTTTTACCGCAAGCTGCCGTCGTGGGCGAACACCT
CACCCACTCGTCCTGCGGATACCGAAGAGCCACAGTATGTCACTGACTCT
AAAGAACTCAGACCCTCCTCCGACAGTGAGATGGCCCCTATCAGCTGTCT
GAACAACACACAAAATGTGTTTGCGTGGCATGAACTGTCACTCGAACTTG
ATGACAGAAGGCACCTCCTTCACCAAGTTTCAGGATGGCTTCAACCAGGA
AAGATGACTGCATTGATGGGGATGTCGGGAGCTGGCAAGACTACACTTCT
CGATACCCTGGCTCAGCGTATCCAGATTGGCCGCATATCTGGAGGTCTCT
ATCTGAATGGGCAGACGCTTCCAGCGTCAATGGGCCGCCGTACAGGTTTC
GTCCACCAGAATGATATCCACCTGGCATCGTCTACAGTGCGCGAAGCACT
CCAGCTGAGCGCACGCCTCCGCCGTTCGGAAGCGGTTCCCTGGAAAGAAA
AGATGCATCACGTGGAGTTTCTCATCCGGCTCTTGGAAATAGGAGATATC
GCCGAAGCAATCATCGGGGTACCAGGGGCGGGATTGAATCTCGAACAGCG
CAAGCGGGTCAGCATCGGGGTTGAGTTGGCTGCAAAGCCGGACATTGTTC
TTTTCCTTGACGAGCCCACATCTGGGTTGGATGGCAATTCAGCACTTTCC
ATCGTGCAACTGATGCGCAGGCTATCTGATGCCGGGCAGACCATTCTCTG
CACAATTCATCAACCGTCTGCGCAGATGATCGAACAGTTTGATAATTTGC
TTCTGCTGGTCCCAGGTGGTAAAACCGTTTATTTTGGCCCGTTGGGGTCT
CAATGCCAGACGATAATCGATTACTTCGCTCGGTATACGCGATGCTGCCG
GGAAACAGAGAATCCAGCAGACTACCTTCTGGAAGTCAGTGCGGAGCCCG
ACGTTGACTGGTTTCAGACTTGGCAGCAGTCGCCCGAGTATGCCTCTACC
CAAAAGCAGCTTCAACACTTCCTCCAGTCACAGGAAGGAAATGCTTTGTT
TTCGTCAGGCTCTGATCGAGCATATGCAGCTTCCTATCTCGAGCAAATTC
GAGTGGTCACCCAACGGGCTTTCGCGAATTACTGGCGCGACTCCGACTAC
GTGTTGGGAAAAATCCAGCTCAATGTCTGGATGGGGCTGATGAATGGACT
CACATTTCTCCAGCTATCCAACGATCTCACTGACTCCCGCGGACGGATGT
TTTCTATCTTCGTCGGAGTAATCACCGGGCCCGTGCTCAGCCTCCAGATC
GAACCTCGCTTCATCCTCCTGCGCGATCAATTCCTGTCACGGGAGAACGA
GTCGCGTGTATACCACTGGAGCGTCTTTACCGTCACTGCGCTACTGGTGG
AGATCCCGTTCACACTCCTTGGCGGGCTGATATATTGGGTTCTCTGGTAC
TACATGGTAGGATACTTCACCATCTCAACGCGAGCCGGTTATGCATTTCT
CATGTACGAGCTCTACTCGTTGTTTGTCGCAAGTATCGCTCAATTGACGG
CCGCACTGTTTCCCACCGTCTTGGCCGCACAGGTGGCCACTGGATTCGTC
TGGCTGGTGATAAACACCTTCAATGGGCCCCTCTCACCCCCGCCTCTGAC
ACCGCGCGGATGGCGCTGGTTCTATAACATCTCGCCCTTATTTTATTTTA
TCGAGGGGATCGGTACCAATGCCATGCATTCGCTTCAGATTGCCTGCCGT
GACACTGAGCTGACCACATTCCATGTGCCCACCGGGGAGACATGTGCCTC
GTATGCAGCTGAGTTCTTCGCTTCAGGGAGTTCCACAGGTTACCTAGCAA
ATCCTGACGCGACTGAGGAGTGTCACTACTGTGCCTATGCGGATGGAGAT
CAATATGTCGAGCAATATGCCATGAGCTATTCACAACGTGGCAACAACGT
CGGCATCTTTATTGGATTCATTCTGTTTAATTACACTATGGCGGTATTGG
CAACCTATTTGATCTTTATATTTAAATGGCGGAAACAACGGAGGACTTGA
ATGTCTTTGTATCAAGCTAGTGATGTTGCAGTTTCAATGTTCGATAAGAT
CTTAGTTCTAAATGACGGTCACATCGCCTACTATGGCCCGGCGACATCAG
CCAAAGCCTACTTTGAGTCCCTTGGATTCTACTGCTCTCCGAGGATTTCG
GTTTCTGACTTCCTGGCATCTATGTCAGGGGATCCGACAGGTCGGAAACC
CCGGGATGACCTTCAGAGGCCGGTGCCCGTTCAGCCCGCTGATTTTGAGG
CCAGATTCAGAGAAAGCAGCTTCTATCAGCAGACGGTGAGCGAGGCCGCA
AAGCCACCTCAAGGAGCAGCAAGTGGGGATTCCAGTGCATCAGCATACGC
TTTGCCCCTTTACCGTCAGGTATATGAGTGTACAGTTCGCCATTATCAGG
ATTTTCTGACTGATCGGGCTGCCTGGATTGCCGAGGCGGGCGGGACAATC
GTCCAAGCTCTGCTTCTAGGCACTCTGTTCCGAAATCAGAGAGCCGTGAC
GGAAGGGCTTTATACACGCGCATCGGCGCTTTTTTTCTGCGTTTTGATTA
TGGGTTTGCAGGCTTCTGCCGAATTTGGAAATACATTTGTTCAACGCCCG
ATCTTGCTTAAGCAGAAGGCGTTGCGATTCTACCGACCCGCGGCCTACGC
GCTTGGTCAGATCCTCGCCGACGTACCTTGGAAGTTTATCTTCATCTTGT
ACTCGCTGCCCATCTACTGGATGATTGGCTTCCAGCGTACAGCGGGGAGC
TTTTTCACATGGCTGGTGTGCCTCTACATGGGCCTAATGGCACTGAGTGT
CATGTTTCGAGCCATAGCTGTCTTCACAAATTCCATCAATCGGGCCATTC
TTCCGGTTGGGCTCTTACTCAATGTGCTAATCATCTACACAGGGTTTTAT
ATCACACCTCCAGGAATGAAGTTCTGGTTATCTTGGATCCGCTACCTTGA
TCCCATGTACTATACTTTCGAGTCCATCGCTCTCAACGAGATTGGGAGCG
GTTCATATGCATGCAGCCTTCATGACATTGTTCCTCGGGGTGAATTATAC
AATGAGAAGAGCTTTCAGGCCTGTGCAGTGTCTGGGTCCGTAGCAGGTCA
ATTGAACCTTTCTGGGAGACTCTATTTGATGGTTGAGTATGGATTTAAAG
ACTTCCACTTATGGCGAAATGTTGCAATCAATGCGGCCTTTTTCGTCTTC
TTTTCAATTGTGGTGACCATTGGAATGGAGCGGTTTCGCCATTCATCTGA
GCAGATGGCAACGATCTTTTACCGCAAGCTGCCGTCGTGGGCGAACACCT
CACCCACTCGTCCTGCGGATACCGAAGAGCCACAGTATGTCACTGACTCT
AAAGAACTCAGACCCTCCTCCGACAGTGAGATGGCCCCTATCAGCTGTCT
GAACAACACACAAAATGTGTTTGCGTGGCATGAACTGTCACTCGAACTTG
ATGACAGAAGGCACCTCCTTCACCAAGTTTCAGGATGGCTTCAACCAGGA
AAGATGACTGCATTGATGGGGATGTCGGGAGCTGGCAAGACTACACTTCT
CGATACCCTGGCTCAGCGTATCCAGATTGGCCGCATATCTGGAGGTCTCT
ATCTGAATGGGCAGACGCTTCCAGCGTCAATGGGCCGCCGTACAGGTTTC
GTCCACCAGAATGATATCCACCTGGCATCGTCTACAGTGCGCGAAGCACT
CCAGCTGAGCGCACGCCTCCGCCGTTCGGAAGCGGTTCCCTGGAAAGAAA
AGATGCATCACGTGGAGTTTCTCATCCGGCTCTTGGAAATAGGAGATATC
GCCGAAGCAATCATCGGGGTACCAGGGGCGGGATTGAATCTCGAACAGCG
CAAGCGGGTCAGCATCGGGGTTGAGTTGGCTGCAAAGCCGGACATTGTTC
TTTTCCTTGACGAGCCCACATCTGGGTTGGATGGCAATTCAGCACTTTCC
ATCGTGCAACTGATGCGCAGGCTATCTGATGCCGGGCAGACCATTCTCTG
CACAATTCATCAACCGTCTGCGCAGATGATCGAACAGTTTGATAATTTGC
TTCTGCTGGTCCCAGGTGGTAAAACCGTTTATTTTGGCCCGTTGGGGTCT
CAATGCCAGACGATAATCGATTACTTCGCTCGGTATACGCGATGCTGCCG
GGAAACAGAGAATCCAGCAGACTACCTTCTGGAAGTCAGTGCGGAGCCCG
ACGTTGACTGGTTTCAGACTTGGCAGCAGTCGCCCGAGTATGCCTCTACC
CAAAAGCAGCTTCAACACTTCCTCCAGTCACAGGAAGGAAATGCTTTGTT
TTCGTCAGGCTCTGATCGAGCATATGCAGCTTCCTATCTCGAGCAAATTC
GAGTGGTCACCCAACGGGCTTTCGCGAATTACTGGCGCGACTCCGACTAC
GTGTTGGGAAAAATCCAGCTCAATGTCTGGATGGGGCTGATGAATGGACT
CACATTTCTCCAGCTATCCAACGATCTCACTGACTCCCGCGGACGGATGT
TTTCTATCTTCGTCGGAGTAATCACCGGGCCCGTGCTCAGCCTCCAGATC
GAACCTCGCTTCATCCTCCTGCGCGATCAATTCCTGTCACGGGAGAACGA
GTCGCGTGTATACCACTGGAGCGTCTTTACCGTCACTGCGCTACTGGTGG
AGATCCCGTTCACACTCCTTGGCGGGCTGATATATTGGGTTCTCTGGTAC
TACATGGTAGGATACTTCACCATCTCAACGCGAGCCGGTTATGCATTTCT
CATGTACGAGCTCTACTCGTTGTTTGTCGCAAGTATCGCTCAATTGACGG
CCGCACTGTTTCCCACCGTCTTGGCCGCACAGGTGGCCACTGGATTCGTC
TGGCTGGTGATAAACACCTTCAATGGGCCCCTCTCACCCCCGCCTCTGAC
ACCGCGCGGATGGCGCTGGTTCTATAACATCTCGCCCTTATTTTATTTTA
TCGAGGGGATCGGTACCAATGCCATGCATTCGCTTCAGATTGCCTGCCGT
GACACTGAGCTGACCACATTCCATGTGCCCACCGGGGAGACATGTGCCTC
GTATGCAGCTGAGTTCTTCGCTTCAGGGAGTTCCACAGGTTACCTAGCAA
ATCCTGACGCGACTGAGGAGTGTCACTACTGTGCCTATGCGGATGGAGAT
CAATATGTCGAGCAATATGCCATGAGCTATTCACAACGTGGCAACAACGT
CGGCATCTTTATTGGATTCATTCTGTTTAATTACACTATGGCGGTATTGG
CAACCTATTTGATCTTTATATTTAAATGGCGGAAACAACGGAGGACTTGA
ATGTCTTTGTATCAAGCTAGTGATGTTGCAGTTTCAATGTTCGATAAGAT
CTTAGTTCTAAATGACGGTCACATCGCCTACTATGGCCCGGCGACATCAG
CCAAAGCCTACTTTGAGTCCCTTGGATTCTACTGCTCTCCGAGGATTTCG
GTTTCTGACTTCCTGGCATCTATGTCAGGGGATCCGACAGGTCGGAAACC
CCGGGATGACCTTCAGAGGCCGGTGCCCGTTCAGCCCGCTGATTTTGAGG
CCAGATTCAGAGAAAGCAGCTTCTATCAGCAGACGGTGAGCGAGGCCGCA
AAGCCACCTCAAGGAGCAGCAAGTGGGGATTCCAGTGCATCAGCATACGC
TTTGCCCCTTTACCGTCAGGTATATGAGTGTACAGTTCGCCATTATCAGG
ATTTTCTGACTGATCGGGCTGCCTGGATTGCCGAGGCGGGCGGGACAATC
GTCCAAGCTCTGCTTCTAGGCACTCTGTTCCGAAATCAGAGAGCCGTGAC
GGAAGGGCTTTATACACGCGCATCGGCGCTTTTTTTCTGCGTTTTGATTA
TGGGTTTGCAGGCTTCTGCCGAATTTGGAAATACATTTGTTCAACGCCCG
ATCTTGCTTAAGCAGAAGGCGTTGCGATTCTACCGACCCGCGGCCTACGC
GCTTGGTCAGATCCTCGCCGACGTACCTTGGAAGTTTATCTTCATCTTGT
ACTCGCTGCCCATCTACTGGATGATTGGCTTCCAGCGTACAGCGGGGAGC
TTTTTCACATGGCTGGTGTGCCTCTACATGGGCCTAATGGCACTGAGTGT
CATGTTTCGAGCCATAGCTGTCTTCACAAATTCCATCAATCGGGCCATTC
TTCCGGTTGGGCTCTTACTCAATGTGCTAATCATCTACACAGGGTTTTAT
ATCACACCTCCAGGAATGAAGTTCTGGTTATCTTGGATCCGCTACCTTGA
TCCCATGTACTATACTTTCGAGTCCATCGCTCTCAACGAGATTGGGAGCG
GTTCATATGCATGCAGCCTTCATGACATTGTTCCTCGGGGTGAATTATAC
AATGAGAAGAGCTTTCAGGCCTGTGCAGTGTCTGGGTCCGTAGCAGGTCA
ATTGAACCTTTCTGGGAGACTCTATTTGATGGTTGAGTATGGATTTAAAG
ACTTCCACTTATGGCGAAATGTTGCAATCAATGCGGCCTTTTTCGTCTTC
TTTTCAATTGTGGTGACCATTGGAATGGAGCGGTTTCGCCATTCATCTGA
GCAGATGGCAACGATCTTTTACCGCAAGCTGCCGTCGTGGGCGAACACCT
CACCCACTCGTCCTGCGGATACCGAAGAGCCACAGTATGTCACTGACTCT
AAAGAACTCAGACCCTCCTCCGACAGTGAGATGGCCCCTATCAGCTGTCT
GAACAACACACAAAATGTGTTTGCGTGGCATGAACTGTCACTCGAACTTG
ATGACAGAAGGCACCTCCTTCACCAAGTTTCAGGATGGCTTCAACCAGGA
AAGATGACTGCATTGATGGGGATGTCGGGAGCTGGCAAGACTACACTTCT
CGATACCCTGGCTCAGCGTATCCAGATTGGCCGCATATCTGGAGGTCTCT
ATCTGAATGGGCAGACGCTTCCAGCGTCAATGGGCCGCCGTACAGGTTTC
GTCCACCAGAATGATATCCACCTGGCATCGTCTACAGTGCGCGAAGCACT
CCAGCTGAGCGCACGCCTCCGCCGTTCGGAAGCGGTTCCCTGGAAAGAAA
AGATGCATCACGTGGAGTTTCTCATCCGGCTCTTGGAAATAGGAGATATC
GCCGAAGCAATCATCGGGGTACCAGGGGCGGGATTGAATCTCGAACAGCG
CAAGCGGGTCAGCATCGGGGTTGAGTTGGCTGCAAAGCCGGACATTGTTC
TTTTCCTTGACGAGCCCACATCTGGGTTGGATGGCAATTCAGCACTTTCC
ATCGTGCAACTGATGCGCAGGCTATCTGATGCCGGGCAGACCATTCTCTG
CACAATTCATCAACCGTCTGCGCAGATGATCGAACAGTTTGATAATTTGC
TTCTGCTGGTCCCAGGTGGTAAAACCGTTTATTTTGGCCCGTTGGGGTCT
CAATGCCAGACGATAATCGATTACTTCGCTCGGTATACGCGATGCTGCCG
GGAAACAGAGAATCCAGCAGACTACCTTCTGGAAGTCAGTGCGGAGCCCG
ACGTTGACTGGTTTCAGACTTGGCAGCAGTCGCCCGAGTATGCCTCTACC
CAAAAGCAGCTTCAACACTTCCTCCAGTCACAGGAAGGAAATGCTTTGTT
TTCGTCAGGCTCTGATCGAGCATATGCAGCTTCCTATCTCGAGCAAATTC
GAGTGGTCACCCAACGGGCTTTCGCGAATTACTGGCGCGACTCCGACTAC
GTGTTGGGAAAAATCCAGCTCAATGTCTGGATGGGGCTGATGAATGGACT
CACATTTCTCCAGCTATCCAACGATCTCACTGACTCCCGCGGACGGATGT
TTTCTATCTTCGTCGGAGTAATCACCGGGCCCGTGCTCAGCCTCCAGATC
GAACCTCGCTTCATCCTCCTGCGCGATCAATTCCTGTCACGGGAGAACGA
GTCGCGTGTATACCACTGGAGCGTCTTTACCGTCACTGCGCTACTGGTGG
AGATCCCGTTCACACTCCTTGGCGGGCTGATATATTGGGTTCTCTGGTAC
TACATGGTAGGATACTTCACCATCTCAACGCGAGCCGGTTATGCATTTCT
CATGTACGAGCTCTACTCGTTGTTTGTCGCAAGTATCGCTCAATTGACGG
CCGCACTGTTTCCCACCGTCTTGGCCGCACAGGTGGCCACTGGATTCGTC
TGGCTGGTGATAAACACCTTCAATGGGCCCCTCTCACCCCCGCCTCTGAC
ACCGCGCGGATGGCGCTGGTTCTATAACATCTCGCCCTTATTTTATTTTA
TCGAGGGGATCGGTACCAATGCCATGCATTCGCTTCAGATTGCCTGCCGT
GACACTGAGCTGACCACATTCCATGTGCCCACCGGGGAGACATGTGCCTC
GTATGCAGCTGAGTTCTTCGCTTCAGGGAGTTCCACAGGTTACCTAGCAA
ATCCTGACGCGACTGAGGAGTGTCACTACTGTGCCTATGCGGATGGAGAT
CAATATGTCGAGCAATATGCCATGAGCTATTCACAACGTGGCAACAACGT
CGGCATCTTTATTGGATTCATTCTGTTTAATTACACTATGGCGGTATTGG
CAACCTATTTGATCTTTATATTTAAATGGCGGAAACAACGGAGGACTTGA

Annotated Terms

The following terms have been associated with this mRNA:

Vocabulary: **Cellular Component**
Term	Definition
GO:0016021	integral component of membrane
GO:0016020	membrane

Vocabulary: **Biological Process**
Term	Definition
GO:0055085	transmembrane transport

Vocabulary: **Molecular Function**
Term	Definition
GO:0042626	ATPase-coupled transmembrane transporter activity
GO:0005524	ATP binding
GO:0016887	ATPase activity

Relationships

This mRNA is a part of the following gene feature(s):


Feature Name	Unique Name	Species	Type
CAN33_9530	CAN33_9530	Aspergillus niger FDAARGOS_311	gene

The following polypeptide feature(s) derives from this mRNA:


Feature Name	Unique Name	Species	Type
CAN33_9530-T1	CAN33_9530-T1-protein	Aspergillus niger FDAARGOS_311	polypeptide

The following exon feature(s) are a part of this mRNA:


Feature Name	Unique Name	Species	Type
CAN33_9530-T1.exon1	CAN33_9530-T1.exon1	Aspergillus niger FDAARGOS_311	exon
CAN33_9530-T1.exon2	CAN33_9530-T1.exon2	Aspergillus niger FDAARGOS_311	exon
CAN33_9530-T1.exon3	CAN33_9530-T1.exon3	Aspergillus niger FDAARGOS_311	exon
CAN33_9530-T1.exon4	CAN33_9530-T1.exon4	Aspergillus niger FDAARGOS_311	exon
CAN33_9530-T1.exon5	CAN33_9530-T1.exon5	Aspergillus niger FDAARGOS_311	exon
CAN33_9530-T1.exon6	CAN33_9530-T1.exon6	Aspergillus niger FDAARGOS_311	exon
CAN33_9530-T1.exon7	CAN33_9530-T1.exon7	Aspergillus niger FDAARGOS_311	exon

The following CDS feature(s) are a part of this mRNA:


Feature Name	Unique Name	Species	Type
CAN33_9530-T1.cds	CAN33_9530-T1.cds	Aspergillus niger FDAARGOS_311	CDS

Properties


Property Name	Value
Note	EggNog:ENOG41
DBxref	InterPro:IPR027417
DBxref	InterPro:IPR034003
DBxref	InterPro:IPR010929
DBxref	InterPro:IPR003439
DBxref	InterPro:IPR013525
DBxref	InterPro:IPR003593
DBxref	PFAM:PF06422
DBxref	PFAM:PF00005
DBxref	PFAM:PF01061
Product	ABC-2 type transporter family protein

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Aspergillus niger FDAARGOS_311 whole genome analysis	2021-11-01

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
NKJJ01000006.1	supercontig	NKJJ01000006.1:132214..135936 +

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CAN33_9530-T1, CAN33_9530-T1 (mRNA) Aspergillus niger FDAARGOS_311

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CAN33_9530-T1, CAN33_9530-T1 (mRNA) Aspergillus niger FDAARGOS_311