CAN33_29855-T1, CAN33_29855-T1 (mRNA) Aspergillus niger FDAARGOS_311

Overview


Name	CAN33_29855-T1
Unique Name	CAN33_29855-T1
Type	mRNA
Organism	Aspergillus niger FDAARGOS_311

Sequences

The following sequences are available for this feature:

mRNA from alignment at NKJJ01000003.1:89936..93016-
coding sequence from alignment at NKJJ01000003.1:89936..93016-

mRNA from alignment at NKJJ01000003.1:89936..93016-

Legend: polypeptideCDSexon

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

>CAN33_29855-T1 ID=CAN33_29855-T1|Name=CAN33_29855-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=3081bp|location=Sequence derived from alignment at NKJJ01000003.1:89936..93016- (Aspergillus niger FDAARGOS_311)
ATGGCCGACTACGAACGCCGGCCTCATGGCCCCAGGGGTGGTGGGCGCAA
GAGGCGCTACAGAGGTCAGTAAAATACGCAATCCTGCTGTGATCGAGTCC
TTGGCTTCAATTGCTTGTTTGCCAATGGCCACCATGCCCCCCAGACTCTG
GTTATGGCTTATAGATGAAGCTCCCTCGTGGCCACTTACCATTAACAATT
TCTTGGAATACTGCAGAAGATGATGACTATGACCGCCGCCAGAGGCGTCG
TTATGAGGAGCCGCTTGTTGTCAAGGTCCGGAGGCAACTGCTTACGATCG
CTGAATCTGTACGAATACCCTTTTTCAATGGCCCGAATATGTGAGACAAG
TGCTGTAGCTCACTGCGAACGTTCTTTAGGCTGCCAGACGAGCAGAAGAC
GACGCTGTAAGCATCGCAAGAAGTGTAACAGACAACTACGAAGATCAGGA
GTTCAGGAACTCGTTTGTCGATATTGCGCTTGACCTGTATGGCTTGACTG
ACTTGGCTGTCCCCCTTTTGGCCTGTTCGAAATCCCGCATAGCTTGGAGC
TAATAGTGTTCCTATTATACTAGTGTTTTGGAGCAGCCGCTAAAGATCCC
TTTTATCGCCGCGACCGTCCTCATTGCAAACTTCCAGAAATCCGAGCTCG
TGTCCGACGTTCTCAACAAGTCAGGCGTGTGCTTGCAGAAGTACATTGAC
GCTGGCGCGTGGCGCGAGGTCAAGCTTCTTCTGCGGTTCCTGGGTTGTCT
CCAATGTGTCTTCGAAGGGGATGGCATCTTCCCGATACTGGAGGAGCTCT
TTGCGCGTGCTGTCGACCTTCAAACAGCATCCTCGGAAGATGTAAGCGAC
GCCGGTATCCCGACAGTTCTCAAGGATCGCAGGTTTGCTAACTATGCGCA
TACAGTTGATCGGTCTGGAGCTGGTGAAAATTATTCTCTTCACCATTCCG
TACGTTATGGCCTCTCCAGCAGCCGGTTTCGAGTCCCAAGCCACCGCACT
TCTGGAGAAGACAGACATCATCGCTTCCACCCCACATACTCTTGTGGACC
TTGTTAATCCATTCGGCCTGGAGAATGGGAAGTCAATTGCCACGCCAAGT
GTCATTAGCCTACTCCAGAATCAGTTACAAAAAGAGTCCGGCCGGGGTTG
GGAGCTCGCGTGTCTTCCTAGGCCATGGAGAGGAGCATTAGAGGCACTAA
ATGCACAAGAGCCCGAGGAAGCACAAGAGGGGCAAGAGACACAGGACAAT
GGCGCAGAGCCGAAGGCTTATGAAAACGGCCCAAAGCATGCATTCCCCCA
GATCACTGTTCCGAGTCCGGTGAAGAATGGAACAAGAGCAATCTTTCCGG
AGGTGTACCTTTCCGTGTACGCAAATCAAGACATGGAAACAGTCCCTCCT
ACTTCAGATATCGCATCTTCCTTGCTGCGTGATGCCCTCGTCGATACCAT
CAACATTCTTGATTTCAACCGCATTGCGACGGCGAAGTTTTTGATTGATG
TCGACTGCTATTTCACGCCACACACCTTCGTGAAGCGAGCGACTCCTTTC
GATAGGCTGCGTGATTTACCAGGAGACATCAATCTCTGGAAACCAGAGGA
TGTTGCTGTGGACGCCGTGTTCTCCCAACTGTTCCAGCTGCCGTCTCCCG
AGCACAAACTGGTCTACTACCACTCAGTTCTCACGGAGTGCTGTAAGATC
GCCCCGGCCGCGATCGCACCCAGTTTAGGACGTGCCATTCGCTTCTTGTA
TCGCAGCCTGGAGACAATAGATTTGGACCTAAGCCATCGTTTCTTGGATT
GGTTCTCTCATCACTTGAGCAACTTTGGGTTCACTTGGAAATGGAGTGAA
TGGTAAGGCATATGCACATACAGGACGCAGTACAGATCAGCTGACCACGC
ATTAGGATTGATGACTTGGAGCTGCCTCTGGTTCACCCTAGGATGGCTTT
TATCAATGGTGCCCTCGACAAGGAGATCCGGCTGAGCTTTGCACAGCGTA
TTAGGGGCACTCTCCCTGACCCATACCAAGACTTGATTACGGAAGGGAAA
GAGAAAGACACACCTGATTTCAAGTACTCGTCTGATAGTAAGTTTTTCTA
CCCTTCGCCTCACGTCCACTCTTTCCTGTTACTACTTCAACAACTCGACT
TTGGCTCGGATTCAAGACAATTGGCTAATGTGTTTGTCCAGCTACTCCGT
ATGCCAACGAAGGCAGAGAAATTATGCAGCTGGTCCGCAAGAAGGCTAGC
GATGAGGAGATCCAGCCACTTATAAACGCAATTGAAGAGCAAGCCAGATC
TCTCGGTGTCGAAGACCCGCTGCTGCCTTCAACGGACGCCTTTGTTACGG
CTATCTGCTTTGTTGGCTCCAAGTCTCTGTCTCATGTACTGTCCTGCATT
GAGCGGAACAAGGAACGACTCCTGGCCATCGGGCCCCAATCTGCACAGGC
GAGGCGTCAGATCATAACCTCCGTCATGGAGTATTGGGTTGATCAGCCTG
GCGTCGGAATCAACATCATTGACAAGCTTCTCAACTACACCATTCTGACC
CCGCTGTCAGTCATTGAATGGGCACTGGTAGACAAGCTAGAGGCAGGAAC
CGTCCTTGCCAAATCTCACGTTTTCGAGATGATCTCCGCCACAGTCGGAA
AGGTCACCAACCGCCTGCGCCAGATTGTTGCCGCACGTACTCAGCCAGGT
CTCTACGAGCCGCAGCTCAGCGTCCTCGATGAGACGCTCAGTCGTGAGAG
GGTTGATATGCAATCTCTTTTCAGGGTCATCGAAGACTCCATCGTCTCAG
TGGCCGGCGGAAGCAACGACGAGCAGATGGAAAGAGGAGATGGAAGTGGA
AACTTGCCAGAGGATGAAATCATCCGGCAATGGGGCCAGCGCTGGCTCAG
AGTGTTCCGCAGGAAAGCCGGCGTCGAGGAATCGTTCATTGCGGATGCCA
TGGCCACAGCTACTCCTGTCGGCACAGTCGCTCCGCCTCCGGCTCCGGAA
GAGACCGCCGCTTCTGAAAGTATCCCGGCAGATGGGGAAATGGATATTGC
TGAAGCCGATGCGAGCGTGGACATCGAATGA

Coding sequence (CDS) from alignment at NKJJ01000003.1:89936..93016-

>CAN33_29855-T1 ID=CAN33_29855-T1|Name=CAN33_29855-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=17850bp|location=Sequence derived from alignment at NKJJ01000003.1:89936..93016- (Aspergillus niger FDAARGOS_311)
CTACTCCGTATGCCAACGAAGGCAGAGAAATTATGCAGCTGGTCCGCAAG
AAGGCTAGCGATGAGGAGATCCAGCCACTTATAAACGCAATTGAAGAGCA
AGCCAGATCTCTCGGTGTCGAAGACCCGCTGCTGCCTTCAACGGACGCCT
TTGTTACGGCTATCTGCTTTGTTGGCTCCAAGTCTCTGTCTCATGTACTG
TCCTGCATTGAGCGGAACAAGGAACGACTCCTGGCCATCGGGCCCCAATC
TGCACAGGCGAGGCGTCAGATCATAACCTCCGTCATGGAGTATTGGGTTG
ATCAGCCTGGCGTCGGAATCAACATCATTGACAAGCTTCTCAACTACACC
ATTCTGACCCCGCTGTCAGTCATTGAATGGGCACTGGTAGACAAGCTAGA
GGCAGGAACCGTCCTTGCCAAATCTCACGTTTTCGAGATGATCTCCGCCA
CAGTCGGAAAGGTCACCAACCGCCTGCGCCAGATTGTTGCCGCACGTACT
CAGCCAGGTCTCTACGAGCCGCAGCTCAGCGTCCTCGATGAGACGCTCAG
TCGTGAGAGGGTTGATATGCAATCTCTTTTCAGGGTCATCGAAGACTCCA
TCGTCTCAGTGGCCGGCGGAAGCAACGACGAGCAGATGGAAAGAGGAGAT
GGAAGTGGAAACTTGCCAGAGGATGAAATCATCCGGCAATGGGGCCAGCG
CTGGCTCAGAGTGTTCCGCAGGAAAGCCGGCGTCGAGGAATCGTTCATTG
CGGATGCCATGGCCACAGCTACTCCTGTCGGCACAGTCGCTCCGCCTCCG
GCTCCGGAAGAGACCGCCGCTTCTGAAAGTATCCCGGCAGATGGGGAAAT
GGATATTGCTGAAGCCGATGCGAGCGTGGACATCGAATGAGATTGATGAC
TTGGAGCTGCCTCTGGTTCACCCTAGGATGGCTTTTATCAATGGTGCCCT
CGACAAGGAGATCCGGCTGAGCTTTGCACAGCGTATTAGGGGCACTCTCC
CTGACCCATACCAAGACTTGATTACGGAAGGGAAAGAGAAAGACACACCT
GATTTCAAGTACTCGTCTGATATTGATCGGTCTGGAGCTGGTGAAAATTA
TTCTCTTCACCATTCCGTACGTTATGGCCTCTCCAGCAGCCGGTTTCGAG
TCCCAAGCCACCGCACTTCTGGAGAAGACAGACATCATCGCTTCCACCCC
ACATACTCTTGTGGACCTTGTTAATCCATTCGGCCTGGAGAATGGGAAGT
CAATTGCCACGCCAAGTGTCATTAGCCTACTCCAGAATCAGTTACAAAAA
GAGTCCGGCCGGGGTTGGGAGCTCGCGTGTCTTCCTAGGCCATGGAGAGG
AGCATTAGAGGCACTAAATGCACAAGAGCCCGAGGAAGCACAAGAGGGGC
AAGAGACACAGGACAATGGCGCAGAGCCGAAGGCTTATGAAAACGGCCCA
AAGCATGCATTCCCCCAGATCACTGTTCCGAGTCCGGTGAAGAATGGAAC
AAGAGCAATCTTTCCGGAGGTGTACCTTTCCGTGTACGCAAATCAAGACA
TGGAAACAGTCCCTCCTACTTCAGATATCGCATCTTCCTTGCTGCGTGAT
GCCCTCGTCGATACCATCAACATTCTTGATTTCAACCGCATTGCGACGGC
GAAGTTTTTGATTGATGTCGACTGCTATTTCACGCCACACACCTTCGTGA
AGCGAGCGACTCCTTTCGATAGGCTGCGTGATTTACCAGGAGACATCAAT
CTCTGGAAACCAGAGGATGTTGCTGTGGACGCCGTGTTCTCCCAACTGTT
CCAGCTGCCGTCTCCCGAGCACAAACTGGTCTACTACCACTCAGTTCTCA
CGGAGTGCTGTAAGATCGCCCCGGCCGCGATCGCACCCAGTTTAGGACGT
GCCATTCGCTTCTTGTATCGCAGCCTGGAGACAATAGATTTGGACCTAAG
CCATCGTTTCTTGGATTGGTTCTCTCATCACTTGAGCAACTTTGGGTTCA
CTTGGAAATGGAGTGAATGTGTTTTGGAGCAGCCGCTAAAGATCCCTTTT
ATCGCCGCGACCGTCCTCATTGCAAACTTCCAGAAATCCGAGCTCGTGTC
CGACGTTCTCAACAAGTCAGGCGTGTGCTTGCAGAAGTACATTGACGCTG
GCGCGTGGCGCGAGGTCAAGCTTCTTCTGCGGTTCCTGGGTTGTCTCCAA
TGTGTCTTCGAAGGGGATGGCATCTTCCCGATACTGGAGGAGCTCTTTGC
GCGTGCTGTCGACCTTCAAACAGCATCCTCGGAAGATGCTGCCAGACGAG
CAGAAGACGACGCTGTAAGCATCGCAAGAAGTGTAACAGACAACTACGAA
GATCAGGAGTTCAGGAACTCGTTTGTCGATATTGCGCTTGACCTAAGATG
ATGACTATGACCGCCGCCAGAGGCGTCGTTATGAGGAGCCGCTTGTTGTC
AAGGTCCGGAGGCAACTGCTTACGATCGCTGAATCTATGGCCGACTACGA
ACGCCGGCCTCATGGCCCCAGGGGTGGTGGGCGCAAGAGGCGCTACAGAG
CTACTCCGTATGCCAACGAAGGCAGAGAAATTATGCAGCTGGTCCGCAAG
AAGGCTAGCGATGAGGAGATCCAGCCACTTATAAACGCAATTGAAGAGCA
AGCCAGATCTCTCGGTGTCGAAGACCCGCTGCTGCCTTCAACGGACGCCT
TTGTTACGGCTATCTGCTTTGTTGGCTCCAAGTCTCTGTCTCATGTACTG
TCCTGCATTGAGCGGAACAAGGAACGACTCCTGGCCATCGGGCCCCAATC
TGCACAGGCGAGGCGTCAGATCATAACCTCCGTCATGGAGTATTGGGTTG
ATCAGCCTGGCGTCGGAATCAACATCATTGACAAGCTTCTCAACTACACC
ATTCTGACCCCGCTGTCAGTCATTGAATGGGCACTGGTAGACAAGCTAGA
GGCAGGAACCGTCCTTGCCAAATCTCACGTTTTCGAGATGATCTCCGCCA
CAGTCGGAAAGGTCACCAACCGCCTGCGCCAGATTGTTGCCGCACGTACT
CAGCCAGGTCTCTACGAGCCGCAGCTCAGCGTCCTCGATGAGACGCTCAG
TCGTGAGAGGGTTGATATGCAATCTCTTTTCAGGGTCATCGAAGACTCCA
TCGTCTCAGTGGCCGGCGGAAGCAACGACGAGCAGATGGAAAGAGGAGAT
GGAAGTGGAAACTTGCCAGAGGATGAAATCATCCGGCAATGGGGCCAGCG
CTGGCTCAGAGTGTTCCGCAGGAAAGCCGGCGTCGAGGAATCGTTCATTG
CGGATGCCATGGCCACAGCTACTCCTGTCGGCACAGTCGCTCCGCCTCCG
GCTCCGGAAGAGACCGCCGCTTCTGAAAGTATCCCGGCAGATGGGGAAAT
GGATATTGCTGAAGCCGATGCGAGCGTGGACATCGAATGAGATTGATGAC
TTGGAGCTGCCTCTGGTTCACCCTAGGATGGCTTTTATCAATGGTGCCCT
CGACAAGGAGATCCGGCTGAGCTTTGCACAGCGTATTAGGGGCACTCTCC
CTGACCCATACCAAGACTTGATTACGGAAGGGAAAGAGAAAGACACACCT
GATTTCAAGTACTCGTCTGATATTGATCGGTCTGGAGCTGGTGAAAATTA
TTCTCTTCACCATTCCGTACGTTATGGCCTCTCCAGCAGCCGGTTTCGAG
TCCCAAGCCACCGCACTTCTGGAGAAGACAGACATCATCGCTTCCACCCC
ACATACTCTTGTGGACCTTGTTAATCCATTCGGCCTGGAGAATGGGAAGT
CAATTGCCACGCCAAGTGTCATTAGCCTACTCCAGAATCAGTTACAAAAA
GAGTCCGGCCGGGGTTGGGAGCTCGCGTGTCTTCCTAGGCCATGGAGAGG
AGCATTAGAGGCACTAAATGCACAAGAGCCCGAGGAAGCACAAGAGGGGC
AAGAGACACAGGACAATGGCGCAGAGCCGAAGGCTTATGAAAACGGCCCA
AAGCATGCATTCCCCCAGATCACTGTTCCGAGTCCGGTGAAGAATGGAAC
AAGAGCAATCTTTCCGGAGGTGTACCTTTCCGTGTACGCAAATCAAGACA
TGGAAACAGTCCCTCCTACTTCAGATATCGCATCTTCCTTGCTGCGTGAT
GCCCTCGTCGATACCATCAACATTCTTGATTTCAACCGCATTGCGACGGC
GAAGTTTTTGATTGATGTCGACTGCTATTTCACGCCACACACCTTCGTGA
AGCGAGCGACTCCTTTCGATAGGCTGCGTGATTTACCAGGAGACATCAAT
CTCTGGAAACCAGAGGATGTTGCTGTGGACGCCGTGTTCTCCCAACTGTT
CCAGCTGCCGTCTCCCGAGCACAAACTGGTCTACTACCACTCAGTTCTCA
CGGAGTGCTGTAAGATCGCCCCGGCCGCGATCGCACCCAGTTTAGGACGT
GCCATTCGCTTCTTGTATCGCAGCCTGGAGACAATAGATTTGGACCTAAG
CCATCGTTTCTTGGATTGGTTCTCTCATCACTTGAGCAACTTTGGGTTCA
CTTGGAAATGGAGTGAATGTGTTTTGGAGCAGCCGCTAAAGATCCCTTTT
ATCGCCGCGACCGTCCTCATTGCAAACTTCCAGAAATCCGAGCTCGTGTC
CGACGTTCTCAACAAGTCAGGCGTGTGCTTGCAGAAGTACATTGACGCTG
GCGCGTGGCGCGAGGTCAAGCTTCTTCTGCGGTTCCTGGGTTGTCTCCAA
TGTGTCTTCGAAGGGGATGGCATCTTCCCGATACTGGAGGAGCTCTTTGC
GCGTGCTGTCGACCTTCAAACAGCATCCTCGGAAGATGCTGCCAGACGAG
CAGAAGACGACGCTGTAAGCATCGCAAGAAGTGTAACAGACAACTACGAA
GATCAGGAGTTCAGGAACTCGTTTGTCGATATTGCGCTTGACCTAAGATG
ATGACTATGACCGCCGCCAGAGGCGTCGTTATGAGGAGCCGCTTGTTGTC
AAGGTCCGGAGGCAACTGCTTACGATCGCTGAATCTATGGCCGACTACGA
ACGCCGGCCTCATGGCCCCAGGGGTGGTGGGCGCAAGAGGCGCTACAGAG
CTACTCCGTATGCCAACGAAGGCAGAGAAATTATGCAGCTGGTCCGCAAG
AAGGCTAGCGATGAGGAGATCCAGCCACTTATAAACGCAATTGAAGAGCA
AGCCAGATCTCTCGGTGTCGAAGACCCGCTGCTGCCTTCAACGGACGCCT
TTGTTACGGCTATCTGCTTTGTTGGCTCCAAGTCTCTGTCTCATGTACTG
TCCTGCATTGAGCGGAACAAGGAACGACTCCTGGCCATCGGGCCCCAATC
TGCACAGGCGAGGCGTCAGATCATAACCTCCGTCATGGAGTATTGGGTTG
ATCAGCCTGGCGTCGGAATCAACATCATTGACAAGCTTCTCAACTACACC
ATTCTGACCCCGCTGTCAGTCATTGAATGGGCACTGGTAGACAAGCTAGA
GGCAGGAACCGTCCTTGCCAAATCTCACGTTTTCGAGATGATCTCCGCCA
CAGTCGGAAAGGTCACCAACCGCCTGCGCCAGATTGTTGCCGCACGTACT
CAGCCAGGTCTCTACGAGCCGCAGCTCAGCGTCCTCGATGAGACGCTCAG
TCGTGAGAGGGTTGATATGCAATCTCTTTTCAGGGTCATCGAAGACTCCA
TCGTCTCAGTGGCCGGCGGAAGCAACGACGAGCAGATGGAAAGAGGAGAT
GGAAGTGGAAACTTGCCAGAGGATGAAATCATCCGGCAATGGGGCCAGCG
CTGGCTCAGAGTGTTCCGCAGGAAAGCCGGCGTCGAGGAATCGTTCATTG
CGGATGCCATGGCCACAGCTACTCCTGTCGGCACAGTCGCTCCGCCTCCG
GCTCCGGAAGAGACCGCCGCTTCTGAAAGTATCCCGGCAGATGGGGAAAT
GGATATTGCTGAAGCCGATGCGAGCGTGGACATCGAATGAGATTGATGAC
TTGGAGCTGCCTCTGGTTCACCCTAGGATGGCTTTTATCAATGGTGCCCT
CGACAAGGAGATCCGGCTGAGCTTTGCACAGCGTATTAGGGGCACTCTCC
CTGACCCATACCAAGACTTGATTACGGAAGGGAAAGAGAAAGACACACCT
GATTTCAAGTACTCGTCTGATATTGATCGGTCTGGAGCTGGTGAAAATTA
TTCTCTTCACCATTCCGTACGTTATGGCCTCTCCAGCAGCCGGTTTCGAG
TCCCAAGCCACCGCACTTCTGGAGAAGACAGACATCATCGCTTCCACCCC
ACATACTCTTGTGGACCTTGTTAATCCATTCGGCCTGGAGAATGGGAAGT
CAATTGCCACGCCAAGTGTCATTAGCCTACTCCAGAATCAGTTACAAAAA
GAGTCCGGCCGGGGTTGGGAGCTCGCGTGTCTTCCTAGGCCATGGAGAGG
AGCATTAGAGGCACTAAATGCACAAGAGCCCGAGGAAGCACAAGAGGGGC
AAGAGACACAGGACAATGGCGCAGAGCCGAAGGCTTATGAAAACGGCCCA
AAGCATGCATTCCCCCAGATCACTGTTCCGAGTCCGGTGAAGAATGGAAC
AAGAGCAATCTTTCCGGAGGTGTACCTTTCCGTGTACGCAAATCAAGACA
TGGAAACAGTCCCTCCTACTTCAGATATCGCATCTTCCTTGCTGCGTGAT
GCCCTCGTCGATACCATCAACATTCTTGATTTCAACCGCATTGCGACGGC
GAAGTTTTTGATTGATGTCGACTGCTATTTCACGCCACACACCTTCGTGA
AGCGAGCGACTCCTTTCGATAGGCTGCGTGATTTACCAGGAGACATCAAT
CTCTGGAAACCAGAGGATGTTGCTGTGGACGCCGTGTTCTCCCAACTGTT
CCAGCTGCCGTCTCCCGAGCACAAACTGGTCTACTACCACTCAGTTCTCA
CGGAGTGCTGTAAGATCGCCCCGGCCGCGATCGCACCCAGTTTAGGACGT
GCCATTCGCTTCTTGTATCGCAGCCTGGAGACAATAGATTTGGACCTAAG
CCATCGTTTCTTGGATTGGTTCTCTCATCACTTGAGCAACTTTGGGTTCA
CTTGGAAATGGAGTGAATGTGTTTTGGAGCAGCCGCTAAAGATCCCTTTT
ATCGCCGCGACCGTCCTCATTGCAAACTTCCAGAAATCCGAGCTCGTGTC
CGACGTTCTCAACAAGTCAGGCGTGTGCTTGCAGAAGTACATTGACGCTG
GCGCGTGGCGCGAGGTCAAGCTTCTTCTGCGGTTCCTGGGTTGTCTCCAA
TGTGTCTTCGAAGGGGATGGCATCTTCCCGATACTGGAGGAGCTCTTTGC
GCGTGCTGTCGACCTTCAAACAGCATCCTCGGAAGATGCTGCCAGACGAG
CAGAAGACGACGCTGTAAGCATCGCAAGAAGTGTAACAGACAACTACGAA
GATCAGGAGTTCAGGAACTCGTTTGTCGATATTGCGCTTGACCTAAGATG
ATGACTATGACCGCCGCCAGAGGCGTCGTTATGAGGAGCCGCTTGTTGTC
AAGGTCCGGAGGCAACTGCTTACGATCGCTGAATCTATGGCCGACTACGA
ACGCCGGCCTCATGGCCCCAGGGGTGGTGGGCGCAAGAGGCGCTACAGAG
CTACTCCGTATGCCAACGAAGGCAGAGAAATTATGCAGCTGGTCCGCAAG
AAGGCTAGCGATGAGGAGATCCAGCCACTTATAAACGCAATTGAAGAGCA
AGCCAGATCTCTCGGTGTCGAAGACCCGCTGCTGCCTTCAACGGACGCCT
TTGTTACGGCTATCTGCTTTGTTGGCTCCAAGTCTCTGTCTCATGTACTG
TCCTGCATTGAGCGGAACAAGGAACGACTCCTGGCCATCGGGCCCCAATC
TGCACAGGCGAGGCGTCAGATCATAACCTCCGTCATGGAGTATTGGGTTG
ATCAGCCTGGCGTCGGAATCAACATCATTGACAAGCTTCTCAACTACACC
ATTCTGACCCCGCTGTCAGTCATTGAATGGGCACTGGTAGACAAGCTAGA
GGCAGGAACCGTCCTTGCCAAATCTCACGTTTTCGAGATGATCTCCGCCA
CAGTCGGAAAGGTCACCAACCGCCTGCGCCAGATTGTTGCCGCACGTACT
CAGCCAGGTCTCTACGAGCCGCAGCTCAGCGTCCTCGATGAGACGCTCAG
TCGTGAGAGGGTTGATATGCAATCTCTTTTCAGGGTCATCGAAGACTCCA
TCGTCTCAGTGGCCGGCGGAAGCAACGACGAGCAGATGGAAAGAGGAGAT
GGAAGTGGAAACTTGCCAGAGGATGAAATCATCCGGCAATGGGGCCAGCG
CTGGCTCAGAGTGTTCCGCAGGAAAGCCGGCGTCGAGGAATCGTTCATTG
CGGATGCCATGGCCACAGCTACTCCTGTCGGCACAGTCGCTCCGCCTCCG
GCTCCGGAAGAGACCGCCGCTTCTGAAAGTATCCCGGCAGATGGGGAAAT
GGATATTGCTGAAGCCGATGCGAGCGTGGACATCGAATGAGATTGATGAC
TTGGAGCTGCCTCTGGTTCACCCTAGGATGGCTTTTATCAATGGTGCCCT
CGACAAGGAGATCCGGCTGAGCTTTGCACAGCGTATTAGGGGCACTCTCC
CTGACCCATACCAAGACTTGATTACGGAAGGGAAAGAGAAAGACACACCT
GATTTCAAGTACTCGTCTGATATTGATCGGTCTGGAGCTGGTGAAAATTA
TTCTCTTCACCATTCCGTACGTTATGGCCTCTCCAGCAGCCGGTTTCGAG
TCCCAAGCCACCGCACTTCTGGAGAAGACAGACATCATCGCTTCCACCCC
ACATACTCTTGTGGACCTTGTTAATCCATTCGGCCTGGAGAATGGGAAGT
CAATTGCCACGCCAAGTGTCATTAGCCTACTCCAGAATCAGTTACAAAAA
GAGTCCGGCCGGGGTTGGGAGCTCGCGTGTCTTCCTAGGCCATGGAGAGG
AGCATTAGAGGCACTAAATGCACAAGAGCCCGAGGAAGCACAAGAGGGGC
AAGAGACACAGGACAATGGCGCAGAGCCGAAGGCTTATGAAAACGGCCCA
AAGCATGCATTCCCCCAGATCACTGTTCCGAGTCCGGTGAAGAATGGAAC
AAGAGCAATCTTTCCGGAGGTGTACCTTTCCGTGTACGCAAATCAAGACA
TGGAAACAGTCCCTCCTACTTCAGATATCGCATCTTCCTTGCTGCGTGAT
GCCCTCGTCGATACCATCAACATTCTTGATTTCAACCGCATTGCGACGGC
GAAGTTTTTGATTGATGTCGACTGCTATTTCACGCCACACACCTTCGTGA
AGCGAGCGACTCCTTTCGATAGGCTGCGTGATTTACCAGGAGACATCAAT
CTCTGGAAACCAGAGGATGTTGCTGTGGACGCCGTGTTCTCCCAACTGTT
CCAGCTGCCGTCTCCCGAGCACAAACTGGTCTACTACCACTCAGTTCTCA
CGGAGTGCTGTAAGATCGCCCCGGCCGCGATCGCACCCAGTTTAGGACGT
GCCATTCGCTTCTTGTATCGCAGCCTGGAGACAATAGATTTGGACCTAAG
CCATCGTTTCTTGGATTGGTTCTCTCATCACTTGAGCAACTTTGGGTTCA
CTTGGAAATGGAGTGAATGTGTTTTGGAGCAGCCGCTAAAGATCCCTTTT
ATCGCCGCGACCGTCCTCATTGCAAACTTCCAGAAATCCGAGCTCGTGTC
CGACGTTCTCAACAAGTCAGGCGTGTGCTTGCAGAAGTACATTGACGCTG
GCGCGTGGCGCGAGGTCAAGCTTCTTCTGCGGTTCCTGGGTTGTCTCCAA
TGTGTCTTCGAAGGGGATGGCATCTTCCCGATACTGGAGGAGCTCTTTGC
GCGTGCTGTCGACCTTCAAACAGCATCCTCGGAAGATGCTGCCAGACGAG
CAGAAGACGACGCTGTAAGCATCGCAAGAAGTGTAACAGACAACTACGAA
GATCAGGAGTTCAGGAACTCGTTTGTCGATATTGCGCTTGACCTAAGATG
ATGACTATGACCGCCGCCAGAGGCGTCGTTATGAGGAGCCGCTTGTTGTC
AAGGTCCGGAGGCAACTGCTTACGATCGCTGAATCTATGGCCGACTACGA
ACGCCGGCCTCATGGCCCCAGGGGTGGTGGGCGCAAGAGGCGCTACAGAG
CTACTCCGTATGCCAACGAAGGCAGAGAAATTATGCAGCTGGTCCGCAAG
AAGGCTAGCGATGAGGAGATCCAGCCACTTATAAACGCAATTGAAGAGCA
AGCCAGATCTCTCGGTGTCGAAGACCCGCTGCTGCCTTCAACGGACGCCT
TTGTTACGGCTATCTGCTTTGTTGGCTCCAAGTCTCTGTCTCATGTACTG
TCCTGCATTGAGCGGAACAAGGAACGACTCCTGGCCATCGGGCCCCAATC
TGCACAGGCGAGGCGTCAGATCATAACCTCCGTCATGGAGTATTGGGTTG
ATCAGCCTGGCGTCGGAATCAACATCATTGACAAGCTTCTCAACTACACC
ATTCTGACCCCGCTGTCAGTCATTGAATGGGCACTGGTAGACAAGCTAGA
GGCAGGAACCGTCCTTGCCAAATCTCACGTTTTCGAGATGATCTCCGCCA
CAGTCGGAAAGGTCACCAACCGCCTGCGCCAGATTGTTGCCGCACGTACT
CAGCCAGGTCTCTACGAGCCGCAGCTCAGCGTCCTCGATGAGACGCTCAG
TCGTGAGAGGGTTGATATGCAATCTCTTTTCAGGGTCATCGAAGACTCCA
TCGTCTCAGTGGCCGGCGGAAGCAACGACGAGCAGATGGAAAGAGGAGAT
GGAAGTGGAAACTTGCCAGAGGATGAAATCATCCGGCAATGGGGCCAGCG
CTGGCTCAGAGTGTTCCGCAGGAAAGCCGGCGTCGAGGAATCGTTCATTG
CGGATGCCATGGCCACAGCTACTCCTGTCGGCACAGTCGCTCCGCCTCCG
GCTCCGGAAGAGACCGCCGCTTCTGAAAGTATCCCGGCAGATGGGGAAAT
GGATATTGCTGAAGCCGATGCGAGCGTGGACATCGAATGAGATTGATGAC
TTGGAGCTGCCTCTGGTTCACCCTAGGATGGCTTTTATCAATGGTGCCCT
CGACAAGGAGATCCGGCTGAGCTTTGCACAGCGTATTAGGGGCACTCTCC
CTGACCCATACCAAGACTTGATTACGGAAGGGAAAGAGAAAGACACACCT
GATTTCAAGTACTCGTCTGATATTGATCGGTCTGGAGCTGGTGAAAATTA
TTCTCTTCACCATTCCGTACGTTATGGCCTCTCCAGCAGCCGGTTTCGAG
TCCCAAGCCACCGCACTTCTGGAGAAGACAGACATCATCGCTTCCACCCC
ACATACTCTTGTGGACCTTGTTAATCCATTCGGCCTGGAGAATGGGAAGT
CAATTGCCACGCCAAGTGTCATTAGCCTACTCCAGAATCAGTTACAAAAA
GAGTCCGGCCGGGGTTGGGAGCTCGCGTGTCTTCCTAGGCCATGGAGAGG
AGCATTAGAGGCACTAAATGCACAAGAGCCCGAGGAAGCACAAGAGGGGC
AAGAGACACAGGACAATGGCGCAGAGCCGAAGGCTTATGAAAACGGCCCA
AAGCATGCATTCCCCCAGATCACTGTTCCGAGTCCGGTGAAGAATGGAAC
AAGAGCAATCTTTCCGGAGGTGTACCTTTCCGTGTACGCAAATCAAGACA
TGGAAACAGTCCCTCCTACTTCAGATATCGCATCTTCCTTGCTGCGTGAT
GCCCTCGTCGATACCATCAACATTCTTGATTTCAACCGCATTGCGACGGC
GAAGTTTTTGATTGATGTCGACTGCTATTTCACGCCACACACCTTCGTGA
AGCGAGCGACTCCTTTCGATAGGCTGCGTGATTTACCAGGAGACATCAAT
CTCTGGAAACCAGAGGATGTTGCTGTGGACGCCGTGTTCTCCCAACTGTT
CCAGCTGCCGTCTCCCGAGCACAAACTGGTCTACTACCACTCAGTTCTCA
CGGAGTGCTGTAAGATCGCCCCGGCCGCGATCGCACCCAGTTTAGGACGT
GCCATTCGCTTCTTGTATCGCAGCCTGGAGACAATAGATTTGGACCTAAG
CCATCGTTTCTTGGATTGGTTCTCTCATCACTTGAGCAACTTTGGGTTCA
CTTGGAAATGGAGTGAATGTGTTTTGGAGCAGCCGCTAAAGATCCCTTTT
ATCGCCGCGACCGTCCTCATTGCAAACTTCCAGAAATCCGAGCTCGTGTC
CGACGTTCTCAACAAGTCAGGCGTGTGCTTGCAGAAGTACATTGACGCTG
GCGCGTGGCGCGAGGTCAAGCTTCTTCTGCGGTTCCTGGGTTGTCTCCAA
TGTGTCTTCGAAGGGGATGGCATCTTCCCGATACTGGAGGAGCTCTTTGC
GCGTGCTGTCGACCTTCAAACAGCATCCTCGGAAGATGCTGCCAGACGAG
CAGAAGACGACGCTGTAAGCATCGCAAGAAGTGTAACAGACAACTACGAA
GATCAGGAGTTCAGGAACTCGTTTGTCGATATTGCGCTTGACCTAAGATG
ATGACTATGACCGCCGCCAGAGGCGTCGTTATGAGGAGCCGCTTGTTGTC
AAGGTCCGGAGGCAACTGCTTACGATCGCTGAATCTATGGCCGACTACGA
ACGCCGGCCTCATGGCCCCAGGGGTGGTGGGCGCAAGAGGCGCTACAGAG
CTACTCCGTATGCCAACGAAGGCAGAGAAATTATGCAGCTGGTCCGCAAG
AAGGCTAGCGATGAGGAGATCCAGCCACTTATAAACGCAATTGAAGAGCA
AGCCAGATCTCTCGGTGTCGAAGACCCGCTGCTGCCTTCAACGGACGCCT
TTGTTACGGCTATCTGCTTTGTTGGCTCCAAGTCTCTGTCTCATGTACTG
TCCTGCATTGAGCGGAACAAGGAACGACTCCTGGCCATCGGGCCCCAATC
TGCACAGGCGAGGCGTCAGATCATAACCTCCGTCATGGAGTATTGGGTTG
ATCAGCCTGGCGTCGGAATCAACATCATTGACAAGCTTCTCAACTACACC
ATTCTGACCCCGCTGTCAGTCATTGAATGGGCACTGGTAGACAAGCTAGA
GGCAGGAACCGTCCTTGCCAAATCTCACGTTTTCGAGATGATCTCCGCCA
CAGTCGGAAAGGTCACCAACCGCCTGCGCCAGATTGTTGCCGCACGTACT
CAGCCAGGTCTCTACGAGCCGCAGCTCAGCGTCCTCGATGAGACGCTCAG
TCGTGAGAGGGTTGATATGCAATCTCTTTTCAGGGTCATCGAAGACTCCA
TCGTCTCAGTGGCCGGCGGAAGCAACGACGAGCAGATGGAAAGAGGAGAT
GGAAGTGGAAACTTGCCAGAGGATGAAATCATCCGGCAATGGGGCCAGCG
CTGGCTCAGAGTGTTCCGCAGGAAAGCCGGCGTCGAGGAATCGTTCATTG
CGGATGCCATGGCCACAGCTACTCCTGTCGGCACAGTCGCTCCGCCTCCG
GCTCCGGAAGAGACCGCCGCTTCTGAAAGTATCCCGGCAGATGGGGAAAT
GGATATTGCTGAAGCCGATGCGAGCGTGGACATCGAATGAGATTGATGAC
TTGGAGCTGCCTCTGGTTCACCCTAGGATGGCTTTTATCAATGGTGCCCT
CGACAAGGAGATCCGGCTGAGCTTTGCACAGCGTATTAGGGGCACTCTCC
CTGACCCATACCAAGACTTGATTACGGAAGGGAAAGAGAAAGACACACCT
GATTTCAAGTACTCGTCTGATATTGATCGGTCTGGAGCTGGTGAAAATTA
TTCTCTTCACCATTCCGTACGTTATGGCCTCTCCAGCAGCCGGTTTCGAG
TCCCAAGCCACCGCACTTCTGGAGAAGACAGACATCATCGCTTCCACCCC
ACATACTCTTGTGGACCTTGTTAATCCATTCGGCCTGGAGAATGGGAAGT
CAATTGCCACGCCAAGTGTCATTAGCCTACTCCAGAATCAGTTACAAAAA
GAGTCCGGCCGGGGTTGGGAGCTCGCGTGTCTTCCTAGGCCATGGAGAGG
AGCATTAGAGGCACTAAATGCACAAGAGCCCGAGGAAGCACAAGAGGGGC
AAGAGACACAGGACAATGGCGCAGAGCCGAAGGCTTATGAAAACGGCCCA
AAGCATGCATTCCCCCAGATCACTGTTCCGAGTCCGGTGAAGAATGGAAC
AAGAGCAATCTTTCCGGAGGTGTACCTTTCCGTGTACGCAAATCAAGACA
TGGAAACAGTCCCTCCTACTTCAGATATCGCATCTTCCTTGCTGCGTGAT
GCCCTCGTCGATACCATCAACATTCTTGATTTCAACCGCATTGCGACGGC
GAAGTTTTTGATTGATGTCGACTGCTATTTCACGCCACACACCTTCGTGA
AGCGAGCGACTCCTTTCGATAGGCTGCGTGATTTACCAGGAGACATCAAT
CTCTGGAAACCAGAGGATGTTGCTGTGGACGCCGTGTTCTCCCAACTGTT
CCAGCTGCCGTCTCCCGAGCACAAACTGGTCTACTACCACTCAGTTCTCA
CGGAGTGCTGTAAGATCGCCCCGGCCGCGATCGCACCCAGTTTAGGACGT
GCCATTCGCTTCTTGTATCGCAGCCTGGAGACAATAGATTTGGACCTAAG
CCATCGTTTCTTGGATTGGTTCTCTCATCACTTGAGCAACTTTGGGTTCA
CTTGGAAATGGAGTGAATGTGTTTTGGAGCAGCCGCTAAAGATCCCTTTT
ATCGCCGCGACCGTCCTCATTGCAAACTTCCAGAAATCCGAGCTCGTGTC
CGACGTTCTCAACAAGTCAGGCGTGTGCTTGCAGAAGTACATTGACGCTG
GCGCGTGGCGCGAGGTCAAGCTTCTTCTGCGGTTCCTGGGTTGTCTCCAA
TGTGTCTTCGAAGGGGATGGCATCTTCCCGATACTGGAGGAGCTCTTTGC
GCGTGCTGTCGACCTTCAAACAGCATCCTCGGAAGATGCTGCCAGACGAG
CAGAAGACGACGCTGTAAGCATCGCAAGAAGTGTAACAGACAACTACGAA
GATCAGGAGTTCAGGAACTCGTTTGTCGATATTGCGCTTGACCTAAGATG
ATGACTATGACCGCCGCCAGAGGCGTCGTTATGAGGAGCCGCTTGTTGTC
AAGGTCCGGAGGCAACTGCTTACGATCGCTGAATCTATGGCCGACTACGA
ACGCCGGCCTCATGGCCCCAGGGGTGGTGGGCGCAAGAGGCGCTACAGAG
CTACTCCGTATGCCAACGAAGGCAGAGAAATTATGCAGCTGGTCCGCAAG
AAGGCTAGCGATGAGGAGATCCAGCCACTTATAAACGCAATTGAAGAGCA
AGCCAGATCTCTCGGTGTCGAAGACCCGCTGCTGCCTTCAACGGACGCCT
TTGTTACGGCTATCTGCTTTGTTGGCTCCAAGTCTCTGTCTCATGTACTG
TCCTGCATTGAGCGGAACAAGGAACGACTCCTGGCCATCGGGCCCCAATC
TGCACAGGCGAGGCGTCAGATCATAACCTCCGTCATGGAGTATTGGGTTG
ATCAGCCTGGCGTCGGAATCAACATCATTGACAAGCTTCTCAACTACACC
ATTCTGACCCCGCTGTCAGTCATTGAATGGGCACTGGTAGACAAGCTAGA
GGCAGGAACCGTCCTTGCCAAATCTCACGTTTTCGAGATGATCTCCGCCA
CAGTCGGAAAGGTCACCAACCGCCTGCGCCAGATTGTTGCCGCACGTACT
CAGCCAGGTCTCTACGAGCCGCAGCTCAGCGTCCTCGATGAGACGCTCAG
TCGTGAGAGGGTTGATATGCAATCTCTTTTCAGGGTCATCGAAGACTCCA
TCGTCTCAGTGGCCGGCGGAAGCAACGACGAGCAGATGGAAAGAGGAGAT
GGAAGTGGAAACTTGCCAGAGGATGAAATCATCCGGCAATGGGGCCAGCG
CTGGCTCAGAGTGTTCCGCAGGAAAGCCGGCGTCGAGGAATCGTTCATTG
CGGATGCCATGGCCACAGCTACTCCTGTCGGCACAGTCGCTCCGCCTCCG
GCTCCGGAAGAGACCGCCGCTTCTGAAAGTATCCCGGCAGATGGGGAAAT
GGATATTGCTGAAGCCGATGCGAGCGTGGACATCGAATGAGATTGATGAC
TTGGAGCTGCCTCTGGTTCACCCTAGGATGGCTTTTATCAATGGTGCCCT
CGACAAGGAGATCCGGCTGAGCTTTGCACAGCGTATTAGGGGCACTCTCC
CTGACCCATACCAAGACTTGATTACGGAAGGGAAAGAGAAAGACACACCT
GATTTCAAGTACTCGTCTGATATTGATCGGTCTGGAGCTGGTGAAAATTA
TTCTCTTCACCATTCCGTACGTTATGGCCTCTCCAGCAGCCGGTTTCGAG
TCCCAAGCCACCGCACTTCTGGAGAAGACAGACATCATCGCTTCCACCCC
ACATACTCTTGTGGACCTTGTTAATCCATTCGGCCTGGAGAATGGGAAGT
CAATTGCCACGCCAAGTGTCATTAGCCTACTCCAGAATCAGTTACAAAAA
GAGTCCGGCCGGGGTTGGGAGCTCGCGTGTCTTCCTAGGCCATGGAGAGG
AGCATTAGAGGCACTAAATGCACAAGAGCCCGAGGAAGCACAAGAGGGGC
AAGAGACACAGGACAATGGCGCAGAGCCGAAGGCTTATGAAAACGGCCCA
AAGCATGCATTCCCCCAGATCACTGTTCCGAGTCCGGTGAAGAATGGAAC
AAGAGCAATCTTTCCGGAGGTGTACCTTTCCGTGTACGCAAATCAAGACA
TGGAAACAGTCCCTCCTACTTCAGATATCGCATCTTCCTTGCTGCGTGAT
GCCCTCGTCGATACCATCAACATTCTTGATTTCAACCGCATTGCGACGGC
GAAGTTTTTGATTGATGTCGACTGCTATTTCACGCCACACACCTTCGTGA
AGCGAGCGACTCCTTTCGATAGGCTGCGTGATTTACCAGGAGACATCAAT
CTCTGGAAACCAGAGGATGTTGCTGTGGACGCCGTGTTCTCCCAACTGTT
CCAGCTGCCGTCTCCCGAGCACAAACTGGTCTACTACCACTCAGTTCTCA
CGGAGTGCTGTAAGATCGCCCCGGCCGCGATCGCACCCAGTTTAGGACGT
GCCATTCGCTTCTTGTATCGCAGCCTGGAGACAATAGATTTGGACCTAAG
CCATCGTTTCTTGGATTGGTTCTCTCATCACTTGAGCAACTTTGGGTTCA
CTTGGAAATGGAGTGAATGTGTTTTGGAGCAGCCGCTAAAGATCCCTTTT
ATCGCCGCGACCGTCCTCATTGCAAACTTCCAGAAATCCGAGCTCGTGTC
CGACGTTCTCAACAAGTCAGGCGTGTGCTTGCAGAAGTACATTGACGCTG
GCGCGTGGCGCGAGGTCAAGCTTCTTCTGCGGTTCCTGGGTTGTCTCCAA
TGTGTCTTCGAAGGGGATGGCATCTTCCCGATACTGGAGGAGCTCTTTGC
GCGTGCTGTCGACCTTCAAACAGCATCCTCGGAAGATGCTGCCAGACGAG
CAGAAGACGACGCTGTAAGCATCGCAAGAAGTGTAACAGACAACTACGAA
GATCAGGAGTTCAGGAACTCGTTTGTCGATATTGCGCTTGACCTAAGATG
ATGACTATGACCGCCGCCAGAGGCGTCGTTATGAGGAGCCGCTTGTTGTC
AAGGTCCGGAGGCAACTGCTTACGATCGCTGAATCTATGGCCGACTACGA
ACGCCGGCCTCATGGCCCCAGGGGTGGTGGGCGCAAGAGGCGCTACAGAG

Annotated Terms

The following terms have been associated with this mRNA:

Vocabulary: **Biological Process**
Term	Definition
GO:0016070	RNA metabolic process

Relationships

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


Feature Name	Unique Name	Species	Type
CAN33_29855	CAN33_29855	Aspergillus niger FDAARGOS_311	gene

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


Feature Name	Unique Name	Species	Type
CAN33_29855-T1	CAN33_29855-T1-protein	Aspergillus niger FDAARGOS_311	polypeptide

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


Feature Name	Unique Name	Species	Type
CAN33_29855-T1.cds	CAN33_29855-T1.cds	Aspergillus niger FDAARGOS_311	CDS

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


Feature Name	Unique Name	Species	Type
CAN33_29855-T1.exon7	CAN33_29855-T1.exon7	Aspergillus niger FDAARGOS_311	exon
CAN33_29855-T1.exon6	CAN33_29855-T1.exon6	Aspergillus niger FDAARGOS_311	exon
CAN33_29855-T1.exon5	CAN33_29855-T1.exon5	Aspergillus niger FDAARGOS_311	exon
CAN33_29855-T1.exon4	CAN33_29855-T1.exon4	Aspergillus niger FDAARGOS_311	exon
CAN33_29855-T1.exon3	CAN33_29855-T1.exon3	Aspergillus niger FDAARGOS_311	exon
CAN33_29855-T1.exon2	CAN33_29855-T1.exon2	Aspergillus niger FDAARGOS_311	exon
CAN33_29855-T1.exon1	CAN33_29855-T1.exon1	Aspergillus niger FDAARGOS_311	exon

Properties


Property Name	Value
Note	BUSCO:EOG09260PI1
DBxref	InterPro:IPR016024
DBxref	InterPro:IPR015174
DBxref	InterPro:IPR016021
DBxref	InterPro:IPR015172
DBxref	PFAM:PF09090
DBxref	PFAM:PF09088
Product	MIF4G like 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
NKJJ01000003.1	supercontig	NKJJ01000003.1:89936..93016 -

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CAN33_29855-T1, CAN33_29855-T1 (mRNA) Aspergillus niger FDAARGOS_311