ASPNIDRAFT_130535-T1, ASPNIDRAFT_130535-T1 (mRNA) Aspergillus niger ATCC 1015

Overview


Name	ASPNIDRAFT_130535-T1
Unique Name	ASPNIDRAFT_130535-T1
Type	mRNA
Organism	Aspergillus niger ATCC 1015

Sequences

The following sequences are available for this feature:

mRNA from alignment at ACJE01000008.1:456555..459765+
coding sequence from alignment at ACJE01000008.1:456555..459765+

mRNA from alignment at ACJE01000008.1:456555..459765+

Legend: polypeptideexonCDSthree_prime_UTR

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

>ASPNIDRAFT_130535-T1 ID=ASPNIDRAFT_130535-T1|Name=ASPNIDRAFT_130535-T1|organism=Aspergillus niger ATCC 1015|type=mRNA|length=3211bp|location=Sequence derived from alignment at ACJE01000008.1:456555..459765+ (Aspergillus niger ATCC 1015)
ATGACAGAACTTATGCGCACTTTGCCAGCCTCCTGGTATTGCAGCCAGCC
TCTCTATCAGCTTGAAAGAAGGGCGGTATTCTTGAAAGTACGATCGACTT
AGCCTCGAAGGTATTCGAGCACTAATGTTCTCAGTCATGGTATCTTGTCG
GTCCTGTCACCAGATTCTGTGATATAGGCGCCAAGGTTGAATATGAGATA
GCTCAGCAGCCTATATATGTGGTTCGGTGCTCGGGGGAGGTTTTGTTCCC
TGGACAGGACGAGATTCAGGTAATCTGCGCGAAAAGTGTAGGTGAGCTCG
GCATTTTCATATGCATCAGACTGGAAATGCCTTCAAAACCACGAGAAATA
TGTCTATCAAGTCCCTTGTTGCTGAAAATAATTTAGGAGCGACCCCTAAA
GCACCACGTCACGCCAACAGGCCTCGTTTTCGCTACTCTCTCGGACGAGG
CGCCCAGCTTCCAGGAGTATTTCCCGGACTTGGAGCCACTACTCCAGAGG
GTGAACTTCACCAAGCTCCCCTACAGACACAGCATCAAATACGAGGGGCG
ATTCAACTGGAAGACTATGTATTTGACACTCTACCTCGTGTTCGGAAAGT
GATCATGTCCCCCCTGACCTAGTTTCCGCGACAGGGTCGATGGCTACCAG
GAATGCCTGCATTGCCAATACACTCACCCGTCATTCTCCGTATACTACCC
GCCAACCTCGTACGCGGTGCACAATCATCAGAACTTTTCGCAGCATATCG
CAGATCCGGAAAAGCCTGATGATGGTCTATTCCTCTACTTCTTCCCCAAT
TGCACTCTAAACGTCTATGGTGGGGGAATGTCCTCGTTCCGAGTATGTCC
AACAGAAGATTCGAACGTGACGAGGATGGAGTTTGACTACTATCATATGG
AGTCTGGCGAGAAGTTTGACGAATACTTCAAATTTGTGCGGCAGGTGGCC
ATGGAAGACTATGAACTATGTGAGAAGGCTCAAAACAACCTCACCAAAGG
CATCTATAGCGAAGGCATCCTCAACCCAGAAAAGGAGAGCGGTGTTTCAT
GTAAGTTGTGTGACATCAACTCGTATATGCCCAGGTTACTCTAAGCTAAT
TAGAGGGCAGATTATCAAGGCCGGGTTTTCGAGCTCGTGTGTCAGCAGCA
CACAGCAGAGAGACGGGAAAGGGAATTGGAAGATGCAAAAGACGATAGTC
AGAAGAGGGGTCTGCAACGTATCACAACAGCTGCATAAGACAAAGCTGTG
TAAGCCGTGGTTTCGGGACTCGGTAGATGCTCAATATTATCAGTGGCGTT
AATTTCAGTGTTTTTCACGGCTTGGCTCCTGTGATAGTCCCTGTAAATGA
TTCCTATCATGATGTGGCATCAGATAAACCCTTGGCCAGGATCGGCCCAA
CACATACCTTAGGAATCGTCACCTCATGCGCAGGTTACTGGAAAAGAGCA
CCATATCTGGAAGGTCAATACTGGTCTGGAGTAGATATACTTACCTTGGT
GCATGGTCACCTGAAGGCTTCTCCTCCTCTCACTGGACGGGGAAACGGAA
GTCATGCAAACTTGTGGAGGTGACAGGGTCAGTGCTCTGTTCCTGATACT
GCTCGATTGAATCCTCAGGCCTCTTTCGTGCGATAATAAGCGCATAAAAA
CAACGAGTTCCCTGTAGAAAAGCGTGGCGAACAACACATTTTCAACATGG
CTTTAGAAGAACTGAGTCCGGCTCTGTCTCACGCCTTATCAGCCTTGGTC
TTGATTGCATTGCTGGCGGGGCTAGCCTTTCTACTTCAATCTTTATCACG
ACCACTATTCCGAGGCTATGAGTCCCTGCGTGTAGATAAGCCGAAGAAAA
CCGAGCTGAATCCCGTCTCCGAGGGTAGCGAGAACACTGTCCACAAGGAA
TCAGACTTTCCACAAAACTGGTGGACTGGCTCAGATGTCTTTGAGTTAGA
AAGACGGGCAATCTTCAGTAAAGTACTGTGCGCCTCGATTACTTCACTTC
TGCAAGCCTGGAGTCGGACGTGTTGCTCACCTAAAATCAATTAGAGATGG
CTATACCTTGCACACCGTAGTCGGTTCACCAAACCCGGCGACTACCATTC
ATTTGAAGTAGCCGGTATCCCGATCTTCTTGGTGCTAGGGAAAGATGATA
TCGTGCGAGCGTTCCATAACGTCTGCCGTCATAGAGCATACACGGTCACG
AGGAAGGAGTGCGGCTCCTCTATGATCCTCGGATGTCGGTATCATGGCTG
GAGCTATAACACCAAGGGACAGCTCATTAAGGCGCCTCACTTTGACAATG
TTCCGGGCTTTGACAAATCTCAGAATAGTTTATTTTCGATCCATACCACT
ACAGACCCTGCTGGGTTTATATTCGTAAATTTGGACGCATCTCCGACGCT
GTTGCCAATGCAAACAACGTCTCTCGATTACTTTGCAACCAGACACGGCA
TCGGACGACAGTCTACATGGCTGGGAGGTCAAACAGTGGAAGGCCAGTTC
AACTGGAAGATTGGCTGTGAGTTCCTTCCTCCTTTCCCTTCTTACAATGT
ATCTAATGTGTAATTGAAATCTCGGAATAAGTGAGGTTACAGAAATTCAT
CGACCACACAGAACTGGAGACCGAGTTCCCACAGCCAAAGTATAAAGCGC
TATTATTGAGCTTGTTCAACCAACCACGAATGCGCTCGGACGAAACAAGA
ATCTTTCCCTTTACTACGTTTCATACCGTCCACGGAGGGGTACTCTGGTA
CTCCTTGAGCTTCATTCCCATATCTGAGAGTAGCACCTCGGTTCGGATTG
ACTTATACTCCCATAAAGACATGAGCAGTCCGGCGCCTTCAGCAGCAGCA
GAAAGACTCTTCAGCAGATTGACTAAGCGCATTCAAGATTTGAAAGCCCA
GTTTCAGTCACATTCTGGGACTTCAACGTACGTTCTCAAAAGCAAAATTT
AGATAGAGAACTAAAACAACCACTTCTCTAGGCTCCCCACCTATATCACC
TCAGCATCAGACCCAGCTGATACAGGTAAGCTCCAACCCAAGAATCCCCT
TTATCCACACATCAGTCTTACCAACAACGCATCAGATGCGCAAAGCGAAA
TCCTCGAGGCCGTAAAGTCTCACGCCAAATTAGAAAAACAACTAGGAACC
GAAGTCTTCCCCGCTACGAGAAGGCCAAGAACCAATGCACGATTCGAGCA
GGCCGAACAAA

Coding sequence (CDS) from alignment at ACJE01000008.1:456555..459765+

>ASPNIDRAFT_130535-T1 ID=ASPNIDRAFT_130535-T1|Name=ASPNIDRAFT_130535-T1|organism=Aspergillus niger ATCC 1015|type=CDS|length=17397bp|location=Sequence derived from alignment at ACJE01000008.1:456555..459765+ (Aspergillus niger ATCC 1015)
ATGACAGAACTTATGCGCACTTTGCCAGCCTCCTGGTATTGCAGCCAGCC
TCTCTATCAGCTTGAAAGAAGGGCGGTATTCTTGAAATCATGGTATCTTG
TCGGTCCTGTCACCAGATTCTGTGATATAGGCGCCAAGGAGCGACCCCTA
AAGCACCACGTCACGCCAACAGGCCTCGTTTTCGCTACTCTCTCGGACGA
GGCGCCCAGCTTCCAGGAGTATTTCCCGGACTTGGAGCCACTACTCCAGA
GGGTGAACTTCACCAAGCTCCCCTACAGACACAGCATCAAATACGAGGGG
CGATTCAACTGGAAGACTATGTATTTGACACTCTACCTCCATATCGCAGA
TCCGGAAAAGCCTGATGATGGTCTATTCCTCTACTTCTTCCCCAATTGCA
CTCTAAACGTCTATGGTGGGGGAATGTCCTCGTTCCGAGTATGTCCAACA
GAAGATTCGAACGTGACGAGGATGGAGTTTGACTACTATCATATGGAGTC
TGGCGAGAAGTTTGACGAATACTTCAAATTTGTGCGGCAGGTGGCCATGG
AAGACTATGAACTATGTGAGAAGGCTCAAAACAACCTCACCAAAGGCATC
TATAGCGAAGGCATCCTCAACCCAGAAAAGGAGAGCGGTGTTTCATTCCC
TCGTGGCGAACAACACATTTTCAACATGGCTTTAGAAGAACTGAGTCCGG
CTCTGTCTCACGCCTTATCAGCCTTGGTCTTGATTGCATTGCTGGCGGGG
CTAGCCTTTCTACTTCAATCTTTATCACGACCACTATTCCGAGGCTATGA
GTCCCTGCGTGTAGATAAGCCGAAGAAAACCGAGCTGAATCCCGTCTCCG
AGGGTAGCGAGAACACTGTCCACAAGGAATCAGACTTTCCACAAAACTGG
TGGACTGGCTCAGATGTCTTTGAGTTAGAAAGACGGGCAATCTTCAGTAA
AAGATGGCTATACCTTGCACACCGTAGTCGGTTCACCAAACCCGGCGACT
ACCATTCATTTGAAGTAGCCGGTATCCCGATCTTCTTGGTGCTAGGGAAA
GATGATATCGTGCGAGCGTTCCATAACGTCTGCCGTCATAGAGCATACAC
GGTCACGAGGAAGGAGTGCGGCTCCTCTATGATCCTCGGATGTCGGTATC
ATGGCTGGAGCTATAACACCAAGGGACAGCTCATTAAGGCGCCTCACTTT
GACAATGTTCCGGGCTTTGACAAATCTCAGAATAGTTTATTTTCGATCCA
TACCACTACAGACCCTGCTGGGTTTATATTCGTAAATTTGGACGCATCTC
CGACGCTGTTGCCAATGCAAACAACGTCTCTCGATTACTTTGCAACCAGA
CACGGCATCGGACGACAGTCTACATGGCTGGGAGGTCAAACAGTGGAAGG
CCAGTTCAACTGGAAGATTGGCTGTGAGTTCCTTCCTCCTTTCCCTTCTT
ACAATGTATCTAATTATAAAGCGCTATTATTGAGCTTGTTCAACCAACCA
CGAATGCGCTCGGACGAAACAAGAATCTTTCCCTTTACTACGTTTCATAC
CGTCCACGGAGGGGTACTCTGGTACTCCTTGAGCTTCATTCCCATATCTG
AGAGTAGCACCTCGGTTCGGATTGACTTATACTCCCATAAAGACATGAGC
AGTCCGGCGCCTTCAGCAGCAGCAGAAAGACTCTTCAGCAGATTGACTAA
GCGCATTCAAGATTTGAAAGCCCAGTTTCAGTCACATTCTGGGACTTCAA
CGTACCTCCAACCCAAGAATCCCCTTTATCCACACATCAGTCTTACCAAC
AACGCATCAGATGCGCAAAGCGAAATCCTCGAGGCCGTAAAGTCTCACGC
CAAATTAGAAAAACAACTAGGAACCGAAGTCTTCCCCGCTACGAGAAGGC
CAAGAACCAATGCACGATTCGAGCAGGCCGAACATGACAGAACTTATGCG
CACTTTGCCAGCCTCCTGGTATTGCAGCCAGCCTCTCTATCAGCTTGAAA
GAAGGGCGGTATTCTTGAAATCATGGTATCTTGTCGGTCCTGTCACCAGA
TTCTGTGATATAGGCGCCAAGGAGCGACCCCTAAAGCACCACGTCACGCC
AACAGGCCTCGTTTTCGCTACTCTCTCGGACGAGGCGCCCAGCTTCCAGG
AGTATTTCCCGGACTTGGAGCCACTACTCCAGAGGGTGAACTTCACCAAG
CTCCCCTACAGACACAGCATCAAATACGAGGGGCGATTCAACTGGAAGAC
TATGTATTTGACACTCTACCTCCATATCGCAGATCCGGAAAAGCCTGATG
ATGGTCTATTCCTCTACTTCTTCCCCAATTGCACTCTAAACGTCTATGGT
GGGGGAATGTCCTCGTTCCGAGTATGTCCAACAGAAGATTCGAACGTGAC
GAGGATGGAGTTTGACTACTATCATATGGAGTCTGGCGAGAAGTTTGACG
AATACTTCAAATTTGTGCGGCAGGTGGCCATGGAAGACTATGAACTATGT
GAGAAGGCTCAAAACAACCTCACCAAAGGCATCTATAGCGAAGGCATCCT
CAACCCAGAAAAGGAGAGCGGTGTTTCATTCCCTCGTGGCGAACAACACA
TTTTCAACATGGCTTTAGAAGAACTGAGTCCGGCTCTGTCTCACGCCTTA
TCAGCCTTGGTCTTGATTGCATTGCTGGCGGGGCTAGCCTTTCTACTTCA
ATCTTTATCACGACCACTATTCCGAGGCTATGAGTCCCTGCGTGTAGATA
AGCCGAAGAAAACCGAGCTGAATCCCGTCTCCGAGGGTAGCGAGAACACT
GTCCACAAGGAATCAGACTTTCCACAAAACTGGTGGACTGGCTCAGATGT
CTTTGAGTTAGAAAGACGGGCAATCTTCAGTAAAAGATGGCTATACCTTG
CACACCGTAGTCGGTTCACCAAACCCGGCGACTACCATTCATTTGAAGTA
GCCGGTATCCCGATCTTCTTGGTGCTAGGGAAAGATGATATCGTGCGAGC
GTTCCATAACGTCTGCCGTCATAGAGCATACACGGTCACGAGGAAGGAGT
GCGGCTCCTCTATGATCCTCGGATGTCGGTATCATGGCTGGAGCTATAAC
ACCAAGGGACAGCTCATTAAGGCGCCTCACTTTGACAATGTTCCGGGCTT
TGACAAATCTCAGAATAGTTTATTTTCGATCCATACCACTACAGACCCTG
CTGGGTTTATATTCGTAAATTTGGACGCATCTCCGACGCTGTTGCCAATG
CAAACAACGTCTCTCGATTACTTTGCAACCAGACACGGCATCGGACGACA
GTCTACATGGCTGGGAGGTCAAACAGTGGAAGGCCAGTTCAACTGGAAGA
TTGGCTGTGAGTTCCTTCCTCCTTTCCCTTCTTACAATGTATCTAATTAT
AAAGCGCTATTATTGAGCTTGTTCAACCAACCACGAATGCGCTCGGACGA
AACAAGAATCTTTCCCTTTACTACGTTTCATACCGTCCACGGAGGGGTAC
TCTGGTACTCCTTGAGCTTCATTCCCATATCTGAGAGTAGCACCTCGGTT
CGGATTGACTTATACTCCCATAAAGACATGAGCAGTCCGGCGCCTTCAGC
AGCAGCAGAAAGACTCTTCAGCAGATTGACTAAGCGCATTCAAGATTTGA
AAGCCCAGTTTCAGTCACATTCTGGGACTTCAACGTACCTCCAACCCAAG
AATCCCCTTTATCCACACATCAGTCTTACCAACAACGCATCAGATGCGCA
AAGCGAAATCCTCGAGGCCGTAAAGTCTCACGCCAAATTAGAAAAACAAC
TAGGAACCGAAGTCTTCCCCGCTACGAGAAGGCCAAGAACCAATGCACGA
TTCGAGCAGGCCGAACATGACAGAACTTATGCGCACTTTGCCAGCCTCCT
GGTATTGCAGCCAGCCTCTCTATCAGCTTGAAAGAAGGGCGGTATTCTTG
AAATCATGGTATCTTGTCGGTCCTGTCACCAGATTCTGTGATATAGGCGC
CAAGGAGCGACCCCTAAAGCACCACGTCACGCCAACAGGCCTCGTTTTCG
CTACTCTCTCGGACGAGGCGCCCAGCTTCCAGGAGTATTTCCCGGACTTG
GAGCCACTACTCCAGAGGGTGAACTTCACCAAGCTCCCCTACAGACACAG
CATCAAATACGAGGGGCGATTCAACTGGAAGACTATGTATTTGACACTCT
ACCTCCATATCGCAGATCCGGAAAAGCCTGATGATGGTCTATTCCTCTAC
TTCTTCCCCAATTGCACTCTAAACGTCTATGGTGGGGGAATGTCCTCGTT
CCGAGTATGTCCAACAGAAGATTCGAACGTGACGAGGATGGAGTTTGACT
ACTATCATATGGAGTCTGGCGAGAAGTTTGACGAATACTTCAAATTTGTG
CGGCAGGTGGCCATGGAAGACTATGAACTATGTGAGAAGGCTCAAAACAA
CCTCACCAAAGGCATCTATAGCGAAGGCATCCTCAACCCAGAAAAGGAGA
GCGGTGTTTCATTCCCTCGTGGCGAACAACACATTTTCAACATGGCTTTA
GAAGAACTGAGTCCGGCTCTGTCTCACGCCTTATCAGCCTTGGTCTTGAT
TGCATTGCTGGCGGGGCTAGCCTTTCTACTTCAATCTTTATCACGACCAC
TATTCCGAGGCTATGAGTCCCTGCGTGTAGATAAGCCGAAGAAAACCGAG
CTGAATCCCGTCTCCGAGGGTAGCGAGAACACTGTCCACAAGGAATCAGA
CTTTCCACAAAACTGGTGGACTGGCTCAGATGTCTTTGAGTTAGAAAGAC
GGGCAATCTTCAGTAAAAGATGGCTATACCTTGCACACCGTAGTCGGTTC
ACCAAACCCGGCGACTACCATTCATTTGAAGTAGCCGGTATCCCGATCTT
CTTGGTGCTAGGGAAAGATGATATCGTGCGAGCGTTCCATAACGTCTGCC
GTCATAGAGCATACACGGTCACGAGGAAGGAGTGCGGCTCCTCTATGATC
CTCGGATGTCGGTATCATGGCTGGAGCTATAACACCAAGGGACAGCTCAT
TAAGGCGCCTCACTTTGACAATGTTCCGGGCTTTGACAAATCTCAGAATA
GTTTATTTTCGATCCATACCACTACAGACCCTGCTGGGTTTATATTCGTA
AATTTGGACGCATCTCCGACGCTGTTGCCAATGCAAACAACGTCTCTCGA
TTACTTTGCAACCAGACACGGCATCGGACGACAGTCTACATGGCTGGGAG
GTCAAACAGTGGAAGGCCAGTTCAACTGGAAGATTGGCTGTGAGTTCCTT
CCTCCTTTCCCTTCTTACAATGTATCTAATTATAAAGCGCTATTATTGAG
CTTGTTCAACCAACCACGAATGCGCTCGGACGAAACAAGAATCTTTCCCT
TTACTACGTTTCATACCGTCCACGGAGGGGTACTCTGGTACTCCTTGAGC
TTCATTCCCATATCTGAGAGTAGCACCTCGGTTCGGATTGACTTATACTC
CCATAAAGACATGAGCAGTCCGGCGCCTTCAGCAGCAGCAGAAAGACTCT
TCAGCAGATTGACTAAGCGCATTCAAGATTTGAAAGCCCAGTTTCAGTCA
CATTCTGGGACTTCAACGTACCTCCAACCCAAGAATCCCCTTTATCCACA
CATCAGTCTTACCAACAACGCATCAGATGCGCAAAGCGAAATCCTCGAGG
CCGTAAAGTCTCACGCCAAATTAGAAAAACAACTAGGAACCGAAGTCTTC
CCCGCTACGAGAAGGCCAAGAACCAATGCACGATTCGAGCAGGCCGAACA
TGACAGAACTTATGCGCACTTTGCCAGCCTCCTGGTATTGCAGCCAGCCT
CTCTATCAGCTTGAAAGAAGGGCGGTATTCTTGAAATCATGGTATCTTGT
CGGTCCTGTCACCAGATTCTGTGATATAGGCGCCAAGGAGCGACCCCTAA
AGCACCACGTCACGCCAACAGGCCTCGTTTTCGCTACTCTCTCGGACGAG
GCGCCCAGCTTCCAGGAGTATTTCCCGGACTTGGAGCCACTACTCCAGAG
GGTGAACTTCACCAAGCTCCCCTACAGACACAGCATCAAATACGAGGGGC
GATTCAACTGGAAGACTATGTATTTGACACTCTACCTCCATATCGCAGAT
CCGGAAAAGCCTGATGATGGTCTATTCCTCTACTTCTTCCCCAATTGCAC
TCTAAACGTCTATGGTGGGGGAATGTCCTCGTTCCGAGTATGTCCAACAG
AAGATTCGAACGTGACGAGGATGGAGTTTGACTACTATCATATGGAGTCT
GGCGAGAAGTTTGACGAATACTTCAAATTTGTGCGGCAGGTGGCCATGGA
AGACTATGAACTATGTGAGAAGGCTCAAAACAACCTCACCAAAGGCATCT
ATAGCGAAGGCATCCTCAACCCAGAAAAGGAGAGCGGTGTTTCATTCCCT
CGTGGCGAACAACACATTTTCAACATGGCTTTAGAAGAACTGAGTCCGGC
TCTGTCTCACGCCTTATCAGCCTTGGTCTTGATTGCATTGCTGGCGGGGC
TAGCCTTTCTACTTCAATCTTTATCACGACCACTATTCCGAGGCTATGAG
TCCCTGCGTGTAGATAAGCCGAAGAAAACCGAGCTGAATCCCGTCTCCGA
GGGTAGCGAGAACACTGTCCACAAGGAATCAGACTTTCCACAAAACTGGT
GGACTGGCTCAGATGTCTTTGAGTTAGAAAGACGGGCAATCTTCAGTAAA
AGATGGCTATACCTTGCACACCGTAGTCGGTTCACCAAACCCGGCGACTA
CCATTCATTTGAAGTAGCCGGTATCCCGATCTTCTTGGTGCTAGGGAAAG
ATGATATCGTGCGAGCGTTCCATAACGTCTGCCGTCATAGAGCATACACG
GTCACGAGGAAGGAGTGCGGCTCCTCTATGATCCTCGGATGTCGGTATCA
TGGCTGGAGCTATAACACCAAGGGACAGCTCATTAAGGCGCCTCACTTTG
ACAATGTTCCGGGCTTTGACAAATCTCAGAATAGTTTATTTTCGATCCAT
ACCACTACAGACCCTGCTGGGTTTATATTCGTAAATTTGGACGCATCTCC
GACGCTGTTGCCAATGCAAACAACGTCTCTCGATTACTTTGCAACCAGAC
ACGGCATCGGACGACAGTCTACATGGCTGGGAGGTCAAACAGTGGAAGGC
CAGTTCAACTGGAAGATTGGCTGTGAGTTCCTTCCTCCTTTCCCTTCTTA
CAATGTATCTAATTATAAAGCGCTATTATTGAGCTTGTTCAACCAACCAC
GAATGCGCTCGGACGAAACAAGAATCTTTCCCTTTACTACGTTTCATACC
GTCCACGGAGGGGTACTCTGGTACTCCTTGAGCTTCATTCCCATATCTGA
GAGTAGCACCTCGGTTCGGATTGACTTATACTCCCATAAAGACATGAGCA
GTCCGGCGCCTTCAGCAGCAGCAGAAAGACTCTTCAGCAGATTGACTAAG
CGCATTCAAGATTTGAAAGCCCAGTTTCAGTCACATTCTGGGACTTCAAC
GTACCTCCAACCCAAGAATCCCCTTTATCCACACATCAGTCTTACCAACA
ACGCATCAGATGCGCAAAGCGAAATCCTCGAGGCCGTAAAGTCTCACGCC
AAATTAGAAAAACAACTAGGAACCGAAGTCTTCCCCGCTACGAGAAGGCC
AAGAACCAATGCACGATTCGAGCAGGCCGAACATGACAGAACTTATGCGC
ACTTTGCCAGCCTCCTGGTATTGCAGCCAGCCTCTCTATCAGCTTGAAAG
AAGGGCGGTATTCTTGAAATCATGGTATCTTGTCGGTCCTGTCACCAGAT
TCTGTGATATAGGCGCCAAGGAGCGACCCCTAAAGCACCACGTCACGCCA
ACAGGCCTCGTTTTCGCTACTCTCTCGGACGAGGCGCCCAGCTTCCAGGA
GTATTTCCCGGACTTGGAGCCACTACTCCAGAGGGTGAACTTCACCAAGC
TCCCCTACAGACACAGCATCAAATACGAGGGGCGATTCAACTGGAAGACT
ATGTATTTGACACTCTACCTCCATATCGCAGATCCGGAAAAGCCTGATGA
TGGTCTATTCCTCTACTTCTTCCCCAATTGCACTCTAAACGTCTATGGTG
GGGGAATGTCCTCGTTCCGAGTATGTCCAACAGAAGATTCGAACGTGACG
AGGATGGAGTTTGACTACTATCATATGGAGTCTGGCGAGAAGTTTGACGA
ATACTTCAAATTTGTGCGGCAGGTGGCCATGGAAGACTATGAACTATGTG
AGAAGGCTCAAAACAACCTCACCAAAGGCATCTATAGCGAAGGCATCCTC
AACCCAGAAAAGGAGAGCGGTGTTTCATTCCCTCGTGGCGAACAACACAT
TTTCAACATGGCTTTAGAAGAACTGAGTCCGGCTCTGTCTCACGCCTTAT
CAGCCTTGGTCTTGATTGCATTGCTGGCGGGGCTAGCCTTTCTACTTCAA
TCTTTATCACGACCACTATTCCGAGGCTATGAGTCCCTGCGTGTAGATAA
GCCGAAGAAAACCGAGCTGAATCCCGTCTCCGAGGGTAGCGAGAACACTG
TCCACAAGGAATCAGACTTTCCACAAAACTGGTGGACTGGCTCAGATGTC
TTTGAGTTAGAAAGACGGGCAATCTTCAGTAAAAGATGGCTATACCTTGC
ACACCGTAGTCGGTTCACCAAACCCGGCGACTACCATTCATTTGAAGTAG
CCGGTATCCCGATCTTCTTGGTGCTAGGGAAAGATGATATCGTGCGAGCG
TTCCATAACGTCTGCCGTCATAGAGCATACACGGTCACGAGGAAGGAGTG
CGGCTCCTCTATGATCCTCGGATGTCGGTATCATGGCTGGAGCTATAACA
CCAAGGGACAGCTCATTAAGGCGCCTCACTTTGACAATGTTCCGGGCTTT
GACAAATCTCAGAATAGTTTATTTTCGATCCATACCACTACAGACCCTGC
TGGGTTTATATTCGTAAATTTGGACGCATCTCCGACGCTGTTGCCAATGC
AAACAACGTCTCTCGATTACTTTGCAACCAGACACGGCATCGGACGACAG
TCTACATGGCTGGGAGGTCAAACAGTGGAAGGCCAGTTCAACTGGAAGAT
TGGCTGTGAGTTCCTTCCTCCTTTCCCTTCTTACAATGTATCTAATTATA
AAGCGCTATTATTGAGCTTGTTCAACCAACCACGAATGCGCTCGGACGAA
ACAAGAATCTTTCCCTTTACTACGTTTCATACCGTCCACGGAGGGGTACT
CTGGTACTCCTTGAGCTTCATTCCCATATCTGAGAGTAGCACCTCGGTTC
GGATTGACTTATACTCCCATAAAGACATGAGCAGTCCGGCGCCTTCAGCA
GCAGCAGAAAGACTCTTCAGCAGATTGACTAAGCGCATTCAAGATTTGAA
AGCCCAGTTTCAGTCACATTCTGGGACTTCAACGTACCTCCAACCCAAGA
ATCCCCTTTATCCACACATCAGTCTTACCAACAACGCATCAGATGCGCAA
AGCGAAATCCTCGAGGCCGTAAAGTCTCACGCCAAATTAGAAAAACAACT
AGGAACCGAAGTCTTCCCCGCTACGAGAAGGCCAAGAACCAATGCACGAT
TCGAGCAGGCCGAACATGACAGAACTTATGCGCACTTTGCCAGCCTCCTG
GTATTGCAGCCAGCCTCTCTATCAGCTTGAAAGAAGGGCGGTATTCTTGA
AATCATGGTATCTTGTCGGTCCTGTCACCAGATTCTGTGATATAGGCGCC
AAGGAGCGACCCCTAAAGCACCACGTCACGCCAACAGGCCTCGTTTTCGC
TACTCTCTCGGACGAGGCGCCCAGCTTCCAGGAGTATTTCCCGGACTTGG
AGCCACTACTCCAGAGGGTGAACTTCACCAAGCTCCCCTACAGACACAGC
ATCAAATACGAGGGGCGATTCAACTGGAAGACTATGTATTTGACACTCTA
CCTCCATATCGCAGATCCGGAAAAGCCTGATGATGGTCTATTCCTCTACT
TCTTCCCCAATTGCACTCTAAACGTCTATGGTGGGGGAATGTCCTCGTTC
CGAGTATGTCCAACAGAAGATTCGAACGTGACGAGGATGGAGTTTGACTA
CTATCATATGGAGTCTGGCGAGAAGTTTGACGAATACTTCAAATTTGTGC
GGCAGGTGGCCATGGAAGACTATGAACTATGTGAGAAGGCTCAAAACAAC
CTCACCAAAGGCATCTATAGCGAAGGCATCCTCAACCCAGAAAAGGAGAG
CGGTGTTTCATTCCCTCGTGGCGAACAACACATTTTCAACATGGCTTTAG
AAGAACTGAGTCCGGCTCTGTCTCACGCCTTATCAGCCTTGGTCTTGATT
GCATTGCTGGCGGGGCTAGCCTTTCTACTTCAATCTTTATCACGACCACT
ATTCCGAGGCTATGAGTCCCTGCGTGTAGATAAGCCGAAGAAAACCGAGC
TGAATCCCGTCTCCGAGGGTAGCGAGAACACTGTCCACAAGGAATCAGAC
TTTCCACAAAACTGGTGGACTGGCTCAGATGTCTTTGAGTTAGAAAGACG
GGCAATCTTCAGTAAAAGATGGCTATACCTTGCACACCGTAGTCGGTTCA
CCAAACCCGGCGACTACCATTCATTTGAAGTAGCCGGTATCCCGATCTTC
TTGGTGCTAGGGAAAGATGATATCGTGCGAGCGTTCCATAACGTCTGCCG
TCATAGAGCATACACGGTCACGAGGAAGGAGTGCGGCTCCTCTATGATCC
TCGGATGTCGGTATCATGGCTGGAGCTATAACACCAAGGGACAGCTCATT
AAGGCGCCTCACTTTGACAATGTTCCGGGCTTTGACAAATCTCAGAATAG
TTTATTTTCGATCCATACCACTACAGACCCTGCTGGGTTTATATTCGTAA
ATTTGGACGCATCTCCGACGCTGTTGCCAATGCAAACAACGTCTCTCGAT
TACTTTGCAACCAGACACGGCATCGGACGACAGTCTACATGGCTGGGAGG
TCAAACAGTGGAAGGCCAGTTCAACTGGAAGATTGGCTGTGAGTTCCTTC
CTCCTTTCCCTTCTTACAATGTATCTAATTATAAAGCGCTATTATTGAGC
TTGTTCAACCAACCACGAATGCGCTCGGACGAAACAAGAATCTTTCCCTT
TACTACGTTTCATACCGTCCACGGAGGGGTACTCTGGTACTCCTTGAGCT
TCATTCCCATATCTGAGAGTAGCACCTCGGTTCGGATTGACTTATACTCC
CATAAAGACATGAGCAGTCCGGCGCCTTCAGCAGCAGCAGAAAGACTCTT
CAGCAGATTGACTAAGCGCATTCAAGATTTGAAAGCCCAGTTTCAGTCAC
ATTCTGGGACTTCAACGTACCTCCAACCCAAGAATCCCCTTTATCCACAC
ATCAGTCTTACCAACAACGCATCAGATGCGCAAAGCGAAATCCTCGAGGC
CGTAAAGTCTCACGCCAAATTAGAAAAACAACTAGGAACCGAAGTCTTCC
CCGCTACGAGAAGGCCAAGAACCAATGCACGATTCGAGCAGGCCGAACAT
GACAGAACTTATGCGCACTTTGCCAGCCTCCTGGTATTGCAGCCAGCCTC
TCTATCAGCTTGAAAGAAGGGCGGTATTCTTGAAATCATGGTATCTTGTC
GGTCCTGTCACCAGATTCTGTGATATAGGCGCCAAGGAGCGACCCCTAAA
GCACCACGTCACGCCAACAGGCCTCGTTTTCGCTACTCTCTCGGACGAGG
CGCCCAGCTTCCAGGAGTATTTCCCGGACTTGGAGCCACTACTCCAGAGG
GTGAACTTCACCAAGCTCCCCTACAGACACAGCATCAAATACGAGGGGCG
ATTCAACTGGAAGACTATGTATTTGACACTCTACCTCCATATCGCAGATC
CGGAAAAGCCTGATGATGGTCTATTCCTCTACTTCTTCCCCAATTGCACT
CTAAACGTCTATGGTGGGGGAATGTCCTCGTTCCGAGTATGTCCAACAGA
AGATTCGAACGTGACGAGGATGGAGTTTGACTACTATCATATGGAGTCTG
GCGAGAAGTTTGACGAATACTTCAAATTTGTGCGGCAGGTGGCCATGGAA
GACTATGAACTATGTGAGAAGGCTCAAAACAACCTCACCAAAGGCATCTA
TAGCGAAGGCATCCTCAACCCAGAAAAGGAGAGCGGTGTTTCATTCCCTC
GTGGCGAACAACACATTTTCAACATGGCTTTAGAAGAACTGAGTCCGGCT
CTGTCTCACGCCTTATCAGCCTTGGTCTTGATTGCATTGCTGGCGGGGCT
AGCCTTTCTACTTCAATCTTTATCACGACCACTATTCCGAGGCTATGAGT
CCCTGCGTGTAGATAAGCCGAAGAAAACCGAGCTGAATCCCGTCTCCGAG
GGTAGCGAGAACACTGTCCACAAGGAATCAGACTTTCCACAAAACTGGTG
GACTGGCTCAGATGTCTTTGAGTTAGAAAGACGGGCAATCTTCAGTAAAA
GATGGCTATACCTTGCACACCGTAGTCGGTTCACCAAACCCGGCGACTAC
CATTCATTTGAAGTAGCCGGTATCCCGATCTTCTTGGTGCTAGGGAAAGA
TGATATCGTGCGAGCGTTCCATAACGTCTGCCGTCATAGAGCATACACGG
TCACGAGGAAGGAGTGCGGCTCCTCTATGATCCTCGGATGTCGGTATCAT
GGCTGGAGCTATAACACCAAGGGACAGCTCATTAAGGCGCCTCACTTTGA
CAATGTTCCGGGCTTTGACAAATCTCAGAATAGTTTATTTTCGATCCATA
CCACTACAGACCCTGCTGGGTTTATATTCGTAAATTTGGACGCATCTCCG
ACGCTGTTGCCAATGCAAACAACGTCTCTCGATTACTTTGCAACCAGACA
CGGCATCGGACGACAGTCTACATGGCTGGGAGGTCAAACAGTGGAAGGCC
AGTTCAACTGGAAGATTGGCTGTGAGTTCCTTCCTCCTTTCCCTTCTTAC
AATGTATCTAATTATAAAGCGCTATTATTGAGCTTGTTCAACCAACCACG
AATGCGCTCGGACGAAACAAGAATCTTTCCCTTTACTACGTTTCATACCG
TCCACGGAGGGGTACTCTGGTACTCCTTGAGCTTCATTCCCATATCTGAG
AGTAGCACCTCGGTTCGGATTGACTTATACTCCCATAAAGACATGAGCAG
TCCGGCGCCTTCAGCAGCAGCAGAAAGACTCTTCAGCAGATTGACTAAGC
GCATTCAAGATTTGAAAGCCCAGTTTCAGTCACATTCTGGGACTTCAACG
TACCTCCAACCCAAGAATCCCCTTTATCCACACATCAGTCTTACCAACAA
CGCATCAGATGCGCAAAGCGAAATCCTCGAGGCCGTAAAGTCTCACGCCA
AATTAGAAAAACAACTAGGAACCGAAGTCTTCCCCGCTACGAGAAGGCCA
AGAACCAATGCACGATTCGAGCAGGCCGAACATGACAGAACTTATGCGCA
CTTTGCCAGCCTCCTGGTATTGCAGCCAGCCTCTCTATCAGCTTGAAAGA
AGGGCGGTATTCTTGAAATCATGGTATCTTGTCGGTCCTGTCACCAGATT
CTGTGATATAGGCGCCAAGGAGCGACCCCTAAAGCACCACGTCACGCCAA
CAGGCCTCGTTTTCGCTACTCTCTCGGACGAGGCGCCCAGCTTCCAGGAG
TATTTCCCGGACTTGGAGCCACTACTCCAGAGGGTGAACTTCACCAAGCT
CCCCTACAGACACAGCATCAAATACGAGGGGCGATTCAACTGGAAGACTA
TGTATTTGACACTCTACCTCCATATCGCAGATCCGGAAAAGCCTGATGAT
GGTCTATTCCTCTACTTCTTCCCCAATTGCACTCTAAACGTCTATGGTGG
GGGAATGTCCTCGTTCCGAGTATGTCCAACAGAAGATTCGAACGTGACGA
GGATGGAGTTTGACTACTATCATATGGAGTCTGGCGAGAAGTTTGACGAA
TACTTCAAATTTGTGCGGCAGGTGGCCATGGAAGACTATGAACTATGTGA
GAAGGCTCAAAACAACCTCACCAAAGGCATCTATAGCGAAGGCATCCTCA
ACCCAGAAAAGGAGAGCGGTGTTTCATTCCCTCGTGGCGAACAACACATT
TTCAACATGGCTTTAGAAGAACTGAGTCCGGCTCTGTCTCACGCCTTATC
AGCCTTGGTCTTGATTGCATTGCTGGCGGGGCTAGCCTTTCTACTTCAAT
CTTTATCACGACCACTATTCCGAGGCTATGAGTCCCTGCGTGTAGATAAG
CCGAAGAAAACCGAGCTGAATCCCGTCTCCGAGGGTAGCGAGAACACTGT
CCACAAGGAATCAGACTTTCCACAAAACTGGTGGACTGGCTCAGATGTCT
TTGAGTTAGAAAGACGGGCAATCTTCAGTAAAAGATGGCTATACCTTGCA
CACCGTAGTCGGTTCACCAAACCCGGCGACTACCATTCATTTGAAGTAGC
CGGTATCCCGATCTTCTTGGTGCTAGGGAAAGATGATATCGTGCGAGCGT
TCCATAACGTCTGCCGTCATAGAGCATACACGGTCACGAGGAAGGAGTGC
GGCTCCTCTATGATCCTCGGATGTCGGTATCATGGCTGGAGCTATAACAC
CAAGGGACAGCTCATTAAGGCGCCTCACTTTGACAATGTTCCGGGCTTTG
ACAAATCTCAGAATAGTTTATTTTCGATCCATACCACTACAGACCCTGCT
GGGTTTATATTCGTAAATTTGGACGCATCTCCGACGCTGTTGCCAATGCA
AACAACGTCTCTCGATTACTTTGCAACCAGACACGGCATCGGACGACAGT
CTACATGGCTGGGAGGTCAAACAGTGGAAGGCCAGTTCAACTGGAAGATT
GGCTGTGAGTTCCTTCCTCCTTTCCCTTCTTACAATGTATCTAATTATAA
AGCGCTATTATTGAGCTTGTTCAACCAACCACGAATGCGCTCGGACGAAA
CAAGAATCTTTCCCTTTACTACGTTTCATACCGTCCACGGAGGGGTACTC
TGGTACTCCTTGAGCTTCATTCCCATATCTGAGAGTAGCACCTCGGTTCG
GATTGACTTATACTCCCATAAAGACATGAGCAGTCCGGCGCCTTCAGCAG
CAGCAGAAAGACTCTTCAGCAGATTGACTAAGCGCATTCAAGATTTGAAA
GCCCAGTTTCAGTCACATTCTGGGACTTCAACGTACCTCCAACCCAAGAA
TCCCCTTTATCCACACATCAGTCTTACCAACAACGCATCAGATGCGCAAA
GCGAAATCCTCGAGGCCGTAAAGTCTCACGCCAAATTAGAAAAACAACTA
GGAACCGAAGTCTTCCCCGCTACGAGAAGGCCAAGAACCAATGCACGATT
CGAGCAGGCCGAACATGACAGAACTTATGCGCACTTTGCCAGCCTCCTGG
TATTGCAGCCAGCCTCTCTATCAGCTTGAAAGAAGGGCGGTATTCTTGAA
ATCATGGTATCTTGTCGGTCCTGTCACCAGATTCTGTGATATAGGCGCCA
AGGAGCGACCCCTAAAGCACCACGTCACGCCAACAGGCCTCGTTTTCGCT
ACTCTCTCGGACGAGGCGCCCAGCTTCCAGGAGTATTTCCCGGACTTGGA
GCCACTACTCCAGAGGGTGAACTTCACCAAGCTCCCCTACAGACACAGCA
TCAAATACGAGGGGCGATTCAACTGGAAGACTATGTATTTGACACTCTAC
CTCCATATCGCAGATCCGGAAAAGCCTGATGATGGTCTATTCCTCTACTT
CTTCCCCAATTGCACTCTAAACGTCTATGGTGGGGGAATGTCCTCGTTCC
GAGTATGTCCAACAGAAGATTCGAACGTGACGAGGATGGAGTTTGACTAC
TATCATATGGAGTCTGGCGAGAAGTTTGACGAATACTTCAAATTTGTGCG
GCAGGTGGCCATGGAAGACTATGAACTATGTGAGAAGGCTCAAAACAACC
TCACCAAAGGCATCTATAGCGAAGGCATCCTCAACCCAGAAAAGGAGAGC
GGTGTTTCATTCCCTCGTGGCGAACAACACATTTTCAACATGGCTTTAGA
AGAACTGAGTCCGGCTCTGTCTCACGCCTTATCAGCCTTGGTCTTGATTG
CATTGCTGGCGGGGCTAGCCTTTCTACTTCAATCTTTATCACGACCACTA
TTCCGAGGCTATGAGTCCCTGCGTGTAGATAAGCCGAAGAAAACCGAGCT
GAATCCCGTCTCCGAGGGTAGCGAGAACACTGTCCACAAGGAATCAGACT
TTCCACAAAACTGGTGGACTGGCTCAGATGTCTTTGAGTTAGAAAGACGG
GCAATCTTCAGTAAAAGATGGCTATACCTTGCACACCGTAGTCGGTTCAC
CAAACCCGGCGACTACCATTCATTTGAAGTAGCCGGTATCCCGATCTTCT
TGGTGCTAGGGAAAGATGATATCGTGCGAGCGTTCCATAACGTCTGCCGT
CATAGAGCATACACGGTCACGAGGAAGGAGTGCGGCTCCTCTATGATCCT
CGGATGTCGGTATCATGGCTGGAGCTATAACACCAAGGGACAGCTCATTA
AGGCGCCTCACTTTGACAATGTTCCGGGCTTTGACAAATCTCAGAATAGT
TTATTTTCGATCCATACCACTACAGACCCTGCTGGGTTTATATTCGTAAA
TTTGGACGCATCTCCGACGCTGTTGCCAATGCAAACAACGTCTCTCGATT
ACTTTGCAACCAGACACGGCATCGGACGACAGTCTACATGGCTGGGAGGT
CAAACAGTGGAAGGCCAGTTCAACTGGAAGATTGGCTGTGAGTTCCTTCC
TCCTTTCCCTTCTTACAATGTATCTAATTATAAAGCGCTATTATTGAGCT
TGTTCAACCAACCACGAATGCGCTCGGACGAAACAAGAATCTTTCCCTTT
ACTACGTTTCATACCGTCCACGGAGGGGTACTCTGGTACTCCTTGAGCTT
CATTCCCATATCTGAGAGTAGCACCTCGGTTCGGATTGACTTATACTCCC
ATAAAGACATGAGCAGTCCGGCGCCTTCAGCAGCAGCAGAAAGACTCTTC
AGCAGATTGACTAAGCGCATTCAAGATTTGAAAGCCCAGTTTCAGTCACA
TTCTGGGACTTCAACGTACCTCCAACCCAAGAATCCCCTTTATCCACACA
TCAGTCTTACCAACAACGCATCAGATGCGCAAAGCGAAATCCTCGAGGCC
GTAAAGTCTCACGCCAAATTAGAAAAACAACTAGGAACCGAAGTCTTCCC
CGCTACGAGAAGGCCAAGAACCAATGCACGATTCGAGCAGGCCGAAC

Annotated Terms

The following terms have been associated with this mRNA:

Vocabulary: **Biological Process**
Term	Definition
GO:0055114	oxidation-reduction process
GO:0044237	cellular metabolic process

Vocabulary: **Molecular Function**
Term	Definition
GO:0005506	iron ion binding
GO:0016491	oxidoreductase activity
GO:0051537	2 iron, 2 sulfur cluster binding

Relationships

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


Feature Name	Unique Name	Species	Type
ASPNIDRAFT_130535	ASPNIDRAFT_130535	Aspergillus niger ATCC 1015	gene

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


Feature Name	Unique Name	Species	Type
ASPNIDRAFT_130535-T1	ASPNIDRAFT_130535-T1-protein	Aspergillus niger ATCC 1015	polypeptide

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


Feature Name	Unique Name	Species	Type
ASPNIDRAFT_130535-T1.exon1	ASPNIDRAFT_130535-T1.exon1	Aspergillus niger ATCC 1015	exon
ASPNIDRAFT_130535-T1.exon2	ASPNIDRAFT_130535-T1.exon2	Aspergillus niger ATCC 1015	exon
ASPNIDRAFT_130535-T1.exon3	ASPNIDRAFT_130535-T1.exon3	Aspergillus niger ATCC 1015	exon
ASPNIDRAFT_130535-T1.exon4	ASPNIDRAFT_130535-T1.exon4	Aspergillus niger ATCC 1015	exon
ASPNIDRAFT_130535-T1.exon5	ASPNIDRAFT_130535-T1.exon5	Aspergillus niger ATCC 1015	exon
ASPNIDRAFT_130535-T1.exon6	ASPNIDRAFT_130535-T1.exon6	Aspergillus niger ATCC 1015	exon
ASPNIDRAFT_130535-T1.exon7	ASPNIDRAFT_130535-T1.exon7	Aspergillus niger ATCC 1015	exon
ASPNIDRAFT_130535-T1.exon8	ASPNIDRAFT_130535-T1.exon8	Aspergillus niger ATCC 1015	exon
ASPNIDRAFT_130535-T1.exon9	ASPNIDRAFT_130535-T1.exon9	Aspergillus niger ATCC 1015	exon

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


Feature Name	Unique Name	Species	Type
ASPNIDRAFT_130535-T1.cds	ASPNIDRAFT_130535-T1.cds	Aspergillus niger ATCC 1015	CDS

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


Feature Name	Unique Name	Species	Type
ASPNIDRAFT_130535-T1.utr3p1	ASPNIDRAFT_130535-T1.utr3p1	Aspergillus niger ATCC 1015	three_prime_UTR

Properties


Property Name	Value
Note	EggNog:ENOG41
DBxref	InterPro:IPR036922
DBxref	InterPro:IPR015879
DBxref	InterPro:IPR017941
DBxref	InterPro:IPR001663
DBxref	PFAM:PF00355
Product	hypothetical protein

Analyses

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


Analysis Name	Date Performed
Aspergillus niger ATCC 1015 whole genome analysis	2021-11-01

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
ACJE01000008.1	supercontig	ACJE01000008.1:456555..459765 +

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ASPNIDRAFT_130535-T1, ASPNIDRAFT_130535-T1 (mRNA) Aspergillus niger ATCC 1015

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ASPNIDRAFT_130535-T1, ASPNIDRAFT_130535-T1 (mRNA) Aspergillus niger ATCC 1015