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CAN33_45340-T1, CAN33_45340-T1 (mRNA) Aspergillus niger FDAARGOS_311

Overview
NameCAN33_45340-T1
Unique NameCAN33_45340-T1
TypemRNA
OrganismAspergillus niger FDAARGOS_311
Sequences
The following sequences are available for this feature:

mRNA from alignment at NKJJ01000022.1:1961805..1963940-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>CAN33_45340-T1 ID=CAN33_45340-T1|Name=CAN33_45340-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=2136bp|location=Sequence derived from alignment at NKJJ01000022.1:1961805..1963940- (Aspergillus niger FDAARGOS_311)
ATGGGTCCACCGTATGTTCCACCGTTGTCACACTTGAGGGAATGTCGTGA
CTAATATATCAACAGGGTGAGCGGAACACCGCTTTCATGGCAAGAGCTTC
AACAAGTTGCACCTATTGCTCGTCAAGGAGCCGTGGAGGTAAGTACATAA
TACCTTCTCGATGCATGTCGCTAACGGAGAAAGCAATTGCTATCTCTATG
GAAGAGGCAGAAAGATAGAAGCGATTTGGAGCCACTTTGGGGTGACGAGG
TTTGACATCACTTGCTCTGATTGTATTGCCGGAGATGCTGACTCGACAGA
TTGAATATACCCTGGTCAGCCTCGATGCGGACAGTTCGCGAGCAACACTG
CTTCTTAACCAAGAAGATATTTTACGGAAAGAGGAGAGCCAATGCTCTAG
TGCTGAAGAGGTGTAAGTATTTAGTAAGCATTCAAAGACAGGATACTGAG
ACATGGTAGTGAACCCTGGAACGAAGTTAAGTTACAGGCGGAATGGGCTC
GACATATGGTAGAAGCAACTCCAGGAGAGCCGTACGGGGGAGATGTCATG
GATTTACTCAGGGTTGAAGGCAACATGAAGCGACGGTATGTTGTTCTCTT
TGCAAGTAGGCCTATTATTGACTTCTTTAGACGGAAATTGATCGGACAAT
TCCTATCGCCCGACCAACACCCTGTACCATTATGTGTATTCCCCGGCCTA
GGTGAAAAGGGGCAGTTTACACTCCCAGAAAGTCCGGATGAGACCTCTCT
TGAACAAATCTGCTGTCCCATACCACGCTATATAATGATGACACAGAACT
TGCTGGCACGCCGACAACGGCGTGTTGAGAGCTACATCCCAGTCTTCCGG
GATGAGCAGACAAAAACACCTTTTCATGACAATTCTGTGTCATTTGAATA
CCCCGCAGAACATCCCCCGGGTAATGGAAAGGAGGGTCATGTACATCTGG
ATGGGATTGGTCTCGGGGTCGGGAATTGCTGCATTCAAGTTACGTTCCAG
GCTCCCAATGAGATTGAAGCCCGATGGTTGCATGACCAAATGATCGCATT
GGGGCCGGTCATGCTAGCACTTACCGCTGCGACGCCGATATACAAGGGCT
ACCTGGTAGATACAGAAGTGCGCTGGGGCCGAACCTCTGAATGCTTTGAC
GATCGCACACCGGAAGAATTAGCCACCACGGTATTATGCACACACCCTAT
AGTTCCTTGGCTTAACTAACTCATGCAATGTAGCCACCACGTTATTCTTG
GAACCGCACATACATCTCGCAAGAGAAGCCAGCCAATATGGAAAGCAAAT
ACCCGCTGACTCCTATGAACGAGTCGGTTAAACAACGCTTACTAGATGGC
GGCATGGATGAACCTTTGGCGATGCATTATGCCACTATTCTCTCACGGGA
CCCAATTGTGCTCAACCGAACAGACCTGGAAAACTTTGATCTAAATGGTA
CTGGCATATTTGATGTCTACTACAGCACTGTATGGCAACACGTCCGACTC
AAAATCCCCTTGACCGACGACGGACCCGGCTGGCGGGTGGAGTTCCGGCC
GATGGAAGTACAGTTGACCGATTTCGACAACGCTGCTTTCGCAATCTTTA
TGTACCTTCTTTCTCGAGCCATAACGGACCTTCACCTGAACTTCTACGTG
CCTATCGACCAGTTGGGAGATTCCATGGAACGCGCGCAGAAGCGTAATGC
TGCCCTCGAAGAGCGCTTCTGGTTCCGTCGGACCGGATGGTCATCCGCAG
AGCAGTGCGAGCGTCCACAGCGTCAGCGAAGAGGCTGCGTCAACTGCTGT
TCAAAGTCGACTGCACATGCATCACCATCATGTGCTCTCCTTACCGCGGA
TGAGATCATCAATGGCGAGGATCCAAAGGACCCCTCCAGCTTCCCTGGAC
TGGTGAACATCGTACGCGCTTATCTTCAGTACAATAACACGCCTATGATG
GAGCAAAAGAAGATCATGCCCTACCTGGATGTGATCAGTAAGCGAGCAAG
CGGGGAGCTTCCGACCCCAGCTCAATGGATGCGCTCGTTTGTCACCGGAC
ACGAGGAGTACCAGCGAGACAGCTACGTGAATGAGAAGATCCGTTATGAC
CTGATCCAGGAGATTGTTCGGATGGAAGACTCATGA
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Coding sequence (CDS) from alignment at NKJJ01000022.1:1961805..1963940-

>CAN33_45340-T1 ID=CAN33_45340-T1|Name=CAN33_45340-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=12894bp|location=Sequence derived from alignment at NKJJ01000022.1:1961805..1963940- (Aspergillus niger FDAARGOS_311)
CCACCACGTTATTCTTGGAACCGCACATACATCTCGCAAGAGAAGCCAGC
CAATATGGAAAGCAAATACCCGCTGACTCCTATGAACGAGTCGGTTAAAC
AACGCTTACTAGATGGCGGCATGGATGAACCTTTGGCGATGCATTATGCC
ACTATTCTCTCACGGGACCCAATTGTGCTCAACCGAACAGACCTGGAAAA
CTTTGATCTAAATGGTACTGGCATATTTGATGTCTACTACAGCACTGTAT
GGCAACACGTCCGACTCAAAATCCCCTTGACCGACGACGGACCCGGCTGG
CGGGTGGAGTTCCGGCCGATGGAAGTACAGTTGACCGATTTCGACAACGC
TGCTTTCGCAATCTTTATGTACCTTCTTTCTCGAGCCATAACGGACCTTC
ACCTGAACTTCTACGTGCCTATCGACCAGTTGGGAGATTCCATGGAACGC
GCGCAGAAGCGTAATGCTGCCCTCGAAGAGCGCTTCTGGTTCCGTCGGAC
CGGATGGTCATCCGCAGAGCAGTGCGAGCGTCCACAGCGTCAGCGAAGAG
GCTGCGTCAACTGCTGTTCAAAGTCGACTGCACATGCATCACCATCATGT
GCTCTCCTTACCGCGGATGAGATCATCAATGGCGAGGATCCAAAGGACCC
CTCCAGCTTCCCTGGACTGGTGAACATCGTACGCGCTTATCTTCAGTACA
ATAACACGCCTATGATGGAGCAAAAGAAGATCATGCCCTACCTGGATGTG
ATCAGTAAGCGAGCAAGCGGGGAGCTTCCGACCCCAGCTCAATGGATGCG
CTCGTTTGTCACCGGACACGAGGAGTACCAGCGAGACAGCTACGTGAATG
AGAAGATCCGTTATGACCTGATCCAGGAGATTGTTCGGATGGAAGACTCA
TGAACGGAAATTGATCGGACAATTCCTATCGCCCGACCAACACCCTGTAC
CATTATGTGTATTCCCCGGCCTAGGTGAAAAGGGGCAGTTTACACTCCCA
GAAAGTCCGGATGAGACCTCTCTTGAACAAATCTGCTGTCCCATACCACG
CTATATAATGATGACACAGAACTTGCTGGCACGCCGACAACGGCGTGTTG
AGAGCTACATCCCAGTCTTCCGGGATGAGCAGACAAAAACACCTTTTCAT
GACAATTCTGTGTCATTTGAATACCCCGCAGAACATCCCCCGGGTAATGG
AAAGGAGGGTCATGTACATCTGGATGGGATTGGTCTCGGGGTCGGGAATT
GCTGCATTCAAGTTACGTTCCAGGCTCCCAATGAGATTGAAGCCCGATGG
TTGCATGACCAAATGATCGCATTGGGGCCGGTCATGCTAGCACTTACCGC
TGCGACGCCGATATACAAGGGCTACCTGGTAGATACAGAAGTGCGCTGGG
GCCGAACCTCTGAATGCTTTGACGATCGCACACCGGAAGAATTAGCCACC
ACGTGAACCCTGGAACGAAGTTAAGTTACAGGCGGAATGGGCTCGACATA
TGGTAGAAGCAACTCCAGGAGAGCCGTACGGGGGAGATGTCATGGATTTA
CTCAGGGTTGAAGGCAACATGAAGCGACGATTGAATATACCCTGGTCAGC
CTCGATGCGGACAGTTCGCGAGCAACACTGCTTCTTAACCAAGAAGATAT
TTTACGGAAAGAGGAGAGCCAATGCTCTAGTGCTGAAGAGGTCAATTGCT
ATCTCTATGGAAGAGGCAGAAAGATAGAAGCGATTTGGAGCCACTTTGGG
GTGACGAGGGTGAGCGGAACACCGCTTTCATGGCAAGAGCTTCAACAAGT
TGCACCTATTGCTCGTCAAGGAGCCGTGGAGATGGGTCCACCCCACCACG
TTATTCTTGGAACCGCACATACATCTCGCAAGAGAAGCCAGCCAATATGG
AAAGCAAATACCCGCTGACTCCTATGAACGAGTCGGTTAAACAACGCTTA
CTAGATGGCGGCATGGATGAACCTTTGGCGATGCATTATGCCACTATTCT
CTCACGGGACCCAATTGTGCTCAACCGAACAGACCTGGAAAACTTTGATC
TAAATGGTACTGGCATATTTGATGTCTACTACAGCACTGTATGGCAACAC
GTCCGACTCAAAATCCCCTTGACCGACGACGGACCCGGCTGGCGGGTGGA
GTTCCGGCCGATGGAAGTACAGTTGACCGATTTCGACAACGCTGCTTTCG
CAATCTTTATGTACCTTCTTTCTCGAGCCATAACGGACCTTCACCTGAAC
TTCTACGTGCCTATCGACCAGTTGGGAGATTCCATGGAACGCGCGCAGAA
GCGTAATGCTGCCCTCGAAGAGCGCTTCTGGTTCCGTCGGACCGGATGGT
CATCCGCAGAGCAGTGCGAGCGTCCACAGCGTCAGCGAAGAGGCTGCGTC
AACTGCTGTTCAAAGTCGACTGCACATGCATCACCATCATGTGCTCTCCT
TACCGCGGATGAGATCATCAATGGCGAGGATCCAAAGGACCCCTCCAGCT
TCCCTGGACTGGTGAACATCGTACGCGCTTATCTTCAGTACAATAACACG
CCTATGATGGAGCAAAAGAAGATCATGCCCTACCTGGATGTGATCAGTAA
GCGAGCAAGCGGGGAGCTTCCGACCCCAGCTCAATGGATGCGCTCGTTTG
TCACCGGACACGAGGAGTACCAGCGAGACAGCTACGTGAATGAGAAGATC
CGTTATGACCTGATCCAGGAGATTGTTCGGATGGAAGACTCATGAACGGA
AATTGATCGGACAATTCCTATCGCCCGACCAACACCCTGTACCATTATGT
GTATTCCCCGGCCTAGGTGAAAAGGGGCAGTTTACACTCCCAGAAAGTCC
GGATGAGACCTCTCTTGAACAAATCTGCTGTCCCATACCACGCTATATAA
TGATGACACAGAACTTGCTGGCACGCCGACAACGGCGTGTTGAGAGCTAC
ATCCCAGTCTTCCGGGATGAGCAGACAAAAACACCTTTTCATGACAATTC
TGTGTCATTTGAATACCCCGCAGAACATCCCCCGGGTAATGGAAAGGAGG
GTCATGTACATCTGGATGGGATTGGTCTCGGGGTCGGGAATTGCTGCATT
CAAGTTACGTTCCAGGCTCCCAATGAGATTGAAGCCCGATGGTTGCATGA
CCAAATGATCGCATTGGGGCCGGTCATGCTAGCACTTACCGCTGCGACGC
CGATATACAAGGGCTACCTGGTAGATACAGAAGTGCGCTGGGGCCGAACC
TCTGAATGCTTTGACGATCGCACACCGGAAGAATTAGCCACCACGTGAAC
CCTGGAACGAAGTTAAGTTACAGGCGGAATGGGCTCGACATATGGTAGAA
GCAACTCCAGGAGAGCCGTACGGGGGAGATGTCATGGATTTACTCAGGGT
TGAAGGCAACATGAAGCGACGATTGAATATACCCTGGTCAGCCTCGATGC
GGACAGTTCGCGAGCAACACTGCTTCTTAACCAAGAAGATATTTTACGGA
AAGAGGAGAGCCAATGCTCTAGTGCTGAAGAGGTCAATTGCTATCTCTAT
GGAAGAGGCAGAAAGATAGAAGCGATTTGGAGCCACTTTGGGGTGACGAG
GGTGAGCGGAACACCGCTTTCATGGCAAGAGCTTCAACAAGTTGCACCTA
TTGCTCGTCAAGGAGCCGTGGAGATGGGTCCACCCCACCACGTTATTCTT
GGAACCGCACATACATCTCGCAAGAGAAGCCAGCCAATATGGAAAGCAAA
TACCCGCTGACTCCTATGAACGAGTCGGTTAAACAACGCTTACTAGATGG
CGGCATGGATGAACCTTTGGCGATGCATTATGCCACTATTCTCTCACGGG
ACCCAATTGTGCTCAACCGAACAGACCTGGAAAACTTTGATCTAAATGGT
ACTGGCATATTTGATGTCTACTACAGCACTGTATGGCAACACGTCCGACT
CAAAATCCCCTTGACCGACGACGGACCCGGCTGGCGGGTGGAGTTCCGGC
CGATGGAAGTACAGTTGACCGATTTCGACAACGCTGCTTTCGCAATCTTT
ATGTACCTTCTTTCTCGAGCCATAACGGACCTTCACCTGAACTTCTACGT
GCCTATCGACCAGTTGGGAGATTCCATGGAACGCGCGCAGAAGCGTAATG
CTGCCCTCGAAGAGCGCTTCTGGTTCCGTCGGACCGGATGGTCATCCGCA
GAGCAGTGCGAGCGTCCACAGCGTCAGCGAAGAGGCTGCGTCAACTGCTG
TTCAAAGTCGACTGCACATGCATCACCATCATGTGCTCTCCTTACCGCGG
ATGAGATCATCAATGGCGAGGATCCAAAGGACCCCTCCAGCTTCCCTGGA
CTGGTGAACATCGTACGCGCTTATCTTCAGTACAATAACACGCCTATGAT
GGAGCAAAAGAAGATCATGCCCTACCTGGATGTGATCAGTAAGCGAGCAA
GCGGGGAGCTTCCGACCCCAGCTCAATGGATGCGCTCGTTTGTCACCGGA
CACGAGGAGTACCAGCGAGACAGCTACGTGAATGAGAAGATCCGTTATGA
CCTGATCCAGGAGATTGTTCGGATGGAAGACTCATGAACGGAAATTGATC
GGACAATTCCTATCGCCCGACCAACACCCTGTACCATTATGTGTATTCCC
CGGCCTAGGTGAAAAGGGGCAGTTTACACTCCCAGAAAGTCCGGATGAGA
CCTCTCTTGAACAAATCTGCTGTCCCATACCACGCTATATAATGATGACA
CAGAACTTGCTGGCACGCCGACAACGGCGTGTTGAGAGCTACATCCCAGT
CTTCCGGGATGAGCAGACAAAAACACCTTTTCATGACAATTCTGTGTCAT
TTGAATACCCCGCAGAACATCCCCCGGGTAATGGAAAGGAGGGTCATGTA
CATCTGGATGGGATTGGTCTCGGGGTCGGGAATTGCTGCATTCAAGTTAC
GTTCCAGGCTCCCAATGAGATTGAAGCCCGATGGTTGCATGACCAAATGA
TCGCATTGGGGCCGGTCATGCTAGCACTTACCGCTGCGACGCCGATATAC
AAGGGCTACCTGGTAGATACAGAAGTGCGCTGGGGCCGAACCTCTGAATG
CTTTGACGATCGCACACCGGAAGAATTAGCCACCACGTGAACCCTGGAAC
GAAGTTAAGTTACAGGCGGAATGGGCTCGACATATGGTAGAAGCAACTCC
AGGAGAGCCGTACGGGGGAGATGTCATGGATTTACTCAGGGTTGAAGGCA
ACATGAAGCGACGATTGAATATACCCTGGTCAGCCTCGATGCGGACAGTT
CGCGAGCAACACTGCTTCTTAACCAAGAAGATATTTTACGGAAAGAGGAG
AGCCAATGCTCTAGTGCTGAAGAGGTCAATTGCTATCTCTATGGAAGAGG
CAGAAAGATAGAAGCGATTTGGAGCCACTTTGGGGTGACGAGGGTGAGCG
GAACACCGCTTTCATGGCAAGAGCTTCAACAAGTTGCACCTATTGCTCGT
CAAGGAGCCGTGGAGATGGGTCCACCCCACCACGTTATTCTTGGAACCGC
ACATACATCTCGCAAGAGAAGCCAGCCAATATGGAAAGCAAATACCCGCT
GACTCCTATGAACGAGTCGGTTAAACAACGCTTACTAGATGGCGGCATGG
ATGAACCTTTGGCGATGCATTATGCCACTATTCTCTCACGGGACCCAATT
GTGCTCAACCGAACAGACCTGGAAAACTTTGATCTAAATGGTACTGGCAT
ATTTGATGTCTACTACAGCACTGTATGGCAACACGTCCGACTCAAAATCC
CCTTGACCGACGACGGACCCGGCTGGCGGGTGGAGTTCCGGCCGATGGAA
GTACAGTTGACCGATTTCGACAACGCTGCTTTCGCAATCTTTATGTACCT
TCTTTCTCGAGCCATAACGGACCTTCACCTGAACTTCTACGTGCCTATCG
ACCAGTTGGGAGATTCCATGGAACGCGCGCAGAAGCGTAATGCTGCCCTC
GAAGAGCGCTTCTGGTTCCGTCGGACCGGATGGTCATCCGCAGAGCAGTG
CGAGCGTCCACAGCGTCAGCGAAGAGGCTGCGTCAACTGCTGTTCAAAGT
CGACTGCACATGCATCACCATCATGTGCTCTCCTTACCGCGGATGAGATC
ATCAATGGCGAGGATCCAAAGGACCCCTCCAGCTTCCCTGGACTGGTGAA
CATCGTACGCGCTTATCTTCAGTACAATAACACGCCTATGATGGAGCAAA
AGAAGATCATGCCCTACCTGGATGTGATCAGTAAGCGAGCAAGCGGGGAG
CTTCCGACCCCAGCTCAATGGATGCGCTCGTTTGTCACCGGACACGAGGA
GTACCAGCGAGACAGCTACGTGAATGAGAAGATCCGTTATGACCTGATCC
AGGAGATTGTTCGGATGGAAGACTCATGAACGGAAATTGATCGGACAATT
CCTATCGCCCGACCAACACCCTGTACCATTATGTGTATTCCCCGGCCTAG
GTGAAAAGGGGCAGTTTACACTCCCAGAAAGTCCGGATGAGACCTCTCTT
GAACAAATCTGCTGTCCCATACCACGCTATATAATGATGACACAGAACTT
GCTGGCACGCCGACAACGGCGTGTTGAGAGCTACATCCCAGTCTTCCGGG
ATGAGCAGACAAAAACACCTTTTCATGACAATTCTGTGTCATTTGAATAC
CCCGCAGAACATCCCCCGGGTAATGGAAAGGAGGGTCATGTACATCTGGA
TGGGATTGGTCTCGGGGTCGGGAATTGCTGCATTCAAGTTACGTTCCAGG
CTCCCAATGAGATTGAAGCCCGATGGTTGCATGACCAAATGATCGCATTG
GGGCCGGTCATGCTAGCACTTACCGCTGCGACGCCGATATACAAGGGCTA
CCTGGTAGATACAGAAGTGCGCTGGGGCCGAACCTCTGAATGCTTTGACG
ATCGCACACCGGAAGAATTAGCCACCACGTGAACCCTGGAACGAAGTTAA
GTTACAGGCGGAATGGGCTCGACATATGGTAGAAGCAACTCCAGGAGAGC
CGTACGGGGGAGATGTCATGGATTTACTCAGGGTTGAAGGCAACATGAAG
CGACGATTGAATATACCCTGGTCAGCCTCGATGCGGACAGTTCGCGAGCA
ACACTGCTTCTTAACCAAGAAGATATTTTACGGAAAGAGGAGAGCCAATG
CTCTAGTGCTGAAGAGGTCAATTGCTATCTCTATGGAAGAGGCAGAAAGA
TAGAAGCGATTTGGAGCCACTTTGGGGTGACGAGGGTGAGCGGAACACCG
CTTTCATGGCAAGAGCTTCAACAAGTTGCACCTATTGCTCGTCAAGGAGC
CGTGGAGATGGGTCCACCCCACCACGTTATTCTTGGAACCGCACATACAT
CTCGCAAGAGAAGCCAGCCAATATGGAAAGCAAATACCCGCTGACTCCTA
TGAACGAGTCGGTTAAACAACGCTTACTAGATGGCGGCATGGATGAACCT
TTGGCGATGCATTATGCCACTATTCTCTCACGGGACCCAATTGTGCTCAA
CCGAACAGACCTGGAAAACTTTGATCTAAATGGTACTGGCATATTTGATG
TCTACTACAGCACTGTATGGCAACACGTCCGACTCAAAATCCCCTTGACC
GACGACGGACCCGGCTGGCGGGTGGAGTTCCGGCCGATGGAAGTACAGTT
GACCGATTTCGACAACGCTGCTTTCGCAATCTTTATGTACCTTCTTTCTC
GAGCCATAACGGACCTTCACCTGAACTTCTACGTGCCTATCGACCAGTTG
GGAGATTCCATGGAACGCGCGCAGAAGCGTAATGCTGCCCTCGAAGAGCG
CTTCTGGTTCCGTCGGACCGGATGGTCATCCGCAGAGCAGTGCGAGCGTC
CACAGCGTCAGCGAAGAGGCTGCGTCAACTGCTGTTCAAAGTCGACTGCA
CATGCATCACCATCATGTGCTCTCCTTACCGCGGATGAGATCATCAATGG
CGAGGATCCAAAGGACCCCTCCAGCTTCCCTGGACTGGTGAACATCGTAC
GCGCTTATCTTCAGTACAATAACACGCCTATGATGGAGCAAAAGAAGATC
ATGCCCTACCTGGATGTGATCAGTAAGCGAGCAAGCGGGGAGCTTCCGAC
CCCAGCTCAATGGATGCGCTCGTTTGTCACCGGACACGAGGAGTACCAGC
GAGACAGCTACGTGAATGAGAAGATCCGTTATGACCTGATCCAGGAGATT
GTTCGGATGGAAGACTCATGAACGGAAATTGATCGGACAATTCCTATCGC
CCGACCAACACCCTGTACCATTATGTGTATTCCCCGGCCTAGGTGAAAAG
GGGCAGTTTACACTCCCAGAAAGTCCGGATGAGACCTCTCTTGAACAAAT
CTGCTGTCCCATACCACGCTATATAATGATGACACAGAACTTGCTGGCAC
GCCGACAACGGCGTGTTGAGAGCTACATCCCAGTCTTCCGGGATGAGCAG
ACAAAAACACCTTTTCATGACAATTCTGTGTCATTTGAATACCCCGCAGA
ACATCCCCCGGGTAATGGAAAGGAGGGTCATGTACATCTGGATGGGATTG
GTCTCGGGGTCGGGAATTGCTGCATTCAAGTTACGTTCCAGGCTCCCAAT
GAGATTGAAGCCCGATGGTTGCATGACCAAATGATCGCATTGGGGCCGGT
CATGCTAGCACTTACCGCTGCGACGCCGATATACAAGGGCTACCTGGTAG
ATACAGAAGTGCGCTGGGGCCGAACCTCTGAATGCTTTGACGATCGCACA
CCGGAAGAATTAGCCACCACGTGAACCCTGGAACGAAGTTAAGTTACAGG
CGGAATGGGCTCGACATATGGTAGAAGCAACTCCAGGAGAGCCGTACGGG
GGAGATGTCATGGATTTACTCAGGGTTGAAGGCAACATGAAGCGACGATT
GAATATACCCTGGTCAGCCTCGATGCGGACAGTTCGCGAGCAACACTGCT
TCTTAACCAAGAAGATATTTTACGGAAAGAGGAGAGCCAATGCTCTAGTG
CTGAAGAGGTCAATTGCTATCTCTATGGAAGAGGCAGAAAGATAGAAGCG
ATTTGGAGCCACTTTGGGGTGACGAGGGTGAGCGGAACACCGCTTTCATG
GCAAGAGCTTCAACAAGTTGCACCTATTGCTCGTCAAGGAGCCGTGGAGA
TGGGTCCACCCCACCACGTTATTCTTGGAACCGCACATACATCTCGCAAG
AGAAGCCAGCCAATATGGAAAGCAAATACCCGCTGACTCCTATGAACGAG
TCGGTTAAACAACGCTTACTAGATGGCGGCATGGATGAACCTTTGGCGAT
GCATTATGCCACTATTCTCTCACGGGACCCAATTGTGCTCAACCGAACAG
ACCTGGAAAACTTTGATCTAAATGGTACTGGCATATTTGATGTCTACTAC
AGCACTGTATGGCAACACGTCCGACTCAAAATCCCCTTGACCGACGACGG
ACCCGGCTGGCGGGTGGAGTTCCGGCCGATGGAAGTACAGTTGACCGATT
TCGACAACGCTGCTTTCGCAATCTTTATGTACCTTCTTTCTCGAGCCATA
ACGGACCTTCACCTGAACTTCTACGTGCCTATCGACCAGTTGGGAGATTC
CATGGAACGCGCGCAGAAGCGTAATGCTGCCCTCGAAGAGCGCTTCTGGT
TCCGTCGGACCGGATGGTCATCCGCAGAGCAGTGCGAGCGTCCACAGCGT
CAGCGAAGAGGCTGCGTCAACTGCTGTTCAAAGTCGACTGCACATGCATC
ACCATCATGTGCTCTCCTTACCGCGGATGAGATCATCAATGGCGAGGATC
CAAAGGACCCCTCCAGCTTCCCTGGACTGGTGAACATCGTACGCGCTTAT
CTTCAGTACAATAACACGCCTATGATGGAGCAAAAGAAGATCATGCCCTA
CCTGGATGTGATCAGTAAGCGAGCAAGCGGGGAGCTTCCGACCCCAGCTC
AATGGATGCGCTCGTTTGTCACCGGACACGAGGAGTACCAGCGAGACAGC
TACGTGAATGAGAAGATCCGTTATGACCTGATCCAGGAGATTGTTCGGAT
GGAAGACTCATGAACGGAAATTGATCGGACAATTCCTATCGCCCGACCAA
CACCCTGTACCATTATGTGTATTCCCCGGCCTAGGTGAAAAGGGGCAGTT
TACACTCCCAGAAAGTCCGGATGAGACCTCTCTTGAACAAATCTGCTGTC
CCATACCACGCTATATAATGATGACACAGAACTTGCTGGCACGCCGACAA
CGGCGTGTTGAGAGCTACATCCCAGTCTTCCGGGATGAGCAGACAAAAAC
ACCTTTTCATGACAATTCTGTGTCATTTGAATACCCCGCAGAACATCCCC
CGGGTAATGGAAAGGAGGGTCATGTACATCTGGATGGGATTGGTCTCGGG
GTCGGGAATTGCTGCATTCAAGTTACGTTCCAGGCTCCCAATGAGATTGA
AGCCCGATGGTTGCATGACCAAATGATCGCATTGGGGCCGGTCATGCTAG
CACTTACCGCTGCGACGCCGATATACAAGGGCTACCTGGTAGATACAGAA
GTGCGCTGGGGCCGAACCTCTGAATGCTTTGACGATCGCACACCGGAAGA
ATTAGCCACCACGTGAACCCTGGAACGAAGTTAAGTTACAGGCGGAATGG
GCTCGACATATGGTAGAAGCAACTCCAGGAGAGCCGTACGGGGGAGATGT
CATGGATTTACTCAGGGTTGAAGGCAACATGAAGCGACGATTGAATATAC
CCTGGTCAGCCTCGATGCGGACAGTTCGCGAGCAACACTGCTTCTTAACC
AAGAAGATATTTTACGGAAAGAGGAGAGCCAATGCTCTAGTGCTGAAGAG
GTCAATTGCTATCTCTATGGAAGAGGCAGAAAGATAGAAGCGATTTGGAG
CCACTTTGGGGTGACGAGGGTGAGCGGAACACCGCTTTCATGGCAAGAGC
TTCAACAAGTTGCACCTATTGCTCGTCAAGGAGCCGTGGAGATGGGTCCA
CCCCACCACGTTATTCTTGGAACCGCACATACATCTCGCAAGAGAAGCCA
GCCAATATGGAAAGCAAATACCCGCTGACTCCTATGAACGAGTCGGTTAA
ACAACGCTTACTAGATGGCGGCATGGATGAACCTTTGGCGATGCATTATG
CCACTATTCTCTCACGGGACCCAATTGTGCTCAACCGAACAGACCTGGAA
AACTTTGATCTAAATGGTACTGGCATATTTGATGTCTACTACAGCACTGT
ATGGCAACACGTCCGACTCAAAATCCCCTTGACCGACGACGGACCCGGCT
GGCGGGTGGAGTTCCGGCCGATGGAAGTACAGTTGACCGATTTCGACAAC
GCTGCTTTCGCAATCTTTATGTACCTTCTTTCTCGAGCCATAACGGACCT
TCACCTGAACTTCTACGTGCCTATCGACCAGTTGGGAGATTCCATGGAAC
GCGCGCAGAAGCGTAATGCTGCCCTCGAAGAGCGCTTCTGGTTCCGTCGG
ACCGGATGGTCATCCGCAGAGCAGTGCGAGCGTCCACAGCGTCAGCGAAG
AGGCTGCGTCAACTGCTGTTCAAAGTCGACTGCACATGCATCACCATCAT
GTGCTCTCCTTACCGCGGATGAGATCATCAATGGCGAGGATCCAAAGGAC
CCCTCCAGCTTCCCTGGACTGGTGAACATCGTACGCGCTTATCTTCAGTA
CAATAACACGCCTATGATGGAGCAAAAGAAGATCATGCCCTACCTGGATG
TGATCAGTAAGCGAGCAAGCGGGGAGCTTCCGACCCCAGCTCAATGGATG
CGCTCGTTTGTCACCGGACACGAGGAGTACCAGCGAGACAGCTACGTGAA
TGAGAAGATCCGTTATGACCTGATCCAGGAGATTGTTCGGATGGAAGACT
CATGAACGGAAATTGATCGGACAATTCCTATCGCCCGACCAACACCCTGT
ACCATTATGTGTATTCCCCGGCCTAGGTGAAAAGGGGCAGTTTACACTCC
CAGAAAGTCCGGATGAGACCTCTCTTGAACAAATCTGCTGTCCCATACCA
CGCTATATAATGATGACACAGAACTTGCTGGCACGCCGACAACGGCGTGT
TGAGAGCTACATCCCAGTCTTCCGGGATGAGCAGACAAAAACACCTTTTC
ATGACAATTCTGTGTCATTTGAATACCCCGCAGAACATCCCCCGGGTAAT
GGAAAGGAGGGTCATGTACATCTGGATGGGATTGGTCTCGGGGTCGGGAA
TTGCTGCATTCAAGTTACGTTCCAGGCTCCCAATGAGATTGAAGCCCGAT
GGTTGCATGACCAAATGATCGCATTGGGGCCGGTCATGCTAGCACTTACC
GCTGCGACGCCGATATACAAGGGCTACCTGGTAGATACAGAAGTGCGCTG
GGGCCGAACCTCTGAATGCTTTGACGATCGCACACCGGAAGAATTAGCCA
CCACGTGAACCCTGGAACGAAGTTAAGTTACAGGCGGAATGGGCTCGACA
TATGGTAGAAGCAACTCCAGGAGAGCCGTACGGGGGAGATGTCATGGATT
TACTCAGGGTTGAAGGCAACATGAAGCGACGATTGAATATACCCTGGTCA
GCCTCGATGCGGACAGTTCGCGAGCAACACTGCTTCTTAACCAAGAAGAT
ATTTTACGGAAAGAGGAGAGCCAATGCTCTAGTGCTGAAGAGGTCAATTG
CTATCTCTATGGAAGAGGCAGAAAGATAGAAGCGATTTGGAGCCACTTTG
GGGTGACGAGGGTGAGCGGAACACCGCTTTCATGGCAAGAGCTTCAACAA
GTTGCACCTATTGCTCGTCAAGGAGCCGTGGAGATGGGTCCACC
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0006750glutathione biosynthetic process
Vocabulary: Molecular Function
TermDefinition
GO:0003824catalytic activity
GO:0004357glutamate-cysteine ligase activity
Relationships

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

Feature NameUnique NameSpeciesType
CAN33_45340CAN33_45340Aspergillus niger FDAARGOS_311gene


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

Feature NameUnique NameSpeciesType
CAN33_45340-T1CAN33_45340-T1-proteinAspergillus niger FDAARGOS_311polypeptide


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

Feature NameUnique NameSpeciesType
CAN33_45340-T1.cdsCAN33_45340-T1.cdsAspergillus niger FDAARGOS_311CDS


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

Feature NameUnique NameSpeciesType
CAN33_45340-T1.exon7CAN33_45340-T1.exon7Aspergillus niger FDAARGOS_311exon
CAN33_45340-T1.exon6CAN33_45340-T1.exon6Aspergillus niger FDAARGOS_311exon
CAN33_45340-T1.exon5CAN33_45340-T1.exon5Aspergillus niger FDAARGOS_311exon
CAN33_45340-T1.exon4CAN33_45340-T1.exon4Aspergillus niger FDAARGOS_311exon
CAN33_45340-T1.exon3CAN33_45340-T1.exon3Aspergillus niger FDAARGOS_311exon
CAN33_45340-T1.exon2CAN33_45340-T1.exon2Aspergillus niger FDAARGOS_311exon
CAN33_45340-T1.exon1CAN33_45340-T1.exon1Aspergillus niger FDAARGOS_311exon


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR014746
DBxrefInterPro:IPR004308
DBxrefPFAM:PF03074
ProductGlutamate-cysteine ligase family protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Aspergillus niger FDAARGOS_311 whole genome analysis2021-11-01
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
NKJJ01000022.1supercontigNKJJ01000022.1:1961805..1963940 -
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