ASPNIDRAFT_49219-T1, ASPNIDRAFT_49219-T1 (mRNA) Aspergillus niger ATCC 1015

Overview


Name	ASPNIDRAFT_49219-T1
Unique Name	ASPNIDRAFT_49219-T1
Type	mRNA
Organism	Aspergillus niger ATCC 1015

Sequences

The following sequences are available for this feature:

mRNA from alignment at ACJE01000002.1:165133..168035-
coding sequence from alignment at ACJE01000002.1:165133..168035-

mRNA from alignment at ACJE01000002.1:165133..168035-

Legend: polypeptideCDSexon

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

>ASPNIDRAFT_49219-T1 ID=ASPNIDRAFT_49219-T1|Name=ASPNIDRAFT_49219-T1|organism=Aspergillus niger ATCC 1015|type=mRNA|length=2903bp|location=Sequence derived from alignment at ACJE01000002.1:165133..168035- (Aspergillus niger ATCC 1015)
ATGCCCTCGGCATTGACCTTTGACTTGCATGCTAAGTGTTCAGTATGCTA
GTTATTCCAATCCTGTTGAGAGTCTACTCGTATGCTGACTACTATCTATA
CCTAGACAACAAAAGCACGTGCCAGTACCCTCCGCCTCCCCCATGGCGAT
GTCCCCCTCCCTATCTTCATGCCCGTGGCGACACAGGCGTCTTTGAAGGG
CTTGACGTACGACCAGCTCCGACAGACGGGATGCCAGCTCTGTCTGAATA
ATACCTACCACCTTGGATTGAAACCCGGACAGGCGGTGCTGGATGCCGTA
GGCGGGGCGCATAAGTTGCAGGGATGGGACCGAAATATTCTTACAGATAG
TGGAGGGTGCGCTGCCAATGATATCTTGGTGAATGGAATATTTGACTGAC
GGAGGCAGATTCCAAATGGTGTCCTTGCTTAAACTTGCGACAGTCACAGA
GGAGGGTGTACGGTTTTTGAGTCCTCATGATGGCACACCGATGTTCGTTA
TCCCTTTCTTTGGGTAAACTGTGTGGTAGCTGGCGAAGCTAAAACAACAT
TGACAGGCTGCTCACGCCCGAGCATTCCATCTCGTTACAAAATTCGATCG
GATCCGATATCATCATGCAATTGGACGACGTGATCGCGACCACTTCGCCA
GACCAAGCGAGAATCCACGAAGCCATGGAGCGTTCCGTTCGCTGGCTGGA
CCGTTGTATCGACGCACACAAGTACCCCGAGAGACAGAATCTGTTTTGCA
TTATCCAGGGTGGACTGGATTTGGAAATGCGGAAACAATGCTGCGAGGAA
ATGGTGGCGCGAGACACACCGGGGATTGCCATTGGTGGTCTCTCTGGTGG
TGAGGCGAAGGAGGACTTTTGCAAGGTGTATGTTATACCCTTTATCCATG
TGGGTTCTGGCTGACAGGAAAGGGTGGATACTTGCACGGGACTGCTCCCG
GAGAAGAAGCCGCGATATGTGATGGGAGTGGTAGGTTATTCATTCAGCGG
GTGTATGTATGTATAGGCTGACCTGGTTAGGGCTATCCCGAGGACTTGAT
CATGGGAGTTGCGCTCGGCGCGGACATGTTTGACTGTGTCTGGCCGACAC
GGACGGCTGTACGTCTAGTATCCCTATCCGATGTACTCCAACTAATTGAT
ATAGCGCTTCGGAAACGCCGTGGTTCCCACAGGTACATTGAACCTGCGAC
ACCGGTCTTTCGCAGAGGACTTCCGGCCGGTGCAGGAGGGCTGCACCTGC
AGCATCTGTCTACCGAAGGAGCAGGGCGGACTGGGCATTACGCGAGCATA
CCTGCACCATTTGGCGGCGAAGGAGACCGTGGGAGCGCATCTGTGAGTTG
CTCTGCGATATTTCCTCTGATGTATACTAATGATTTGTTAGGCTTACAAT
GCACAACGTGCACTATTTGCTGTCGCTGATGGGATCGGCGCGGCAGGCGA
TCATCGAGGACCGGTTCCCGGCGTTCTTGCGTGACTTCTTTGGGAACTTG
TATGGAGAGAAGACAAATTATCCGGAGTGGGTAGTGACGGCTCTGCGGGG
GGTGGGAGTAGATTTGATGGAGTAATAGATACCAGAATAAAGCGGAGTAG
TATGCCACTCTCCATCTATAAGATCTTACTTTCTACTTCCGAGATCGGAT
ATTACATCCGTGACGCGATCACATGACCTCGTGGCGCGTCGCGGGCGCGT
CAATCCATCATTTACTCCAACCATCCCACTTCACACCAGACATTCTACAC
ATAATCACTTATACCCAATTATACCAAAATACCACGACACACAAAACACC
AAGAAATAGCCACTACATAGAACTATAACAACATGTCCCCCTCAGCCGAA
ACTCTCCCGACACAGGAGTCTACTCCTCAATCCACCACCACCACCACAAC
CACCCCCCAAGAACCTATTCCCCATGACCCAACCCACGAAGAACACCAAT
ACCTAAACCTGATCCGCCGCATCCTCAGCGAAGGCGAGCACCGCCCCGAC
CGCACGGGCACCGGAACCCGCTCGATCTTCGCCCCTCCACAGATGCGCTT
CTCGCTCTCCAAACCCTCCACCAACACGACCACCGGAATCAAAGAATACA
CCCCGATCCTCCCCCTCCTCACCACCAAGCGCGTCTTCCTGCGCGCCGTC
CTCGCCGAACTCCTCTGGTTCATCTCCGGCACGACCTCCTCCCTGCCCCT
CAGCGAAGCCGGGATCAAAATCTGGGATGGCAATGGCTCCCGCGAATACC
TCGACAAAGTCGGTCTTTCGCACCGCGAAGTCGGCGACCTCGGTCCCGTG
TACGGCTTCCAGTGGAGACATTTCGGGGCGGAATATGTCGACGCCAAGAC
GGATTACTCTGGTCAGGGTGTCGATCAGTTAGCCGAGGTGGTCAAGAAAT
TGAAGGAGAACCCGTTCGATCGCAGAATTATTATGTCTGCGTGGAATCCT
AAGGATATGAGGATTATGGCCCTGCCGCCGTGTCATATGTTTGCGCAGTT
TTATGTCCGCTTTCCCGATGCGAAGAGGGATGAGGAGGGTGTTGTGAGGG
ATGGGGAGTGGGGAAGGGGCCATTTGGATTGTTTGTTGTATCAGAGGAGT
GCGGATATGGGCCTCGGGGTGCCGTTTAATATTGCTTCTTATGCGTTGTT
GACGCATTTGTTGGCCCATGCCGTGGATATGGTTCCCGGGACATTGGTGC
ATACGTTGGGCGATGCGCATGTTTATTTGGATCATGTCGATGCGTTGAAG
GAGCAGATTGAGCGCGAGCCGGTGGCGTTTCCGGAGGTGAGGATCAAGAG
GGAAGATCGGGGTAGTGGGGTCGTTGATGGTTGGAAAGAGGAGGAGTTTG
AGGTGATTGGGTATAAGCCGCATAAGGCGATTAAGATGAAGATGAGCGTG
TAG

Coding sequence (CDS) from alignment at ACJE01000002.1:165133..168035-

>ASPNIDRAFT_49219-T1 ID=ASPNIDRAFT_49219-T1|Name=ASPNIDRAFT_49219-T1|organism=Aspergillus niger ATCC 1015|type=CDS|length=13125bp|location=Sequence derived from alignment at ACJE01000002.1:165133..168035- (Aspergillus niger ATCC 1015)
GAGTCTACTCCTCAATCCACCACCACCACCACAACCACCCCCCAAGAACC
TATTCCCCATGACCCAACCCACGAAGAACACCAATACCTAAACCTGATCC
GCCGCATCCTCAGCGAAGGCGAGCACCGCCCCGACCGCACGGGCACCGGA
ACCCGCTCGATCTTCGCCCCTCCACAGATGCGCTTCTCGCTCTCCAAACC
CTCCACCAACACGACCACCGGAATCAAAGAATACACCCCGATCCTCCCCC
TCCTCACCACCAAGCGCGTCTTCCTGCGCGCCGTCCTCGCCGAACTCCTC
TGGTTCATCTCCGGCACGACCTCCTCCCTGCCCCTCAGCGAAGCCGGGAT
CAAAATCTGGGATGGCAATGGCTCCCGCGAATACCTCGACAAAGTCGGTC
TTTCGCACCGCGAAGTCGGCGACCTCGGTCCCGTGTACGGCTTCCAGTGG
AGACATTTCGGGGCGGAATATGTCGACGCCAAGACGGATTACTCTGGTCA
GGGTGTCGATCAGTTAGCCGAGGTGGTCAAGAAATTGAAGGAGAACCCGT
TCGATCGCAGAATTATTATGTCTGCGTGGAATCCTAAGGATATGAGGATT
ATGGCCCTGCCGCCGTGTCATATGTTTGCGCAGTTTTATGTCCGCTTTCC
CGATGCGAAGAGGGATGAGGAGGGTGTTGTGAGGGATGGGGAGTGGGGAA
GGGGCCATTTGGATTGTTTGTTGTATCAGAGGAGTGCGGATATGGGCCTC
GGGGTGCCGTTTAATATTGCTTCTTATGCGTTGTTGACGCATTTGTTGGC
CCATGCCGTGGATATGGTTCCCGGGACATTGGTGCATACGTTGGGCGATG
CGCATGTTTATTTGGATCATGTCGATGCGTTGAAGGAGCAGATTGAGCGC
GAGCCGGTGGCGTTTCCGGAGGTGAGGATCAAGAGGGAAGATCGGGGTAG
TGGGGTCGTTGATGGTTGGAAAGAGGAGGAGTTTGAGGTGATTGGGTATA
AGCCGCATAAGGCGATTAAGATGAAGATGAGCGTGTAGGGCTATCCCGAG
GACTTGATCATGGGAGTTGCGCTCGGCGCGGACATGTTTGACTGTGTCTG
GCCGACACGGACGGCTGAAAGGGTGGATACTTGCACGGGACTGCTCCCGG
AGAAGAAGCCGCGATATGTGATGGGAGTGGCTGCTCACGCCCGAGCATTC
CATCTCGTTACAAAATTCGATCGGATCCGATATCATCATGCAATTGGACG
ACGTGATCGCGACCACTTCGCCAGACCAAGCGAGAATCCACGAAGCCATG
GAGCGTTCCGTTCGCTGGCTGGACCGTTGTATCGACGCACACAAGTACCC
CGAGAGACAGAATCTGTTTTGCATTATCCAGGGTGGACTGGATTTGGAAA
TGCGGAAACAATGCTGCGAGGAAATGGTGGCGCGAGACACACCGGGGATT
GCCATTGGTGGTCTCTCTGGTGGTGAGGCGAAGGAGGACTTTTGCAAGAT
TCCAAATGGTGTCCTTGCTTAAACTTGCGACAGTCACAGAGGAGGGTGTA
CGGTTTTTGAGTCCTCATGATGGCACACCGATACAACAAAAGCACGTGCC
AGTACCCTCCGCCTCCCCCATGGCGATGTCCCCCTCCCTATCTTCATGCC
CGTGGCGACACAGGCGTCTTTGAAGGGCTTGACGTACGACCAGCTCCGAC
AGACGGGATGCCAGCTCTGTCTGAATAATACCTACCACCTTGGATTGAAA
CCCGGACAGGCGGTGCTGGATGCCGTAGGCGGGGCGCATAAGTTGCAGGG
ATGGGACCGAAATATTCTTACAGATAGTGGAGGATGCCCTCGGCATTGAC
CTTTGACTTGCATGCTAAGTGTTCAGAGTCTACTCCTCAATCCACCACCA
CCACCACAACCACCCCCCAAGAACCTATTCCCCATGACCCAACCCACGAA
GAACACCAATACCTAAACCTGATCCGCCGCATCCTCAGCGAAGGCGAGCA
CCGCCCCGACCGCACGGGCACCGGAACCCGCTCGATCTTCGCCCCTCCAC
AGATGCGCTTCTCGCTCTCCAAACCCTCCACCAACACGACCACCGGAATC
AAAGAATACACCCCGATCCTCCCCCTCCTCACCACCAAGCGCGTCTTCCT
GCGCGCCGTCCTCGCCGAACTCCTCTGGTTCATCTCCGGCACGACCTCCT
CCCTGCCCCTCAGCGAAGCCGGGATCAAAATCTGGGATGGCAATGGCTCC
CGCGAATACCTCGACAAAGTCGGTCTTTCGCACCGCGAAGTCGGCGACCT
CGGTCCCGTGTACGGCTTCCAGTGGAGACATTTCGGGGCGGAATATGTCG
ACGCCAAGACGGATTACTCTGGTCAGGGTGTCGATCAGTTAGCCGAGGTG
GTCAAGAAATTGAAGGAGAACCCGTTCGATCGCAGAATTATTATGTCTGC
GTGGAATCCTAAGGATATGAGGATTATGGCCCTGCCGCCGTGTCATATGT
TTGCGCAGTTTTATGTCCGCTTTCCCGATGCGAAGAGGGATGAGGAGGGT
GTTGTGAGGGATGGGGAGTGGGGAAGGGGCCATTTGGATTGTTTGTTGTA
TCAGAGGAGTGCGGATATGGGCCTCGGGGTGCCGTTTAATATTGCTTCTT
ATGCGTTGTTGACGCATTTGTTGGCCCATGCCGTGGATATGGTTCCCGGG
ACATTGGTGCATACGTTGGGCGATGCGCATGTTTATTTGGATCATGTCGA
TGCGTTGAAGGAGCAGATTGAGCGCGAGCCGGTGGCGTTTCCGGAGGTGA
GGATCAAGAGGGAAGATCGGGGTAGTGGGGTCGTTGATGGTTGGAAAGAG
GAGGAGTTTGAGGTGATTGGGTATAAGCCGCATAAGGCGATTAAGATGAA
GATGAGCGTGTAGGGCTATCCCGAGGACTTGATCATGGGAGTTGCGCTCG
GCGCGGACATGTTTGACTGTGTCTGGCCGACACGGACGGCTGAAAGGGTG
GATACTTGCACGGGACTGCTCCCGGAGAAGAAGCCGCGATATGTGATGGG
AGTGGCTGCTCACGCCCGAGCATTCCATCTCGTTACAAAATTCGATCGGA
TCCGATATCATCATGCAATTGGACGACGTGATCGCGACCACTTCGCCAGA
CCAAGCGAGAATCCACGAAGCCATGGAGCGTTCCGTTCGCTGGCTGGACC
GTTGTATCGACGCACACAAGTACCCCGAGAGACAGAATCTGTTTTGCATT
ATCCAGGGTGGACTGGATTTGGAAATGCGGAAACAATGCTGCGAGGAAAT
GGTGGCGCGAGACACACCGGGGATTGCCATTGGTGGTCTCTCTGGTGGTG
AGGCGAAGGAGGACTTTTGCAAGATTCCAAATGGTGTCCTTGCTTAAACT
TGCGACAGTCACAGAGGAGGGTGTACGGTTTTTGAGTCCTCATGATGGCA
CACCGATACAACAAAAGCACGTGCCAGTACCCTCCGCCTCCCCCATGGCG
ATGTCCCCCTCCCTATCTTCATGCCCGTGGCGACACAGGCGTCTTTGAAG
GGCTTGACGTACGACCAGCTCCGACAGACGGGATGCCAGCTCTGTCTGAA
TAATACCTACCACCTTGGATTGAAACCCGGACAGGCGGTGCTGGATGCCG
TAGGCGGGGCGCATAAGTTGCAGGGATGGGACCGAAATATTCTTACAGAT
AGTGGAGGATGCCCTCGGCATTGACCTTTGACTTGCATGCTAAGTGTTCA
GAGTCTACTCCTCAATCCACCACCACCACCACAACCACCCCCCAAGAACC
TATTCCCCATGACCCAACCCACGAAGAACACCAATACCTAAACCTGATCC
GCCGCATCCTCAGCGAAGGCGAGCACCGCCCCGACCGCACGGGCACCGGA
ACCCGCTCGATCTTCGCCCCTCCACAGATGCGCTTCTCGCTCTCCAAACC
CTCCACCAACACGACCACCGGAATCAAAGAATACACCCCGATCCTCCCCC
TCCTCACCACCAAGCGCGTCTTCCTGCGCGCCGTCCTCGCCGAACTCCTC
TGGTTCATCTCCGGCACGACCTCCTCCCTGCCCCTCAGCGAAGCCGGGAT
CAAAATCTGGGATGGCAATGGCTCCCGCGAATACCTCGACAAAGTCGGTC
TTTCGCACCGCGAAGTCGGCGACCTCGGTCCCGTGTACGGCTTCCAGTGG
AGACATTTCGGGGCGGAATATGTCGACGCCAAGACGGATTACTCTGGTCA
GGGTGTCGATCAGTTAGCCGAGGTGGTCAAGAAATTGAAGGAGAACCCGT
TCGATCGCAGAATTATTATGTCTGCGTGGAATCCTAAGGATATGAGGATT
ATGGCCCTGCCGCCGTGTCATATGTTTGCGCAGTTTTATGTCCGCTTTCC
CGATGCGAAGAGGGATGAGGAGGGTGTTGTGAGGGATGGGGAGTGGGGAA
GGGGCCATTTGGATTGTTTGTTGTATCAGAGGAGTGCGGATATGGGCCTC
GGGGTGCCGTTTAATATTGCTTCTTATGCGTTGTTGACGCATTTGTTGGC
CCATGCCGTGGATATGGTTCCCGGGACATTGGTGCATACGTTGGGCGATG
CGCATGTTTATTTGGATCATGTCGATGCGTTGAAGGAGCAGATTGAGCGC
GAGCCGGTGGCGTTTCCGGAGGTGAGGATCAAGAGGGAAGATCGGGGTAG
TGGGGTCGTTGATGGTTGGAAAGAGGAGGAGTTTGAGGTGATTGGGTATA
AGCCGCATAAGGCGATTAAGATGAAGATGAGCGTGTAGGGCTATCCCGAG
GACTTGATCATGGGAGTTGCGCTCGGCGCGGACATGTTTGACTGTGTCTG
GCCGACACGGACGGCTGAAAGGGTGGATACTTGCACGGGACTGCTCCCGG
AGAAGAAGCCGCGATATGTGATGGGAGTGGCTGCTCACGCCCGAGCATTC
CATCTCGTTACAAAATTCGATCGGATCCGATATCATCATGCAATTGGACG
ACGTGATCGCGACCACTTCGCCAGACCAAGCGAGAATCCACGAAGCCATG
GAGCGTTCCGTTCGCTGGCTGGACCGTTGTATCGACGCACACAAGTACCC
CGAGAGACAGAATCTGTTTTGCATTATCCAGGGTGGACTGGATTTGGAAA
TGCGGAAACAATGCTGCGAGGAAATGGTGGCGCGAGACACACCGGGGATT
GCCATTGGTGGTCTCTCTGGTGGTGAGGCGAAGGAGGACTTTTGCAAGAT
TCCAAATGGTGTCCTTGCTTAAACTTGCGACAGTCACAGAGGAGGGTGTA
CGGTTTTTGAGTCCTCATGATGGCACACCGATACAACAAAAGCACGTGCC
AGTACCCTCCGCCTCCCCCATGGCGATGTCCCCCTCCCTATCTTCATGCC
CGTGGCGACACAGGCGTCTTTGAAGGGCTTGACGTACGACCAGCTCCGAC
AGACGGGATGCCAGCTCTGTCTGAATAATACCTACCACCTTGGATTGAAA
CCCGGACAGGCGGTGCTGGATGCCGTAGGCGGGGCGCATAAGTTGCAGGG
ATGGGACCGAAATATTCTTACAGATAGTGGAGGATGCCCTCGGCATTGAC
CTTTGACTTGCATGCTAAGTGTTCAGAGTCTACTCCTCAATCCACCACCA
CCACCACAACCACCCCCCAAGAACCTATTCCCCATGACCCAACCCACGAA
GAACACCAATACCTAAACCTGATCCGCCGCATCCTCAGCGAAGGCGAGCA
CCGCCCCGACCGCACGGGCACCGGAACCCGCTCGATCTTCGCCCCTCCAC
AGATGCGCTTCTCGCTCTCCAAACCCTCCACCAACACGACCACCGGAATC
AAAGAATACACCCCGATCCTCCCCCTCCTCACCACCAAGCGCGTCTTCCT
GCGCGCCGTCCTCGCCGAACTCCTCTGGTTCATCTCCGGCACGACCTCCT
CCCTGCCCCTCAGCGAAGCCGGGATCAAAATCTGGGATGGCAATGGCTCC
CGCGAATACCTCGACAAAGTCGGTCTTTCGCACCGCGAAGTCGGCGACCT
CGGTCCCGTGTACGGCTTCCAGTGGAGACATTTCGGGGCGGAATATGTCG
ACGCCAAGACGGATTACTCTGGTCAGGGTGTCGATCAGTTAGCCGAGGTG
GTCAAGAAATTGAAGGAGAACCCGTTCGATCGCAGAATTATTATGTCTGC
GTGGAATCCTAAGGATATGAGGATTATGGCCCTGCCGCCGTGTCATATGT
TTGCGCAGTTTTATGTCCGCTTTCCCGATGCGAAGAGGGATGAGGAGGGT
GTTGTGAGGGATGGGGAGTGGGGAAGGGGCCATTTGGATTGTTTGTTGTA
TCAGAGGAGTGCGGATATGGGCCTCGGGGTGCCGTTTAATATTGCTTCTT
ATGCGTTGTTGACGCATTTGTTGGCCCATGCCGTGGATATGGTTCCCGGG
ACATTGGTGCATACGTTGGGCGATGCGCATGTTTATTTGGATCATGTCGA
TGCGTTGAAGGAGCAGATTGAGCGCGAGCCGGTGGCGTTTCCGGAGGTGA
GGATCAAGAGGGAAGATCGGGGTAGTGGGGTCGTTGATGGTTGGAAAGAG
GAGGAGTTTGAGGTGATTGGGTATAAGCCGCATAAGGCGATTAAGATGAA
GATGAGCGTGTAGGGCTATCCCGAGGACTTGATCATGGGAGTTGCGCTCG
GCGCGGACATGTTTGACTGTGTCTGGCCGACACGGACGGCTGAAAGGGTG
GATACTTGCACGGGACTGCTCCCGGAGAAGAAGCCGCGATATGTGATGGG
AGTGGCTGCTCACGCCCGAGCATTCCATCTCGTTACAAAATTCGATCGGA
TCCGATATCATCATGCAATTGGACGACGTGATCGCGACCACTTCGCCAGA
CCAAGCGAGAATCCACGAAGCCATGGAGCGTTCCGTTCGCTGGCTGGACC
GTTGTATCGACGCACACAAGTACCCCGAGAGACAGAATCTGTTTTGCATT
ATCCAGGGTGGACTGGATTTGGAAATGCGGAAACAATGCTGCGAGGAAAT
GGTGGCGCGAGACACACCGGGGATTGCCATTGGTGGTCTCTCTGGTGGTG
AGGCGAAGGAGGACTTTTGCAAGATTCCAAATGGTGTCCTTGCTTAAACT
TGCGACAGTCACAGAGGAGGGTGTACGGTTTTTGAGTCCTCATGATGGCA
CACCGATACAACAAAAGCACGTGCCAGTACCCTCCGCCTCCCCCATGGCG
ATGTCCCCCTCCCTATCTTCATGCCCGTGGCGACACAGGCGTCTTTGAAG
GGCTTGACGTACGACCAGCTCCGACAGACGGGATGCCAGCTCTGTCTGAA
TAATACCTACCACCTTGGATTGAAACCCGGACAGGCGGTGCTGGATGCCG
TAGGCGGGGCGCATAAGTTGCAGGGATGGGACCGAAATATTCTTACAGAT
AGTGGAGGATGCCCTCGGCATTGACCTTTGACTTGCATGCTAAGTGTTCA
GAGTCTACTCCTCAATCCACCACCACCACCACAACCACCCCCCAAGAACC
TATTCCCCATGACCCAACCCACGAAGAACACCAATACCTAAACCTGATCC
GCCGCATCCTCAGCGAAGGCGAGCACCGCCCCGACCGCACGGGCACCGGA
ACCCGCTCGATCTTCGCCCCTCCACAGATGCGCTTCTCGCTCTCCAAACC
CTCCACCAACACGACCACCGGAATCAAAGAATACACCCCGATCCTCCCCC
TCCTCACCACCAAGCGCGTCTTCCTGCGCGCCGTCCTCGCCGAACTCCTC
TGGTTCATCTCCGGCACGACCTCCTCCCTGCCCCTCAGCGAAGCCGGGAT
CAAAATCTGGGATGGCAATGGCTCCCGCGAATACCTCGACAAAGTCGGTC
TTTCGCACCGCGAAGTCGGCGACCTCGGTCCCGTGTACGGCTTCCAGTGG
AGACATTTCGGGGCGGAATATGTCGACGCCAAGACGGATTACTCTGGTCA
GGGTGTCGATCAGTTAGCCGAGGTGGTCAAGAAATTGAAGGAGAACCCGT
TCGATCGCAGAATTATTATGTCTGCGTGGAATCCTAAGGATATGAGGATT
ATGGCCCTGCCGCCGTGTCATATGTTTGCGCAGTTTTATGTCCGCTTTCC
CGATGCGAAGAGGGATGAGGAGGGTGTTGTGAGGGATGGGGAGTGGGGAA
GGGGCCATTTGGATTGTTTGTTGTATCAGAGGAGTGCGGATATGGGCCTC
GGGGTGCCGTTTAATATTGCTTCTTATGCGTTGTTGACGCATTTGTTGGC
CCATGCCGTGGATATGGTTCCCGGGACATTGGTGCATACGTTGGGCGATG
CGCATGTTTATTTGGATCATGTCGATGCGTTGAAGGAGCAGATTGAGCGC
GAGCCGGTGGCGTTTCCGGAGGTGAGGATCAAGAGGGAAGATCGGGGTAG
TGGGGTCGTTGATGGTTGGAAAGAGGAGGAGTTTGAGGTGATTGGGTATA
AGCCGCATAAGGCGATTAAGATGAAGATGAGCGTGTAGGGCTATCCCGAG
GACTTGATCATGGGAGTTGCGCTCGGCGCGGACATGTTTGACTGTGTCTG
GCCGACACGGACGGCTGAAAGGGTGGATACTTGCACGGGACTGCTCCCGG
AGAAGAAGCCGCGATATGTGATGGGAGTGGCTGCTCACGCCCGAGCATTC
CATCTCGTTACAAAATTCGATCGGATCCGATATCATCATGCAATTGGACG
ACGTGATCGCGACCACTTCGCCAGACCAAGCGAGAATCCACGAAGCCATG
GAGCGTTCCGTTCGCTGGCTGGACCGTTGTATCGACGCACACAAGTACCC
CGAGAGACAGAATCTGTTTTGCATTATCCAGGGTGGACTGGATTTGGAAA
TGCGGAAACAATGCTGCGAGGAAATGGTGGCGCGAGACACACCGGGGATT
GCCATTGGTGGTCTCTCTGGTGGTGAGGCGAAGGAGGACTTTTGCAAGAT
TCCAAATGGTGTCCTTGCTTAAACTTGCGACAGTCACAGAGGAGGGTGTA
CGGTTTTTGAGTCCTCATGATGGCACACCGATACAACAAAAGCACGTGCC
AGTACCCTCCGCCTCCCCCATGGCGATGTCCCCCTCCCTATCTTCATGCC
CGTGGCGACACAGGCGTCTTTGAAGGGCTTGACGTACGACCAGCTCCGAC
AGACGGGATGCCAGCTCTGTCTGAATAATACCTACCACCTTGGATTGAAA
CCCGGACAGGCGGTGCTGGATGCCGTAGGCGGGGCGCATAAGTTGCAGGG
ATGGGACCGAAATATTCTTACAGATAGTGGAGGATGCCCTCGGCATTGAC
CTTTGACTTGCATGCTAAGTGTTCAGAGTCTACTCCTCAATCCACCACCA
CCACCACAACCACCCCCCAAGAACCTATTCCCCATGACCCAACCCACGAA
GAACACCAATACCTAAACCTGATCCGCCGCATCCTCAGCGAAGGCGAGCA
CCGCCCCGACCGCACGGGCACCGGAACCCGCTCGATCTTCGCCCCTCCAC
AGATGCGCTTCTCGCTCTCCAAACCCTCCACCAACACGACCACCGGAATC
AAAGAATACACCCCGATCCTCCCCCTCCTCACCACCAAGCGCGTCTTCCT
GCGCGCCGTCCTCGCCGAACTCCTCTGGTTCATCTCCGGCACGACCTCCT
CCCTGCCCCTCAGCGAAGCCGGGATCAAAATCTGGGATGGCAATGGCTCC
CGCGAATACCTCGACAAAGTCGGTCTTTCGCACCGCGAAGTCGGCGACCT
CGGTCCCGTGTACGGCTTCCAGTGGAGACATTTCGGGGCGGAATATGTCG
ACGCCAAGACGGATTACTCTGGTCAGGGTGTCGATCAGTTAGCCGAGGTG
GTCAAGAAATTGAAGGAGAACCCGTTCGATCGCAGAATTATTATGTCTGC
GTGGAATCCTAAGGATATGAGGATTATGGCCCTGCCGCCGTGTCATATGT
TTGCGCAGTTTTATGTCCGCTTTCCCGATGCGAAGAGGGATGAGGAGGGT
GTTGTGAGGGATGGGGAGTGGGGAAGGGGCCATTTGGATTGTTTGTTGTA
TCAGAGGAGTGCGGATATGGGCCTCGGGGTGCCGTTTAATATTGCTTCTT
ATGCGTTGTTGACGCATTTGTTGGCCCATGCCGTGGATATGGTTCCCGGG
ACATTGGTGCATACGTTGGGCGATGCGCATGTTTATTTGGATCATGTCGA
TGCGTTGAAGGAGCAGATTGAGCGCGAGCCGGTGGCGTTTCCGGAGGTGA
GGATCAAGAGGGAAGATCGGGGTAGTGGGGTCGTTGATGGTTGGAAAGAG
GAGGAGTTTGAGGTGATTGGGTATAAGCCGCATAAGGCGATTAAGATGAA
GATGAGCGTGTAGGGCTATCCCGAGGACTTGATCATGGGAGTTGCGCTCG
GCGCGGACATGTTTGACTGTGTCTGGCCGACACGGACGGCTGAAAGGGTG
GATACTTGCACGGGACTGCTCCCGGAGAAGAAGCCGCGATATGTGATGGG
AGTGGCTGCTCACGCCCGAGCATTCCATCTCGTTACAAAATTCGATCGGA
TCCGATATCATCATGCAATTGGACGACGTGATCGCGACCACTTCGCCAGA
CCAAGCGAGAATCCACGAAGCCATGGAGCGTTCCGTTCGCTGGCTGGACC
GTTGTATCGACGCACACAAGTACCCCGAGAGACAGAATCTGTTTTGCATT
ATCCAGGGTGGACTGGATTTGGAAATGCGGAAACAATGCTGCGAGGAAAT
GGTGGCGCGAGACACACCGGGGATTGCCATTGGTGGTCTCTCTGGTGGTG
AGGCGAAGGAGGACTTTTGCAAGATTCCAAATGGTGTCCTTGCTTAAACT
TGCGACAGTCACAGAGGAGGGTGTACGGTTTTTGAGTCCTCATGATGGCA
CACCGATACAACAAAAGCACGTGCCAGTACCCTCCGCCTCCCCCATGGCG
ATGTCCCCCTCCCTATCTTCATGCCCGTGGCGACACAGGCGTCTTTGAAG
GGCTTGACGTACGACCAGCTCCGACAGACGGGATGCCAGCTCTGTCTGAA
TAATACCTACCACCTTGGATTGAAACCCGGACAGGCGGTGCTGGATGCCG
TAGGCGGGGCGCATAAGTTGCAGGGATGGGACCGAAATATTCTTACAGAT
AGTGGAGGATGCCCTCGGCATTGACCTTTGACTTGCATGCTAAGTGTTCA
GAGTCTACTCCTCAATCCACCACCACCACCACAACCACCCCCCAAGAACC
TATTCCCCATGACCCAACCCACGAAGAACACCAATACCTAAACCTGATCC
GCCGCATCCTCAGCGAAGGCGAGCACCGCCCCGACCGCACGGGCACCGGA
ACCCGCTCGATCTTCGCCCCTCCACAGATGCGCTTCTCGCTCTCCAAACC
CTCCACCAACACGACCACCGGAATCAAAGAATACACCCCGATCCTCCCCC
TCCTCACCACCAAGCGCGTCTTCCTGCGCGCCGTCCTCGCCGAACTCCTC
TGGTTCATCTCCGGCACGACCTCCTCCCTGCCCCTCAGCGAAGCCGGGAT
CAAAATCTGGGATGGCAATGGCTCCCGCGAATACCTCGACAAAGTCGGTC
TTTCGCACCGCGAAGTCGGCGACCTCGGTCCCGTGTACGGCTTCCAGTGG
AGACATTTCGGGGCGGAATATGTCGACGCCAAGACGGATTACTCTGGTCA
GGGTGTCGATCAGTTAGCCGAGGTGGTCAAGAAATTGAAGGAGAACCCGT
TCGATCGCAGAATTATTATGTCTGCGTGGAATCCTAAGGATATGAGGATT
ATGGCCCTGCCGCCGTGTCATATGTTTGCGCAGTTTTATGTCCGCTTTCC
CGATGCGAAGAGGGATGAGGAGGGTGTTGTGAGGGATGGGGAGTGGGGAA
GGGGCCATTTGGATTGTTTGTTGTATCAGAGGAGTGCGGATATGGGCCTC
GGGGTGCCGTTTAATATTGCTTCTTATGCGTTGTTGACGCATTTGTTGGC
CCATGCCGTGGATATGGTTCCCGGGACATTGGTGCATACGTTGGGCGATG
CGCATGTTTATTTGGATCATGTCGATGCGTTGAAGGAGCAGATTGAGCGC
GAGCCGGTGGCGTTTCCGGAGGTGAGGATCAAGAGGGAAGATCGGGGTAG
TGGGGTCGTTGATGGTTGGAAAGAGGAGGAGTTTGAGGTGATTGGGTATA
AGCCGCATAAGGCGATTAAGATGAAGATGAGCGTGTAGGGCTATCCCGAG
GACTTGATCATGGGAGTTGCGCTCGGCGCGGACATGTTTGACTGTGTCTG
GCCGACACGGACGGCTGAAAGGGTGGATACTTGCACGGGACTGCTCCCGG
AGAAGAAGCCGCGATATGTGATGGGAGTGGCTGCTCACGCCCGAGCATTC
CATCTCGTTACAAAATTCGATCGGATCCGATATCATCATGCAATTGGACG
ACGTGATCGCGACCACTTCGCCAGACCAAGCGAGAATCCACGAAGCCATG
GAGCGTTCCGTTCGCTGGCTGGACCGTTGTATCGACGCACACAAGTACCC
CGAGAGACAGAATCTGTTTTGCATTATCCAGGGTGGACTGGATTTGGAAA
TGCGGAAACAATGCTGCGAGGAAATGGTGGCGCGAGACACACCGGGGATT
GCCATTGGTGGTCTCTCTGGTGGTGAGGCGAAGGAGGACTTTTGCAAGAT
TCCAAATGGTGTCCTTGCTTAAACTTGCGACAGTCACAGAGGAGGGTGTA
CGGTTTTTGAGTCCTCATGATGGCACACCGATACAACAAAAGCACGTGCC
AGTACCCTCCGCCTCCCCCATGGCGATGTCCCCCTCCCTATCTTCATGCC
CGTGGCGACACAGGCGTCTTTGAAGGGCTTGACGTACGACCAGCTCCGAC
AGACGGGATGCCAGCTCTGTCTGAATAATACCTACCACCTTGGATTGAAA
CCCGGACAGGCGGTGCTGGATGCCGTAGGCGGGGCGCATAAGTTGCAGGG
ATGGGACCGAAATATTCTTACAGATAGTGGAGGATGCCCTCGGCATTGAC
CTTTGACTTGCATGCTAAGTGTTCA

Annotated Terms

The following terms have been associated with this mRNA:

Vocabulary: **Molecular Function**
Term	Definition
GO:0008479	queuine tRNA-ribosyltransferase activity
GO:0016763	transferase activity, transferring pentosyl groups
GO:0004799	thymidylate synthase activity

Vocabulary: **Biological Process**
Term	Definition
GO:0101030	tRNA-guanine transglycosylation
GO:0006400	tRNA modification
GO:0006231	dTMP biosynthetic process

Relationships

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


Feature Name	Unique Name	Species	Type
ASPNIDRAFT_49219	ASPNIDRAFT_49219	Aspergillus niger ATCC 1015	gene

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


Feature Name	Unique Name	Species	Type
ASPNIDRAFT_49219-T1	ASPNIDRAFT_49219-T1-protein	Aspergillus niger ATCC 1015	polypeptide

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


Feature Name	Unique Name	Species	Type
ASPNIDRAFT_49219-T1.cds	ASPNIDRAFT_49219-T1.cds	Aspergillus niger ATCC 1015	CDS

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


Feature Name	Unique Name	Species	Type
ASPNIDRAFT_49219-T1.exon7	ASPNIDRAFT_49219-T1.exon7	Aspergillus niger ATCC 1015	exon
ASPNIDRAFT_49219-T1.exon6	ASPNIDRAFT_49219-T1.exon6	Aspergillus niger ATCC 1015	exon
ASPNIDRAFT_49219-T1.exon5	ASPNIDRAFT_49219-T1.exon5	Aspergillus niger ATCC 1015	exon
ASPNIDRAFT_49219-T1.exon4	ASPNIDRAFT_49219-T1.exon4	Aspergillus niger ATCC 1015	exon
ASPNIDRAFT_49219-T1.exon3	ASPNIDRAFT_49219-T1.exon3	Aspergillus niger ATCC 1015	exon
ASPNIDRAFT_49219-T1.exon2	ASPNIDRAFT_49219-T1.exon2	Aspergillus niger ATCC 1015	exon
ASPNIDRAFT_49219-T1.exon1	ASPNIDRAFT_49219-T1.exon1	Aspergillus niger ATCC 1015	exon

Properties


Property Name	Value
Note	BUSCO:EOG09263RVR
DBxref	InterPro:IPR020940
DBxref	InterPro:IPR036926
DBxref	InterPro:IPR002616
DBxref	InterPro:IPR004803
DBxref	InterPro:IPR036511
DBxref	InterPro:IPR023451
DBxref	InterPro:IPR000398
DBxref	PFAM:PF00303
DBxref	PFAM:PF01702
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
ACJE01000002.1	supercontig	ACJE01000002.1:165133..168035 -

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ASPNIDRAFT_49219-T1, ASPNIDRAFT_49219-T1 (mRNA) Aspergillus niger ATCC 1015