You are here

Home

ASPNIDRAFT_52205-T1, ASPNIDRAFT_52205-T1 (mRNA) Aspergillus niger ATCC 1015

Overview
NameASPNIDRAFT_52205-T1
Unique NameASPNIDRAFT_52205-T1
TypemRNA
OrganismAspergillus niger ATCC 1015
Sequences
The following sequences are available for this feature:

mRNA from alignment at ACJE01000010.1:1118294..1121715-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>ASPNIDRAFT_52205-T1 ID=ASPNIDRAFT_52205-T1|Name=ASPNIDRAFT_52205-T1|organism=Aspergillus niger ATCC 1015|type=mRNA|length=3422bp|location=Sequence derived from alignment at ACJE01000010.1:1118294..1121715- (Aspergillus niger ATCC 1015)
ATGCCTGCTGATATTCGGAGCTTTTTTGGCGGCAAGTCTAGTCAAGGCTC
CAACCCATCTCCCGCGAAGCCCGCGCCAAAGAAAGAAGTTTGTGAATTTC
CCGTTGCGCATAAGCATTTGATATTGCATGCGAATCGCCGATGAGTCTAC
TAACACTGATACCAAATTAGGAGCCTCCTACGAGAAAAAAGCGTAAGAGA
CCTGGTTATATGTTCGGACGCGGAATGTCTTATTGATGCGCATACAGGGA
CTAGAAAGGTTGTAGACGACAGTGATGAGGAAGAAGTTGTCGCTACCAAG
TCCGTAAGCCCGAAGGTGAAGGCTCCGAGCAAGCCGTATGTCTGCCCCAA
TGCGACTCCACCCGCTGTCGTTTACTGACAATTACTCAGACAGCCAGAAG
TATCGAAGGGTGAACCCACAACTTCGTCAGACTATTTCGCATCTAGCAAG
AAGAGAGGCAGGCCAGCCAAGGAGACCAAGACATCTCAGCCTGCTGTCAC
CGACGAACCCGAAGCGAAGCCATCTCCGAAACCGAAAAAGTCTACGAGCA
CCGAAAAACCTGCACCAAGACCTCAACGCGGTACACGAAAGGCTACCACA
GTCGTTGACGACGATGAACTCGGTGGCGATGATATCCATGCGACAGAGTA
CAAAAAAACAGGCAAGGGGGATGATGATTATGTCGAGGAAGAGGATAAGG
AGAGTGACAGTGACTTTGAGGAACTTGCGGTAAAGCCGGCTAGTGCCGCC
TCTGGAAGACAGGGACGTAAGAAGGCGGCAACTGCTGAATCGGATGAGGA
TGTGGTAATGGAGGACCTGCCAAAGCGACCTTCCAGCGCTGCCAAGTCAG
CCGCCACTCAGCCAGCGCGCAAACGCAAATCCGAAGTTCTCGAGAAGGAC
GAGGACTACGACTCCAAAACTAGTCCTAAGAAGGCCGCGCAGACGAAAGC
CGCTCCCCGTACCCCTAAGAAGCCAAGGGCGTCTACCAAAACCGATCGAC
CTGAAAGCAAGGAGATTCAGGATATATTCGACAGCATTCCTACGATCAGA
CCACCCTCTCCTCCGCGCGAGACTGGTGAAAAGGCCAAATTTAACTACGC
TGCTCACGCACAGCGCTCGCGGTCACCAGTAGCTGGAGGGGCGGACATAC
CAGAGGGAGCGGAAAATTGTCTTGCAGGGCTCTCCTTTGTTTTCACTGGT
GTCTTGGACACACTCGGCCGCGACGAAGGACAAAACTTGGTCAAGAAGTA
TGGCGGTAAAGTTACTGGAGCCCCTAGTTCCAAAACCAGCTATGTTGTTC
TGGGAGCGGATGCCGGACCTAAAAAGCTGGCAACGATTAAGCAGCACAAT
CTAAAGACAATTAACGAGGAAGGACTTTTCGAGCTTATTCGACGACTTCC
AGCCAATGGTGGAGATGGGAAGGCAGCAGAGCAACATGAGGCGAAAAAGA
AAGCAGAAGAAGAAAAGATTCGCGCGATGGCCGCTGAGATCGACCGCGAA
GAAAAGCGCAAGGCGGCGGCTACGCGTAACACTGCTCCCTCAGGGCCTCA
ACCGCCATCAAGTTCGCAAAGTACGACGCAAAGCACGAAGACTGACGACC
GCCTGTGGACCACCAAATATGCGCCGACATCGATGAATATGATTTGTGGT
AATAAAGGTGTTGTCGAGAAACTACAGAATTGGCTTCGCGACTGGCATAA
GAATGCCAAGGCTGGATTCAACAAGCCAGGGAAGGATGGGTCAGGGATGT
ATCGCTCTGTCATGATTCACGGACCGCCTGGAATTGGCAAGACCACTGCA
GCACACCTGGTGGCAAAGCTAGAAGGATACGATGTCGTGGAGACGAATGC
AAGTGACACAAGAAGCAAGAAGCTCGTTGAGAATGGCCTTCTCGGTGTTT
TGGACACGACTTCGCTGCAAGGCTACTTTTCGGGTGTTGGGAAGAAGGTG
GAGAGTGCGAAGAAGAATTTGGTCCTCATTATGGATGAAGTTGACGGAAT
GTCCGCTGGTGATAGAGGTGGTGTGGGAGCACTCGCCTCAATCGCCAAGA
AGACTCACATCCCGCTGATTTTGATTTGTAACGAGCGAAGGCTCCCGAAA
ATGAAGCCTTTCGATCATGTCACATATGAACTTCCGTTCAGGAGACCGAC
AGCCGAACAGATTAGAGCCCGACTGTCGACCATCTGCTTCCGCGAGGGCT
TGAGGATCCCGCCTCAGGTCTTAGACAGCCTTATTGAAGGCACCAACGCG
GACATCCGGCAAGTGATCAACATGCTTTCAACCGTCAAATTAGACCAGAC
AAACCTAGACTTCGAGAAGGGGAAGCAAATGTCCAAAGCATGGGAAAAGC
ACATCGTTCTAAAGCCGTGGGATATCGTCGGCAAGATCCTCAGTGCGCAA
ATGTTCTCGCCAAGCTCCAAGGCTACTTTAAATGATAAGATCGAACTCTA
CTTCAATGATCACGAATTCAGCCCCCTGATGCTTCAGGAGAACTACCTGA
AAACACGACCGGCGTTAGCGGGCGCATATCATGGCAGAGAACAAAAGCTG
AAACAGCTTGAACTAATGGACAACGCCGCTTCGAGTATCAGTGATGGTGA
TCTCGTTGACAGGATGATTCATGGTACTCAGCAGCAATGGAGTCTGATGC
CTACCCATGCGGTGTTCAGTTTTGTGAGACCGGCGAGCTTTACGTACGGA
AACATGATGGAGCGGCCCGGGTTTACTAGTTGGTTGGGACAGAACAGTAA
ACAAGGTATGTGCGATCTGTTTGGATATCAAAATTTGCACAGCTAACACC
GGTTATAGGCAAGCTTTGGCGTTACATCAAAGAAATTCAGGGCCATATGC
GTCTTCGCGCATCTGGAGATAGAGATGAGATTCGACAACAGTATATGCCG
CTCCTTTGGGACAGGCTAGTCCGCCGACTAATGGTTGAAGGTAAGGATAG
CGTCGACGATGTTATTGATTTCATGGACAGCTATTTCCTTACGCGCGAGG
ATTGGGATGCCTTGGTAGAACTTGGGCTGGGACCTATGGATGAATCCAAT
GTGAAGCTGCAGACACAGACGAAAGCAGCATTCACGCGGATCTACAACCA
GCGCTCCCACCCTCTTCCATTCATCAAGGCCAGCAGTATTGCTGCTCCCA
AAAAGATGCCGAAGGAGAAGCCTGACATTGAAGATGCCATTGAGGAATCG
GATGAAGAAGAGGTACTCGAAGACGACTCGAAGGACAATGACGAGAGCGA
AGAGCTTGATTTGAAGAAGGACAAGTATGTTCGCGTGCCCAAGAAAGCTG
CGAAGGGTGGAGCGGCCAAAGGAAGGAAATCGAAGAAGGCAGCAGCGGGC
GACGATGATTTCATCGATGACGAGGAAGAGAAGCCCAAGAAGGCTCGAGG
CCGGAAGCCAAAGGCCAAATGA
back to top

Coding sequence (CDS) from alignment at ACJE01000010.1:1118294..1121715-

>ASPNIDRAFT_52205-T1 ID=ASPNIDRAFT_52205-T1|Name=ASPNIDRAFT_52205-T1|organism=Aspergillus niger ATCC 1015|type=CDS|length=12432bp|location=Sequence derived from alignment at ACJE01000010.1:1118294..1121715- (Aspergillus niger ATCC 1015)
GCAAGCTTTGGCGTTACATCAAAGAAATTCAGGGCCATATGCGTCTTCGC
GCATCTGGAGATAGAGATGAGATTCGACAACAGTATATGCCGCTCCTTTG
GGACAGGCTAGTCCGCCGACTAATGGTTGAAGGTAAGGATAGCGTCGACG
ATGTTATTGATTTCATGGACAGCTATTTCCTTACGCGCGAGGATTGGGAT
GCCTTGGTAGAACTTGGGCTGGGACCTATGGATGAATCCAATGTGAAGCT
GCAGACACAGACGAAAGCAGCATTCACGCGGATCTACAACCAGCGCTCCC
ACCCTCTTCCATTCATCAAGGCCAGCAGTATTGCTGCTCCCAAAAAGATG
CCGAAGGAGAAGCCTGACATTGAAGATGCCATTGAGGAATCGGATGAAGA
AGAGGTACTCGAAGACGACTCGAAGGACAATGACGAGAGCGAAGAGCTTG
ATTTGAAGAAGGACAAGTATGTTCGCGTGCCCAAGAAAGCTGCGAAGGGT
GGAGCGGCCAAAGGAAGGAAATCGAAGAAGGCAGCAGCGGGCGACGATGA
TTTCATCGATGACGAGGAAGAGAAGCCCAAGAAGGCTCGAGGCCGGAAGC
CAAAGGCCAAATGAACAGCCAGAAGTATCGAAGGGTGAACCCACAACTTC
GTCAGACTATTTCGCATCTAGCAAGAAGAGAGGCAGGCCAGCCAAGGAGA
CCAAGACATCTCAGCCTGCTGTCACCGACGAACCCGAAGCGAAGCCATCT
CCGAAACCGAAAAAGTCTACGAGCACCGAAAAACCTGCACCAAGACCTCA
ACGCGGTACACGAAAGGCTACCACAGTCGTTGACGACGATGAACTCGGTG
GCGATGATATCCATGCGACAGAGTACAAAAAAACAGGCAAGGGGGATGAT
GATTATGTCGAGGAAGAGGATAAGGAGAGTGACAGTGACTTTGAGGAACT
TGCGGTAAAGCCGGCTAGTGCCGCCTCTGGAAGACAGGGACGTAAGAAGG
CGGCAACTGCTGAATCGGATGAGGATGTGGTAATGGAGGACCTGCCAAAG
CGACCTTCCAGCGCTGCCAAGTCAGCCGCCACTCAGCCAGCGCGCAAACG
CAAATCCGAAGTTCTCGAGAAGGACGAGGACTACGACTCCAAAACTAGTC
CTAAGAAGGCCGCGCAGACGAAAGCCGCTCCCCGTACCCCTAAGAAGCCA
AGGGCGTCTACCAAAACCGATCGACCTGAAAGCAAGGAGATTCAGGATAT
ATTCGACAGCATTCCTACGATCAGACCACCCTCTCCTCCGCGCGAGACTG
GTGAAAAGGCCAAATTTAACTACGCTGCTCACGCACAGCGCTCGCGGTCA
CCAGTAGCTGGAGGGGCGGACATACCAGAGGGAGCGGAAAATTGTCTTGC
AGGGCTCTCCTTTGTTTTCACTGGTGTCTTGGACACACTCGGCCGCGACG
AAGGACAAAACTTGGTCAAGAAGTATGGCGGTAAAGTTACTGGAGCCCCT
AGTTCCAAAACCAGCTATGTTGTTCTGGGAGCGGATGCCGGACCTAAAAA
GCTGGCAACGATTAAGCAGCACAATCTAAAGACAATTAACGAGGAAGGAC
TTTTCGAGCTTATTCGACGACTTCCAGCCAATGGTGGAGATGGGAAGGCA
GCAGAGCAACATGAGGCGAAAAAGAAAGCAGAAGAAGAAAAGATTCGCGC
GATGGCCGCTGAGATCGACCGCGAAGAAAAGCGCAAGGCGGCGGCTACGC
GTAACACTGCTCCCTCAGGGCCTCAACCGCCATCAAGTTCGCAAAGTACG
ACGCAAAGCACGAAGACTGACGACCGCCTGTGGACCACCAAATATGCGCC
GACATCGATGAATATGATTTGTGGTAATAAAGGTGTTGTCGAGAAACTAC
AGAATTGGCTTCGCGACTGGCATAAGAATGCCAAGGCTGGATTCAACAAG
CCAGGGAAGGATGGGTCAGGGATGTATCGCTCTGTCATGATTCACGGACC
GCCTGGAATTGGCAAGACCACTGCAGCACACCTGGTGGCAAAGCTAGAAG
GATACGATGTCGTGGAGACGAATGCAAGTGACACAAGAAGCAAGAAGCTC
GTTGAGAATGGCCTTCTCGGTGTTTTGGACACGACTTCGCTGCAAGGCTA
CTTTTCGGGTGTTGGGAAGAAGGTGGAGAGTGCGAAGAAGAATTTGGTCC
TCATTATGGATGAAGTTGACGGAATGTCCGCTGGTGATAGAGGTGGTGTG
GGAGCACTCGCCTCAATCGCCAAGAAGACTCACATCCCGCTGATTTTGAT
TTGTAACGAGCGAAGGCTCCCGAAAATGAAGCCTTTCGATCATGTCACAT
ATGAACTTCCGTTCAGGAGACCGACAGCCGAACAGATTAGAGCCCGACTG
TCGACCATCTGCTTCCGCGAGGGCTTGAGGATCCCGCCTCAGGTCTTAGA
CAGCCTTATTGAAGGCACCAACGCGGACATCCGGCAAGTGATCAACATGC
TTTCAACCGTCAAATTAGACCAGACAAACCTAGACTTCGAGAAGGGGAAG
CAAATGTCCAAAGCATGGGAAAAGCACATCGTTCTAAAGCCGTGGGATAT
CGTCGGCAAGATCCTCAGTGCGCAAATGTTCTCGCCAAGCTCCAAGGCTA
CTTTAAATGATAAGATCGAACTCTACTTCAATGATCACGAATTCAGCCCC
CTGATGCTTCAGGAGAACTACCTGAAAACACGACCGGCGTTAGCGGGCGC
ATATCATGGCAGAGAACAAAAGCTGAAACAGCTTGAACTAATGGACAACG
CCGCTTCGAGTATCAGTGATGGTGATCTCGTTGACAGGATGATTCATGGT
ACTCAGCAGCAATGGAGTCTGATGCCTACCCATGCGGTGTTCAGTTTTGT
GAGACCGGCGAGCTTTACGTACGGAAACATGATGGAGCGGCCCGGGTTTA
CTAGTTGGTTGGGACAGAACAGTAAACAAGGGACTAGAAAGGTTGTAGAC
GACAGTGATGAGGAAGAAGTTGTCGCTACCAAGTCCGTAAGCCCGAAGGT
GAAGGCTCCGAGCAAGCCATGCCTGCTGATATTCGGAGCTTTTTTGGCGG
CAAGTCTAGCAAGCTTTGGCGTTACATCAAAGAAATTCAGGGCCATATGC
GTCTTCGCGCATCTGGAGATAGAGATGAGATTCGACAACAGTATATGCCG
CTCCTTTGGGACAGGCTAGTCCGCCGACTAATGGTTGAAGGTAAGGATAG
CGTCGACGATGTTATTGATTTCATGGACAGCTATTTCCTTACGCGCGAGG
ATTGGGATGCCTTGGTAGAACTTGGGCTGGGACCTATGGATGAATCCAAT
GTGAAGCTGCAGACACAGACGAAAGCAGCATTCACGCGGATCTACAACCA
GCGCTCCCACCCTCTTCCATTCATCAAGGCCAGCAGTATTGCTGCTCCCA
AAAAGATGCCGAAGGAGAAGCCTGACATTGAAGATGCCATTGAGGAATCG
GATGAAGAAGAGGTACTCGAAGACGACTCGAAGGACAATGACGAGAGCGA
AGAGCTTGATTTGAAGAAGGACAAGTATGTTCGCGTGCCCAAGAAAGCTG
CGAAGGGTGGAGCGGCCAAAGGAAGGAAATCGAAGAAGGCAGCAGCGGGC
GACGATGATTTCATCGATGACGAGGAAGAGAAGCCCAAGAAGGCTCGAGG
CCGGAAGCCAAAGGCCAAATGAACAGCCAGAAGTATCGAAGGGTGAACCC
ACAACTTCGTCAGACTATTTCGCATCTAGCAAGAAGAGAGGCAGGCCAGC
CAAGGAGACCAAGACATCTCAGCCTGCTGTCACCGACGAACCCGAAGCGA
AGCCATCTCCGAAACCGAAAAAGTCTACGAGCACCGAAAAACCTGCACCA
AGACCTCAACGCGGTACACGAAAGGCTACCACAGTCGTTGACGACGATGA
ACTCGGTGGCGATGATATCCATGCGACAGAGTACAAAAAAACAGGCAAGG
GGGATGATGATTATGTCGAGGAAGAGGATAAGGAGAGTGACAGTGACTTT
GAGGAACTTGCGGTAAAGCCGGCTAGTGCCGCCTCTGGAAGACAGGGACG
TAAGAAGGCGGCAACTGCTGAATCGGATGAGGATGTGGTAATGGAGGACC
TGCCAAAGCGACCTTCCAGCGCTGCCAAGTCAGCCGCCACTCAGCCAGCG
CGCAAACGCAAATCCGAAGTTCTCGAGAAGGACGAGGACTACGACTCCAA
AACTAGTCCTAAGAAGGCCGCGCAGACGAAAGCCGCTCCCCGTACCCCTA
AGAAGCCAAGGGCGTCTACCAAAACCGATCGACCTGAAAGCAAGGAGATT
CAGGATATATTCGACAGCATTCCTACGATCAGACCACCCTCTCCTCCGCG
CGAGACTGGTGAAAAGGCCAAATTTAACTACGCTGCTCACGCACAGCGCT
CGCGGTCACCAGTAGCTGGAGGGGCGGACATACCAGAGGGAGCGGAAAAT
TGTCTTGCAGGGCTCTCCTTTGTTTTCACTGGTGTCTTGGACACACTCGG
CCGCGACGAAGGACAAAACTTGGTCAAGAAGTATGGCGGTAAAGTTACTG
GAGCCCCTAGTTCCAAAACCAGCTATGTTGTTCTGGGAGCGGATGCCGGA
CCTAAAAAGCTGGCAACGATTAAGCAGCACAATCTAAAGACAATTAACGA
GGAAGGACTTTTCGAGCTTATTCGACGACTTCCAGCCAATGGTGGAGATG
GGAAGGCAGCAGAGCAACATGAGGCGAAAAAGAAAGCAGAAGAAGAAAAG
ATTCGCGCGATGGCCGCTGAGATCGACCGCGAAGAAAAGCGCAAGGCGGC
GGCTACGCGTAACACTGCTCCCTCAGGGCCTCAACCGCCATCAAGTTCGC
AAAGTACGACGCAAAGCACGAAGACTGACGACCGCCTGTGGACCACCAAA
TATGCGCCGACATCGATGAATATGATTTGTGGTAATAAAGGTGTTGTCGA
GAAACTACAGAATTGGCTTCGCGACTGGCATAAGAATGCCAAGGCTGGAT
TCAACAAGCCAGGGAAGGATGGGTCAGGGATGTATCGCTCTGTCATGATT
CACGGACCGCCTGGAATTGGCAAGACCACTGCAGCACACCTGGTGGCAAA
GCTAGAAGGATACGATGTCGTGGAGACGAATGCAAGTGACACAAGAAGCA
AGAAGCTCGTTGAGAATGGCCTTCTCGGTGTTTTGGACACGACTTCGCTG
CAAGGCTACTTTTCGGGTGTTGGGAAGAAGGTGGAGAGTGCGAAGAAGAA
TTTGGTCCTCATTATGGATGAAGTTGACGGAATGTCCGCTGGTGATAGAG
GTGGTGTGGGAGCACTCGCCTCAATCGCCAAGAAGACTCACATCCCGCTG
ATTTTGATTTGTAACGAGCGAAGGCTCCCGAAAATGAAGCCTTTCGATCA
TGTCACATATGAACTTCCGTTCAGGAGACCGACAGCCGAACAGATTAGAG
CCCGACTGTCGACCATCTGCTTCCGCGAGGGCTTGAGGATCCCGCCTCAG
GTCTTAGACAGCCTTATTGAAGGCACCAACGCGGACATCCGGCAAGTGAT
CAACATGCTTTCAACCGTCAAATTAGACCAGACAAACCTAGACTTCGAGA
AGGGGAAGCAAATGTCCAAAGCATGGGAAAAGCACATCGTTCTAAAGCCG
TGGGATATCGTCGGCAAGATCCTCAGTGCGCAAATGTTCTCGCCAAGCTC
CAAGGCTACTTTAAATGATAAGATCGAACTCTACTTCAATGATCACGAAT
TCAGCCCCCTGATGCTTCAGGAGAACTACCTGAAAACACGACCGGCGTTA
GCGGGCGCATATCATGGCAGAGAACAAAAGCTGAAACAGCTTGAACTAAT
GGACAACGCCGCTTCGAGTATCAGTGATGGTGATCTCGTTGACAGGATGA
TTCATGGTACTCAGCAGCAATGGAGTCTGATGCCTACCCATGCGGTGTTC
AGTTTTGTGAGACCGGCGAGCTTTACGTACGGAAACATGATGGAGCGGCC
CGGGTTTACTAGTTGGTTGGGACAGAACAGTAAACAAGGGACTAGAAAGG
TTGTAGACGACAGTGATGAGGAAGAAGTTGTCGCTACCAAGTCCGTAAGC
CCGAAGGTGAAGGCTCCGAGCAAGCCATGCCTGCTGATATTCGGAGCTTT
TTTGGCGGCAAGTCTAGCAAGCTTTGGCGTTACATCAAAGAAATTCAGGG
CCATATGCGTCTTCGCGCATCTGGAGATAGAGATGAGATTCGACAACAGT
ATATGCCGCTCCTTTGGGACAGGCTAGTCCGCCGACTAATGGTTGAAGGT
AAGGATAGCGTCGACGATGTTATTGATTTCATGGACAGCTATTTCCTTAC
GCGCGAGGATTGGGATGCCTTGGTAGAACTTGGGCTGGGACCTATGGATG
AATCCAATGTGAAGCTGCAGACACAGACGAAAGCAGCATTCACGCGGATC
TACAACCAGCGCTCCCACCCTCTTCCATTCATCAAGGCCAGCAGTATTGC
TGCTCCCAAAAAGATGCCGAAGGAGAAGCCTGACATTGAAGATGCCATTG
AGGAATCGGATGAAGAAGAGGTACTCGAAGACGACTCGAAGGACAATGAC
GAGAGCGAAGAGCTTGATTTGAAGAAGGACAAGTATGTTCGCGTGCCCAA
GAAAGCTGCGAAGGGTGGAGCGGCCAAAGGAAGGAAATCGAAGAAGGCAG
CAGCGGGCGACGATGATTTCATCGATGACGAGGAAGAGAAGCCCAAGAAG
GCTCGAGGCCGGAAGCCAAAGGCCAAATGAACAGCCAGAAGTATCGAAGG
GTGAACCCACAACTTCGTCAGACTATTTCGCATCTAGCAAGAAGAGAGGC
AGGCCAGCCAAGGAGACCAAGACATCTCAGCCTGCTGTCACCGACGAACC
CGAAGCGAAGCCATCTCCGAAACCGAAAAAGTCTACGAGCACCGAAAAAC
CTGCACCAAGACCTCAACGCGGTACACGAAAGGCTACCACAGTCGTTGAC
GACGATGAACTCGGTGGCGATGATATCCATGCGACAGAGTACAAAAAAAC
AGGCAAGGGGGATGATGATTATGTCGAGGAAGAGGATAAGGAGAGTGACA
GTGACTTTGAGGAACTTGCGGTAAAGCCGGCTAGTGCCGCCTCTGGAAGA
CAGGGACGTAAGAAGGCGGCAACTGCTGAATCGGATGAGGATGTGGTAAT
GGAGGACCTGCCAAAGCGACCTTCCAGCGCTGCCAAGTCAGCCGCCACTC
AGCCAGCGCGCAAACGCAAATCCGAAGTTCTCGAGAAGGACGAGGACTAC
GACTCCAAAACTAGTCCTAAGAAGGCCGCGCAGACGAAAGCCGCTCCCCG
TACCCCTAAGAAGCCAAGGGCGTCTACCAAAACCGATCGACCTGAAAGCA
AGGAGATTCAGGATATATTCGACAGCATTCCTACGATCAGACCACCCTCT
CCTCCGCGCGAGACTGGTGAAAAGGCCAAATTTAACTACGCTGCTCACGC
ACAGCGCTCGCGGTCACCAGTAGCTGGAGGGGCGGACATACCAGAGGGAG
CGGAAAATTGTCTTGCAGGGCTCTCCTTTGTTTTCACTGGTGTCTTGGAC
ACACTCGGCCGCGACGAAGGACAAAACTTGGTCAAGAAGTATGGCGGTAA
AGTTACTGGAGCCCCTAGTTCCAAAACCAGCTATGTTGTTCTGGGAGCGG
ATGCCGGACCTAAAAAGCTGGCAACGATTAAGCAGCACAATCTAAAGACA
ATTAACGAGGAAGGACTTTTCGAGCTTATTCGACGACTTCCAGCCAATGG
TGGAGATGGGAAGGCAGCAGAGCAACATGAGGCGAAAAAGAAAGCAGAAG
AAGAAAAGATTCGCGCGATGGCCGCTGAGATCGACCGCGAAGAAAAGCGC
AAGGCGGCGGCTACGCGTAACACTGCTCCCTCAGGGCCTCAACCGCCATC
AAGTTCGCAAAGTACGACGCAAAGCACGAAGACTGACGACCGCCTGTGGA
CCACCAAATATGCGCCGACATCGATGAATATGATTTGTGGTAATAAAGGT
GTTGTCGAGAAACTACAGAATTGGCTTCGCGACTGGCATAAGAATGCCAA
GGCTGGATTCAACAAGCCAGGGAAGGATGGGTCAGGGATGTATCGCTCTG
TCATGATTCACGGACCGCCTGGAATTGGCAAGACCACTGCAGCACACCTG
GTGGCAAAGCTAGAAGGATACGATGTCGTGGAGACGAATGCAAGTGACAC
AAGAAGCAAGAAGCTCGTTGAGAATGGCCTTCTCGGTGTTTTGGACACGA
CTTCGCTGCAAGGCTACTTTTCGGGTGTTGGGAAGAAGGTGGAGAGTGCG
AAGAAGAATTTGGTCCTCATTATGGATGAAGTTGACGGAATGTCCGCTGG
TGATAGAGGTGGTGTGGGAGCACTCGCCTCAATCGCCAAGAAGACTCACA
TCCCGCTGATTTTGATTTGTAACGAGCGAAGGCTCCCGAAAATGAAGCCT
TTCGATCATGTCACATATGAACTTCCGTTCAGGAGACCGACAGCCGAACA
GATTAGAGCCCGACTGTCGACCATCTGCTTCCGCGAGGGCTTGAGGATCC
CGCCTCAGGTCTTAGACAGCCTTATTGAAGGCACCAACGCGGACATCCGG
CAAGTGATCAACATGCTTTCAACCGTCAAATTAGACCAGACAAACCTAGA
CTTCGAGAAGGGGAAGCAAATGTCCAAAGCATGGGAAAAGCACATCGTTC
TAAAGCCGTGGGATATCGTCGGCAAGATCCTCAGTGCGCAAATGTTCTCG
CCAAGCTCCAAGGCTACTTTAAATGATAAGATCGAACTCTACTTCAATGA
TCACGAATTCAGCCCCCTGATGCTTCAGGAGAACTACCTGAAAACACGAC
CGGCGTTAGCGGGCGCATATCATGGCAGAGAACAAAAGCTGAAACAGCTT
GAACTAATGGACAACGCCGCTTCGAGTATCAGTGATGGTGATCTCGTTGA
CAGGATGATTCATGGTACTCAGCAGCAATGGAGTCTGATGCCTACCCATG
CGGTGTTCAGTTTTGTGAGACCGGCGAGCTTTACGTACGGAAACATGATG
GAGCGGCCCGGGTTTACTAGTTGGTTGGGACAGAACAGTAAACAAGGGAC
TAGAAAGGTTGTAGACGACAGTGATGAGGAAGAAGTTGTCGCTACCAAGT
CCGTAAGCCCGAAGGTGAAGGCTCCGAGCAAGCCATGCCTGCTGATATTC
GGAGCTTTTTTGGCGGCAAGTCTAGCAAGCTTTGGCGTTACATCAAAGAA
ATTCAGGGCCATATGCGTCTTCGCGCATCTGGAGATAGAGATGAGATTCG
ACAACAGTATATGCCGCTCCTTTGGGACAGGCTAGTCCGCCGACTAATGG
TTGAAGGTAAGGATAGCGTCGACGATGTTATTGATTTCATGGACAGCTAT
TTCCTTACGCGCGAGGATTGGGATGCCTTGGTAGAACTTGGGCTGGGACC
TATGGATGAATCCAATGTGAAGCTGCAGACACAGACGAAAGCAGCATTCA
CGCGGATCTACAACCAGCGCTCCCACCCTCTTCCATTCATCAAGGCCAGC
AGTATTGCTGCTCCCAAAAAGATGCCGAAGGAGAAGCCTGACATTGAAGA
TGCCATTGAGGAATCGGATGAAGAAGAGGTACTCGAAGACGACTCGAAGG
ACAATGACGAGAGCGAAGAGCTTGATTTGAAGAAGGACAAGTATGTTCGC
GTGCCCAAGAAAGCTGCGAAGGGTGGAGCGGCCAAAGGAAGGAAATCGAA
GAAGGCAGCAGCGGGCGACGATGATTTCATCGATGACGAGGAAGAGAAGC
CCAAGAAGGCTCGAGGCCGGAAGCCAAAGGCCAAATGAACAGCCAGAAGT
ATCGAAGGGTGAACCCACAACTTCGTCAGACTATTTCGCATCTAGCAAGA
AGAGAGGCAGGCCAGCCAAGGAGACCAAGACATCTCAGCCTGCTGTCACC
GACGAACCCGAAGCGAAGCCATCTCCGAAACCGAAAAAGTCTACGAGCAC
CGAAAAACCTGCACCAAGACCTCAACGCGGTACACGAAAGGCTACCACAG
TCGTTGACGACGATGAACTCGGTGGCGATGATATCCATGCGACAGAGTAC
AAAAAAACAGGCAAGGGGGATGATGATTATGTCGAGGAAGAGGATAAGGA
GAGTGACAGTGACTTTGAGGAACTTGCGGTAAAGCCGGCTAGTGCCGCCT
CTGGAAGACAGGGACGTAAGAAGGCGGCAACTGCTGAATCGGATGAGGAT
GTGGTAATGGAGGACCTGCCAAAGCGACCTTCCAGCGCTGCCAAGTCAGC
CGCCACTCAGCCAGCGCGCAAACGCAAATCCGAAGTTCTCGAGAAGGACG
AGGACTACGACTCCAAAACTAGTCCTAAGAAGGCCGCGCAGACGAAAGCC
GCTCCCCGTACCCCTAAGAAGCCAAGGGCGTCTACCAAAACCGATCGACC
TGAAAGCAAGGAGATTCAGGATATATTCGACAGCATTCCTACGATCAGAC
CACCCTCTCCTCCGCGCGAGACTGGTGAAAAGGCCAAATTTAACTACGCT
GCTCACGCACAGCGCTCGCGGTCACCAGTAGCTGGAGGGGCGGACATACC
AGAGGGAGCGGAAAATTGTCTTGCAGGGCTCTCCTTTGTTTTCACTGGTG
TCTTGGACACACTCGGCCGCGACGAAGGACAAAACTTGGTCAAGAAGTAT
GGCGGTAAAGTTACTGGAGCCCCTAGTTCCAAAACCAGCTATGTTGTTCT
GGGAGCGGATGCCGGACCTAAAAAGCTGGCAACGATTAAGCAGCACAATC
TAAAGACAATTAACGAGGAAGGACTTTTCGAGCTTATTCGACGACTTCCA
GCCAATGGTGGAGATGGGAAGGCAGCAGAGCAACATGAGGCGAAAAAGAA
AGCAGAAGAAGAAAAGATTCGCGCGATGGCCGCTGAGATCGACCGCGAAG
AAAAGCGCAAGGCGGCGGCTACGCGTAACACTGCTCCCTCAGGGCCTCAA
CCGCCATCAAGTTCGCAAAGTACGACGCAAAGCACGAAGACTGACGACCG
CCTGTGGACCACCAAATATGCGCCGACATCGATGAATATGATTTGTGGTA
ATAAAGGTGTTGTCGAGAAACTACAGAATTGGCTTCGCGACTGGCATAAG
AATGCCAAGGCTGGATTCAACAAGCCAGGGAAGGATGGGTCAGGGATGTA
TCGCTCTGTCATGATTCACGGACCGCCTGGAATTGGCAAGACCACTGCAG
CACACCTGGTGGCAAAGCTAGAAGGATACGATGTCGTGGAGACGAATGCA
AGTGACACAAGAAGCAAGAAGCTCGTTGAGAATGGCCTTCTCGGTGTTTT
GGACACGACTTCGCTGCAAGGCTACTTTTCGGGTGTTGGGAAGAAGGTGG
AGAGTGCGAAGAAGAATTTGGTCCTCATTATGGATGAAGTTGACGGAATG
TCCGCTGGTGATAGAGGTGGTGTGGGAGCACTCGCCTCAATCGCCAAGAA
GACTCACATCCCGCTGATTTTGATTTGTAACGAGCGAAGGCTCCCGAAAA
TGAAGCCTTTCGATCATGTCACATATGAACTTCCGTTCAGGAGACCGACA
GCCGAACAGATTAGAGCCCGACTGTCGACCATCTGCTTCCGCGAGGGCTT
GAGGATCCCGCCTCAGGTCTTAGACAGCCTTATTGAAGGCACCAACGCGG
ACATCCGGCAAGTGATCAACATGCTTTCAACCGTCAAATTAGACCAGACA
AACCTAGACTTCGAGAAGGGGAAGCAAATGTCCAAAGCATGGGAAAAGCA
CATCGTTCTAAAGCCGTGGGATATCGTCGGCAAGATCCTCAGTGCGCAAA
TGTTCTCGCCAAGCTCCAAGGCTACTTTAAATGATAAGATCGAACTCTAC
TTCAATGATCACGAATTCAGCCCCCTGATGCTTCAGGAGAACTACCTGAA
AACACGACCGGCGTTAGCGGGCGCATATCATGGCAGAGAACAAAAGCTGA
AACAGCTTGAACTAATGGACAACGCCGCTTCGAGTATCAGTGATGGTGAT
CTCGTTGACAGGATGATTCATGGTACTCAGCAGCAATGGAGTCTGATGCC
TACCCATGCGGTGTTCAGTTTTGTGAGACCGGCGAGCTTTACGTACGGAA
ACATGATGGAGCGGCCCGGGTTTACTAGTTGGTTGGGACAGAACAGTAAA
CAAGGGACTAGAAAGGTTGTAGACGACAGTGATGAGGAAGAAGTTGTCGC
TACCAAGTCCGTAAGCCCGAAGGTGAAGGCTCCGAGCAAGCCATGCCTGC
TGATATTCGGAGCTTTTTTGGCGGCAAGTCTA
back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
TermDefinition
GO:0005663DNA replication factor C complex
Vocabulary: Biological Process
TermDefinition
GO:0006281DNA repair
GO:0006260DNA replication
Vocabulary: Molecular Function
TermDefinition
GO:0003677DNA binding
GO:0005524ATP binding
GO:0003689DNA clamp loader activity
Relationships

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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_52205ASPNIDRAFT_52205Aspergillus niger ATCC 1015gene


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_52205-T1ASPNIDRAFT_52205-T1-proteinAspergillus niger ATCC 1015polypeptide


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_52205-T1.cdsASPNIDRAFT_52205-T1.cdsAspergillus niger ATCC 1015CDS


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_52205-T1.exon4ASPNIDRAFT_52205-T1.exon4Aspergillus niger ATCC 1015exon
ASPNIDRAFT_52205-T1.exon3ASPNIDRAFT_52205-T1.exon3Aspergillus niger ATCC 1015exon
ASPNIDRAFT_52205-T1.exon2ASPNIDRAFT_52205-T1.exon2Aspergillus niger ATCC 1015exon
ASPNIDRAFT_52205-T1.exon1ASPNIDRAFT_52205-T1.exon1Aspergillus niger ATCC 1015exon


Properties
Property NameValue
NoteBUSCO:EOG09261NW2
DBxrefInterPro:IPR027417
DBxrefInterPro:IPR008921
DBxrefInterPro:IPR012178
DBxrefInterPro:IPR003959
DBxrefInterPro:IPR013725
DBxrefInterPro:IPR036420
DBxrefInterPro:IPR001357
DBxrefInterPro:IPR003593
DBxrefPFAM:PF08519
DBxrefPFAM:PF00533
DBxrefPFAM:PF13401
DBxrefPFAM:PF00004
Producthypothetical protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Aspergillus niger ATCC 1015 whole genome analysis2021-11-01
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
ACJE01000010.1supercontigACJE01000010.1:1118294..1121715 -
Powered by Drupal