You are here

Home

ATCC10864_011512-T1, ATCC10864_011512-T1 (mRNA) Aspergillus niger ATCC 10864

Overview
NameATCC10864_011512-T1
Unique NameATCC10864_011512-T1
TypemRNA
OrganismAspergillus niger ATCC 10864
Sequences
The following sequences are available for this feature:

mRNA from alignment at MCQH01000282:574539..576668-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>ATCC10864_011512-T1 ID=ATCC10864_011512-T1|Name=ATCC10864_011512-T1|organism=Aspergillus niger ATCC 10864|type=mRNA|length=2130bp|location=Sequence derived from alignment at MCQH01000282:574539..576668- (Aspergillus niger ATCC 10864)
ATGCGCCTTTCATGTATACGATCCAGTTCACTGTCAACCCAGAAATCACG
CTGACTGATCCATAGGTAGATGGGCGTAGCCGGGTTTCTAATTTTTGGAT
TCCGACGGGCGGCATTACCAAAAAGCCCGTCCAGGGTGAGAAAGGTATTG
ATTATTGCCAGCCTATCCCATTGTTGACGGCTTCTAATATTGCTCAGAGG
ATGCCAATGACCTCTTGATCCGAGGTGGCTTTTTGCGACAGGTAAGTATC
ACTCCCAATACGATAGATCTTGTCCTGATCCGGTCTTCAGGCTTACTCGG
GGATATTCCATATGCTGCCTCTGGGACTGCGTGTGCAAGATAAGCTAGAG
CGACTCATTGATAAGCATATGCGAACAGTTGGTATGTTAACGTTACGCCC
TCCGCAGTCATTGAGTTCTTTCTTATCGGGTGGATCTCTGCAGGGGCATC
TAAGGTGTCATTATCATCTTTATCCGCCCAGGAGCTTTGGGAGCAGTCTG
GGCGTCTAAAAGAGGGCTCGGAAGTATGAAATCCGCTGTCTTTGTATCAA
CGTTTACTTACGTCTGTCTCAGATCTTTCGTTTCCAGGATCGGAAAGAGT
CCCGCTTTCTTCTTGCGCCGACTCATGAAGAGGAGATCACCACTCTAGTG
GGTCATCTTACCAAATCCTATAGAGATCTGCCAGTGCGAGTGTACCAAAT
ATGTAAGTAGATAATCCAAGGCTGAGACAACTGCTGACATCAATGTAGCA
AGGAAGTACCGGGATGAACAGCGACCCAGGCAGGGCTTACTTCGTGGGCG
TGAATTCATCATGAAGGATCTCTACACTTTCGATTACAACGCCGAGAATG
CCCTGAAGACGTATACAGCTGTAAAGAAGGCTTACACAGAGCTCTTCGAT
GAGCTCAAGATCCCCTATTTGGTTGCTGCTGCGGATTCCGGGAACATGGG
CGGTAGCCTAAGTCACGAGTTCCACTTTGCTAGCAACAAGGGCGAGGACA
CAGTTATCAGCTGTTCCAGCTGCGATAGTGTCTACAACGAGGAACTTGCC
GATGGAAAGGCCCATAATGTCGATGACCAGCAAACCCGAATTGGTCACGC
ATCCGGCTTTGACACGGGCGAAGTATCTGGCGAATCAGCGAAAGCTGTTT
CTGTTGGCCTGTGGATGGCGATATCACAAGACAAAAACACACTTCTGCGC
TGCTGGTATCCGCAGTATACATTGAAGGACCCTAGTCAGCCGCCAGCTGA
AAGGGAAGTCAACTCCCATGCCGTCAAGTCTATTGCCAAGGCGGCCGGCA
TAGACCTTGATATCAGTATTGAAAACCCCTTGGAACAATGGGCAAAGCAC
ATTCAGTCAGAGGAAGCTTCCGGCCAGCGGCCTCGAGTGTTGGATGTGTA
CGACTCATATGTGCGGGCATACAAGCGCCCTCCTTTGACGGACACATTAG
ACGGGATTAACCGCGCCGTGGAGGATGTTGACTTTTCAAAACTCGATCGC
TTCCCCGGAACCAACAACTATCTCAACCTTGTACGGGTGCACGAAGGCGA
CCAGTGCTCGAAATGCGGCCAAGGTTTGACAAAGACCCACAAAGCCACCG
AACTTGGTCACACGTTCCACCTTGGCACGCGATACAGCGATGTTCTACAG
GCCTCTGTGGTGGTTGACCGCGCTCACCTTGACCCAGGCGACCGTTCGTC
ATCATCCCAAAAAGACCAATTAGTCCCAATGCAGATGGGGTGTCACGGTA
TCGGAGTATCACGCATGATCAGCGCGGTAGCAGACAACCTGGCAGATTCC
AAGGGTCTCAACTGGCCTCGTGCGATCGCTCCCTACGAAGTCATCGTCGT
CCCTGCCAAGGGAATGGAAGAGGAAGCAGTGCAAATTTACGACGCGCTCA
CCTCAGAGCCCACTACTGCCTTGGACGTCATCCTCGACGACCGCGATAAG
CAGATGGGCTGGAAGCTGGGAGATGCAGATCTTATTGGTTACCCTGTGAT
TGTGGTCGTAGGCAAAGGCTGGAAAAAGCAGCGCACCCTGGAAGTGCAGT
GTCGGCGACTTGAAGTACGTGAGGATGTTGCCTTGGAGGCTCTGCCGGAG
TTTGTGGGTTCTTTGCTTGAGAAGCTGTAG
back to top

Coding sequence (CDS) from alignment at MCQH01000282:574539..576668-

>ATCC10864_011512-T1 ID=ATCC10864_011512-T1|Name=ATCC10864_011512-T1|organism=Aspergillus niger ATCC 10864|type=CDS|length=12705bp|location=Sequence derived from alignment at MCQH01000282:574539..576668- (Aspergillus niger ATCC 10864)
CAAGGAAGTACCGGGATGAACAGCGACCCAGGCAGGGCTTACTTCGTGGG
CGTGAATTCATCATGAAGGATCTCTACACTTTCGATTACAACGCCGAGAA
TGCCCTGAAGACGTATACAGCTGTAAAGAAGGCTTACACAGAGCTCTTCG
ATGAGCTCAAGATCCCCTATTTGGTTGCTGCTGCGGATTCCGGGAACATG
GGCGGTAGCCTAAGTCACGAGTTCCACTTTGCTAGCAACAAGGGCGAGGA
CACAGTTATCAGCTGTTCCAGCTGCGATAGTGTCTACAACGAGGAACTTG
CCGATGGAAAGGCCCATAATGTCGATGACCAGCAAACCCGAATTGGTCAC
GCATCCGGCTTTGACACGGGCGAAGTATCTGGCGAATCAGCGAAAGCTGT
TTCTGTTGGCCTGTGGATGGCGATATCACAAGACAAAAACACACTTCTGC
GCTGCTGGTATCCGCAGTATACATTGAAGGACCCTAGTCAGCCGCCAGCT
GAAAGGGAAGTCAACTCCCATGCCGTCAAGTCTATTGCCAAGGCGGCCGG
CATAGACCTTGATATCAGTATTGAAAACCCCTTGGAACAATGGGCAAAGC
ACATTCAGTCAGAGGAAGCTTCCGGCCAGCGGCCTCGAGTGTTGGATGTG
TACGACTCATATGTGCGGGCATACAAGCGCCCTCCTTTGACGGACACATT
AGACGGGATTAACCGCGCCGTGGAGGATGTTGACTTTTCAAAACTCGATC
GCTTCCCCGGAACCAACAACTATCTCAACCTTGTACGGGTGCACGAAGGC
GACCAGTGCTCGAAATGCGGCCAAGGTTTGACAAAGACCCACAAAGCCAC
CGAACTTGGTCACACGTTCCACCTTGGCACGCGATACAGCGATGTTCTAC
AGGCCTCTGTGGTGGTTGACCGCGCTCACCTTGACCCAGGCGACCGTTCG
TCATCATCCCAAAAAGACCAATTAGTCCCAATGCAGATGGGGTGTCACGG
TATCGGAGTATCACGCATGATCAGCGCGGTAGCAGACAACCTGGCAGATT
CCAAGGGTCTCAACTGGCCTCGTGCGATCGCTCCCTACGAAGTCATCGTC
GTCCCTGCCAAGGGAATGGAAGAGGAAGCAGTGCAAATTTACGACGCGCT
CACCTCAGAGCCCACTACTGCCTTGGACGTCATCCTCGACGACCGCGATA
AGCAGATGGGCTGGAAGCTGGGAGATGCAGATCTTATTGGTTACCCTGTG
ATTGTGGTCGTAGGCAAAGGCTGGAAAAAGCAGCGCACCCTGGAAGTGCA
GTGTCGGCGACTTGAAGTACGTGAGGATGTTGCCTTGGAGGCTCTGCCGG
AGTTTGTGGGTTCTTTGCTTGAGAAGCTGTAGATCTTTCGTTTCCAGGAT
CGGAAAGAGTCCCGCTTTCTTCTTGCGCCGACTCATGAAGAGGAGATCAC
CACTCTAGTGGGTCATCTTACCAAATCCTATAGAGATCTGCCAGTGCGAG
TGTACCAAATATGGGCATCTAAGGTGTCATTATCATCTTTATCCGCCCAG
GAGCTTTGGGAGCAGTCTGGGCGTCTAAAAGAGGGCTCGGAAGCTTACTC
GGGGATATTCCATATGCTGCCTCTGGGACTGCGTGTGCAAGATAAGCTAG
AGCGACTCATTGATAAGCATATGCGAACAGTTGAGGATGCCAATGACCTC
TTGATCCGAGGTGGCTTTTTGCGACAGATGGGCGTAGCCGGGTTTCTAAT
TTTTGGATTCCGACGGGCGGCATTACCAAAAAGCCCGTCCAGGGTGAGAA
AGATGCGCCTTTCATCAAGGAAGTACCGGGATGAACAGCGACCCAGGCAG
GGCTTACTTCGTGGGCGTGAATTCATCATGAAGGATCTCTACACTTTCGA
TTACAACGCCGAGAATGCCCTGAAGACGTATACAGCTGTAAAGAAGGCTT
ACACAGAGCTCTTCGATGAGCTCAAGATCCCCTATTTGGTTGCTGCTGCG
GATTCCGGGAACATGGGCGGTAGCCTAAGTCACGAGTTCCACTTTGCTAG
CAACAAGGGCGAGGACACAGTTATCAGCTGTTCCAGCTGCGATAGTGTCT
ACAACGAGGAACTTGCCGATGGAAAGGCCCATAATGTCGATGACCAGCAA
ACCCGAATTGGTCACGCATCCGGCTTTGACACGGGCGAAGTATCTGGCGA
ATCAGCGAAAGCTGTTTCTGTTGGCCTGTGGATGGCGATATCACAAGACA
AAAACACACTTCTGCGCTGCTGGTATCCGCAGTATACATTGAAGGACCCT
AGTCAGCCGCCAGCTGAAAGGGAAGTCAACTCCCATGCCGTCAAGTCTAT
TGCCAAGGCGGCCGGCATAGACCTTGATATCAGTATTGAAAACCCCTTGG
AACAATGGGCAAAGCACATTCAGTCAGAGGAAGCTTCCGGCCAGCGGCCT
CGAGTGTTGGATGTGTACGACTCATATGTGCGGGCATACAAGCGCCCTCC
TTTGACGGACACATTAGACGGGATTAACCGCGCCGTGGAGGATGTTGACT
TTTCAAAACTCGATCGCTTCCCCGGAACCAACAACTATCTCAACCTTGTA
CGGGTGCACGAAGGCGACCAGTGCTCGAAATGCGGCCAAGGTTTGACAAA
GACCCACAAAGCCACCGAACTTGGTCACACGTTCCACCTTGGCACGCGAT
ACAGCGATGTTCTACAGGCCTCTGTGGTGGTTGACCGCGCTCACCTTGAC
CCAGGCGACCGTTCGTCATCATCCCAAAAAGACCAATTAGTCCCAATGCA
GATGGGGTGTCACGGTATCGGAGTATCACGCATGATCAGCGCGGTAGCAG
ACAACCTGGCAGATTCCAAGGGTCTCAACTGGCCTCGTGCGATCGCTCCC
TACGAAGTCATCGTCGTCCCTGCCAAGGGAATGGAAGAGGAAGCAGTGCA
AATTTACGACGCGCTCACCTCAGAGCCCACTACTGCCTTGGACGTCATCC
TCGACGACCGCGATAAGCAGATGGGCTGGAAGCTGGGAGATGCAGATCTT
ATTGGTTACCCTGTGATTGTGGTCGTAGGCAAAGGCTGGAAAAAGCAGCG
CACCCTGGAAGTGCAGTGTCGGCGACTTGAAGTACGTGAGGATGTTGCCT
TGGAGGCTCTGCCGGAGTTTGTGGGTTCTTTGCTTGAGAAGCTGTAGATC
TTTCGTTTCCAGGATCGGAAAGAGTCCCGCTTTCTTCTTGCGCCGACTCA
TGAAGAGGAGATCACCACTCTAGTGGGTCATCTTACCAAATCCTATAGAG
ATCTGCCAGTGCGAGTGTACCAAATATGGGCATCTAAGGTGTCATTATCA
TCTTTATCCGCCCAGGAGCTTTGGGAGCAGTCTGGGCGTCTAAAAGAGGG
CTCGGAAGCTTACTCGGGGATATTCCATATGCTGCCTCTGGGACTGCGTG
TGCAAGATAAGCTAGAGCGACTCATTGATAAGCATATGCGAACAGTTGAG
GATGCCAATGACCTCTTGATCCGAGGTGGCTTTTTGCGACAGATGGGCGT
AGCCGGGTTTCTAATTTTTGGATTCCGACGGGCGGCATTACCAAAAAGCC
CGTCCAGGGTGAGAAAGATGCGCCTTTCATCAAGGAAGTACCGGGATGAA
CAGCGACCCAGGCAGGGCTTACTTCGTGGGCGTGAATTCATCATGAAGGA
TCTCTACACTTTCGATTACAACGCCGAGAATGCCCTGAAGACGTATACAG
CTGTAAAGAAGGCTTACACAGAGCTCTTCGATGAGCTCAAGATCCCCTAT
TTGGTTGCTGCTGCGGATTCCGGGAACATGGGCGGTAGCCTAAGTCACGA
GTTCCACTTTGCTAGCAACAAGGGCGAGGACACAGTTATCAGCTGTTCCA
GCTGCGATAGTGTCTACAACGAGGAACTTGCCGATGGAAAGGCCCATAAT
GTCGATGACCAGCAAACCCGAATTGGTCACGCATCCGGCTTTGACACGGG
CGAAGTATCTGGCGAATCAGCGAAAGCTGTTTCTGTTGGCCTGTGGATGG
CGATATCACAAGACAAAAACACACTTCTGCGCTGCTGGTATCCGCAGTAT
ACATTGAAGGACCCTAGTCAGCCGCCAGCTGAAAGGGAAGTCAACTCCCA
TGCCGTCAAGTCTATTGCCAAGGCGGCCGGCATAGACCTTGATATCAGTA
TTGAAAACCCCTTGGAACAATGGGCAAAGCACATTCAGTCAGAGGAAGCT
TCCGGCCAGCGGCCTCGAGTGTTGGATGTGTACGACTCATATGTGCGGGC
ATACAAGCGCCCTCCTTTGACGGACACATTAGACGGGATTAACCGCGCCG
TGGAGGATGTTGACTTTTCAAAACTCGATCGCTTCCCCGGAACCAACAAC
TATCTCAACCTTGTACGGGTGCACGAAGGCGACCAGTGCTCGAAATGCGG
CCAAGGTTTGACAAAGACCCACAAAGCCACCGAACTTGGTCACACGTTCC
ACCTTGGCACGCGATACAGCGATGTTCTACAGGCCTCTGTGGTGGTTGAC
CGCGCTCACCTTGACCCAGGCGACCGTTCGTCATCATCCCAAAAAGACCA
ATTAGTCCCAATGCAGATGGGGTGTCACGGTATCGGAGTATCACGCATGA
TCAGCGCGGTAGCAGACAACCTGGCAGATTCCAAGGGTCTCAACTGGCCT
CGTGCGATCGCTCCCTACGAAGTCATCGTCGTCCCTGCCAAGGGAATGGA
AGAGGAAGCAGTGCAAATTTACGACGCGCTCACCTCAGAGCCCACTACTG
CCTTGGACGTCATCCTCGACGACCGCGATAAGCAGATGGGCTGGAAGCTG
GGAGATGCAGATCTTATTGGTTACCCTGTGATTGTGGTCGTAGGCAAAGG
CTGGAAAAAGCAGCGCACCCTGGAAGTGCAGTGTCGGCGACTTGAAGTAC
GTGAGGATGTTGCCTTGGAGGCTCTGCCGGAGTTTGTGGGTTCTTTGCTT
GAGAAGCTGTAGATCTTTCGTTTCCAGGATCGGAAAGAGTCCCGCTTTCT
TCTTGCGCCGACTCATGAAGAGGAGATCACCACTCTAGTGGGTCATCTTA
CCAAATCCTATAGAGATCTGCCAGTGCGAGTGTACCAAATATGGGCATCT
AAGGTGTCATTATCATCTTTATCCGCCCAGGAGCTTTGGGAGCAGTCTGG
GCGTCTAAAAGAGGGCTCGGAAGCTTACTCGGGGATATTCCATATGCTGC
CTCTGGGACTGCGTGTGCAAGATAAGCTAGAGCGACTCATTGATAAGCAT
ATGCGAACAGTTGAGGATGCCAATGACCTCTTGATCCGAGGTGGCTTTTT
GCGACAGATGGGCGTAGCCGGGTTTCTAATTTTTGGATTCCGACGGGCGG
CATTACCAAAAAGCCCGTCCAGGGTGAGAAAGATGCGCCTTTCATCAAGG
AAGTACCGGGATGAACAGCGACCCAGGCAGGGCTTACTTCGTGGGCGTGA
ATTCATCATGAAGGATCTCTACACTTTCGATTACAACGCCGAGAATGCCC
TGAAGACGTATACAGCTGTAAAGAAGGCTTACACAGAGCTCTTCGATGAG
CTCAAGATCCCCTATTTGGTTGCTGCTGCGGATTCCGGGAACATGGGCGG
TAGCCTAAGTCACGAGTTCCACTTTGCTAGCAACAAGGGCGAGGACACAG
TTATCAGCTGTTCCAGCTGCGATAGTGTCTACAACGAGGAACTTGCCGAT
GGAAAGGCCCATAATGTCGATGACCAGCAAACCCGAATTGGTCACGCATC
CGGCTTTGACACGGGCGAAGTATCTGGCGAATCAGCGAAAGCTGTTTCTG
TTGGCCTGTGGATGGCGATATCACAAGACAAAAACACACTTCTGCGCTGC
TGGTATCCGCAGTATACATTGAAGGACCCTAGTCAGCCGCCAGCTGAAAG
GGAAGTCAACTCCCATGCCGTCAAGTCTATTGCCAAGGCGGCCGGCATAG
ACCTTGATATCAGTATTGAAAACCCCTTGGAACAATGGGCAAAGCACATT
CAGTCAGAGGAAGCTTCCGGCCAGCGGCCTCGAGTGTTGGATGTGTACGA
CTCATATGTGCGGGCATACAAGCGCCCTCCTTTGACGGACACATTAGACG
GGATTAACCGCGCCGTGGAGGATGTTGACTTTTCAAAACTCGATCGCTTC
CCCGGAACCAACAACTATCTCAACCTTGTACGGGTGCACGAAGGCGACCA
GTGCTCGAAATGCGGCCAAGGTTTGACAAAGACCCACAAAGCCACCGAAC
TTGGTCACACGTTCCACCTTGGCACGCGATACAGCGATGTTCTACAGGCC
TCTGTGGTGGTTGACCGCGCTCACCTTGACCCAGGCGACCGTTCGTCATC
ATCCCAAAAAGACCAATTAGTCCCAATGCAGATGGGGTGTCACGGTATCG
GAGTATCACGCATGATCAGCGCGGTAGCAGACAACCTGGCAGATTCCAAG
GGTCTCAACTGGCCTCGTGCGATCGCTCCCTACGAAGTCATCGTCGTCCC
TGCCAAGGGAATGGAAGAGGAAGCAGTGCAAATTTACGACGCGCTCACCT
CAGAGCCCACTACTGCCTTGGACGTCATCCTCGACGACCGCGATAAGCAG
ATGGGCTGGAAGCTGGGAGATGCAGATCTTATTGGTTACCCTGTGATTGT
GGTCGTAGGCAAAGGCTGGAAAAAGCAGCGCACCCTGGAAGTGCAGTGTC
GGCGACTTGAAGTACGTGAGGATGTTGCCTTGGAGGCTCTGCCGGAGTTT
GTGGGTTCTTTGCTTGAGAAGCTGTAGATCTTTCGTTTCCAGGATCGGAA
AGAGTCCCGCTTTCTTCTTGCGCCGACTCATGAAGAGGAGATCACCACTC
TAGTGGGTCATCTTACCAAATCCTATAGAGATCTGCCAGTGCGAGTGTAC
CAAATATGGGCATCTAAGGTGTCATTATCATCTTTATCCGCCCAGGAGCT
TTGGGAGCAGTCTGGGCGTCTAAAAGAGGGCTCGGAAGCTTACTCGGGGA
TATTCCATATGCTGCCTCTGGGACTGCGTGTGCAAGATAAGCTAGAGCGA
CTCATTGATAAGCATATGCGAACAGTTGAGGATGCCAATGACCTCTTGAT
CCGAGGTGGCTTTTTGCGACAGATGGGCGTAGCCGGGTTTCTAATTTTTG
GATTCCGACGGGCGGCATTACCAAAAAGCCCGTCCAGGGTGAGAAAGATG
CGCCTTTCATCAAGGAAGTACCGGGATGAACAGCGACCCAGGCAGGGCTT
ACTTCGTGGGCGTGAATTCATCATGAAGGATCTCTACACTTTCGATTACA
ACGCCGAGAATGCCCTGAAGACGTATACAGCTGTAAAGAAGGCTTACACA
GAGCTCTTCGATGAGCTCAAGATCCCCTATTTGGTTGCTGCTGCGGATTC
CGGGAACATGGGCGGTAGCCTAAGTCACGAGTTCCACTTTGCTAGCAACA
AGGGCGAGGACACAGTTATCAGCTGTTCCAGCTGCGATAGTGTCTACAAC
GAGGAACTTGCCGATGGAAAGGCCCATAATGTCGATGACCAGCAAACCCG
AATTGGTCACGCATCCGGCTTTGACACGGGCGAAGTATCTGGCGAATCAG
CGAAAGCTGTTTCTGTTGGCCTGTGGATGGCGATATCACAAGACAAAAAC
ACACTTCTGCGCTGCTGGTATCCGCAGTATACATTGAAGGACCCTAGTCA
GCCGCCAGCTGAAAGGGAAGTCAACTCCCATGCCGTCAAGTCTATTGCCA
AGGCGGCCGGCATAGACCTTGATATCAGTATTGAAAACCCCTTGGAACAA
TGGGCAAAGCACATTCAGTCAGAGGAAGCTTCCGGCCAGCGGCCTCGAGT
GTTGGATGTGTACGACTCATATGTGCGGGCATACAAGCGCCCTCCTTTGA
CGGACACATTAGACGGGATTAACCGCGCCGTGGAGGATGTTGACTTTTCA
AAACTCGATCGCTTCCCCGGAACCAACAACTATCTCAACCTTGTACGGGT
GCACGAAGGCGACCAGTGCTCGAAATGCGGCCAAGGTTTGACAAAGACCC
ACAAAGCCACCGAACTTGGTCACACGTTCCACCTTGGCACGCGATACAGC
GATGTTCTACAGGCCTCTGTGGTGGTTGACCGCGCTCACCTTGACCCAGG
CGACCGTTCGTCATCATCCCAAAAAGACCAATTAGTCCCAATGCAGATGG
GGTGTCACGGTATCGGAGTATCACGCATGATCAGCGCGGTAGCAGACAAC
CTGGCAGATTCCAAGGGTCTCAACTGGCCTCGTGCGATCGCTCCCTACGA
AGTCATCGTCGTCCCTGCCAAGGGAATGGAAGAGGAAGCAGTGCAAATTT
ACGACGCGCTCACCTCAGAGCCCACTACTGCCTTGGACGTCATCCTCGAC
GACCGCGATAAGCAGATGGGCTGGAAGCTGGGAGATGCAGATCTTATTGG
TTACCCTGTGATTGTGGTCGTAGGCAAAGGCTGGAAAAAGCAGCGCACCC
TGGAAGTGCAGTGTCGGCGACTTGAAGTACGTGAGGATGTTGCCTTGGAG
GCTCTGCCGGAGTTTGTGGGTTCTTTGCTTGAGAAGCTGTAGATCTTTCG
TTTCCAGGATCGGAAAGAGTCCCGCTTTCTTCTTGCGCCGACTCATGAAG
AGGAGATCACCACTCTAGTGGGTCATCTTACCAAATCCTATAGAGATCTG
CCAGTGCGAGTGTACCAAATATGGGCATCTAAGGTGTCATTATCATCTTT
ATCCGCCCAGGAGCTTTGGGAGCAGTCTGGGCGTCTAAAAGAGGGCTCGG
AAGCTTACTCGGGGATATTCCATATGCTGCCTCTGGGACTGCGTGTGCAA
GATAAGCTAGAGCGACTCATTGATAAGCATATGCGAACAGTTGAGGATGC
CAATGACCTCTTGATCCGAGGTGGCTTTTTGCGACAGATGGGCGTAGCCG
GGTTTCTAATTTTTGGATTCCGACGGGCGGCATTACCAAAAAGCCCGTCC
AGGGTGAGAAAGATGCGCCTTTCATCAAGGAAGTACCGGGATGAACAGCG
ACCCAGGCAGGGCTTACTTCGTGGGCGTGAATTCATCATGAAGGATCTCT
ACACTTTCGATTACAACGCCGAGAATGCCCTGAAGACGTATACAGCTGTA
AAGAAGGCTTACACAGAGCTCTTCGATGAGCTCAAGATCCCCTATTTGGT
TGCTGCTGCGGATTCCGGGAACATGGGCGGTAGCCTAAGTCACGAGTTCC
ACTTTGCTAGCAACAAGGGCGAGGACACAGTTATCAGCTGTTCCAGCTGC
GATAGTGTCTACAACGAGGAACTTGCCGATGGAAAGGCCCATAATGTCGA
TGACCAGCAAACCCGAATTGGTCACGCATCCGGCTTTGACACGGGCGAAG
TATCTGGCGAATCAGCGAAAGCTGTTTCTGTTGGCCTGTGGATGGCGATA
TCACAAGACAAAAACACACTTCTGCGCTGCTGGTATCCGCAGTATACATT
GAAGGACCCTAGTCAGCCGCCAGCTGAAAGGGAAGTCAACTCCCATGCCG
TCAAGTCTATTGCCAAGGCGGCCGGCATAGACCTTGATATCAGTATTGAA
AACCCCTTGGAACAATGGGCAAAGCACATTCAGTCAGAGGAAGCTTCCGG
CCAGCGGCCTCGAGTGTTGGATGTGTACGACTCATATGTGCGGGCATACA
AGCGCCCTCCTTTGACGGACACATTAGACGGGATTAACCGCGCCGTGGAG
GATGTTGACTTTTCAAAACTCGATCGCTTCCCCGGAACCAACAACTATCT
CAACCTTGTACGGGTGCACGAAGGCGACCAGTGCTCGAAATGCGGCCAAG
GTTTGACAAAGACCCACAAAGCCACCGAACTTGGTCACACGTTCCACCTT
GGCACGCGATACAGCGATGTTCTACAGGCCTCTGTGGTGGTTGACCGCGC
TCACCTTGACCCAGGCGACCGTTCGTCATCATCCCAAAAAGACCAATTAG
TCCCAATGCAGATGGGGTGTCACGGTATCGGAGTATCACGCATGATCAGC
GCGGTAGCAGACAACCTGGCAGATTCCAAGGGTCTCAACTGGCCTCGTGC
GATCGCTCCCTACGAAGTCATCGTCGTCCCTGCCAAGGGAATGGAAGAGG
AAGCAGTGCAAATTTACGACGCGCTCACCTCAGAGCCCACTACTGCCTTG
GACGTCATCCTCGACGACCGCGATAAGCAGATGGGCTGGAAGCTGGGAGA
TGCAGATCTTATTGGTTACCCTGTGATTGTGGTCGTAGGCAAAGGCTGGA
AAAAGCAGCGCACCCTGGAAGTGCAGTGTCGGCGACTTGAAGTACGTGAG
GATGTTGCCTTGGAGGCTCTGCCGGAGTTTGTGGGTTCTTTGCTTGAGAA
GCTGTAGATCTTTCGTTTCCAGGATCGGAAAGAGTCCCGCTTTCTTCTTG
CGCCGACTCATGAAGAGGAGATCACCACTCTAGTGGGTCATCTTACCAAA
TCCTATAGAGATCTGCCAGTGCGAGTGTACCAAATATGGGCATCTAAGGT
GTCATTATCATCTTTATCCGCCCAGGAGCTTTGGGAGCAGTCTGGGCGTC
TAAAAGAGGGCTCGGAAGCTTACTCGGGGATATTCCATATGCTGCCTCTG
GGACTGCGTGTGCAAGATAAGCTAGAGCGACTCATTGATAAGCATATGCG
AACAGTTGAGGATGCCAATGACCTCTTGATCCGAGGTGGCTTTTTGCGAC
AGATGGGCGTAGCCGGGTTTCTAATTTTTGGATTCCGACGGGCGGCATTA
CCAAAAAGCCCGTCCAGGGTGAGAAAGATGCGCCTTTCATCAAGGAAGTA
CCGGGATGAACAGCGACCCAGGCAGGGCTTACTTCGTGGGCGTGAATTCA
TCATGAAGGATCTCTACACTTTCGATTACAACGCCGAGAATGCCCTGAAG
ACGTATACAGCTGTAAAGAAGGCTTACACAGAGCTCTTCGATGAGCTCAA
GATCCCCTATTTGGTTGCTGCTGCGGATTCCGGGAACATGGGCGGTAGCC
TAAGTCACGAGTTCCACTTTGCTAGCAACAAGGGCGAGGACACAGTTATC
AGCTGTTCCAGCTGCGATAGTGTCTACAACGAGGAACTTGCCGATGGAAA
GGCCCATAATGTCGATGACCAGCAAACCCGAATTGGTCACGCATCCGGCT
TTGACACGGGCGAAGTATCTGGCGAATCAGCGAAAGCTGTTTCTGTTGGC
CTGTGGATGGCGATATCACAAGACAAAAACACACTTCTGCGCTGCTGGTA
TCCGCAGTATACATTGAAGGACCCTAGTCAGCCGCCAGCTGAAAGGGAAG
TCAACTCCCATGCCGTCAAGTCTATTGCCAAGGCGGCCGGCATAGACCTT
GATATCAGTATTGAAAACCCCTTGGAACAATGGGCAAAGCACATTCAGTC
AGAGGAAGCTTCCGGCCAGCGGCCTCGAGTGTTGGATGTGTACGACTCAT
ATGTGCGGGCATACAAGCGCCCTCCTTTGACGGACACATTAGACGGGATT
AACCGCGCCGTGGAGGATGTTGACTTTTCAAAACTCGATCGCTTCCCCGG
AACCAACAACTATCTCAACCTTGTACGGGTGCACGAAGGCGACCAGTGCT
CGAAATGCGGCCAAGGTTTGACAAAGACCCACAAAGCCACCGAACTTGGT
CACACGTTCCACCTTGGCACGCGATACAGCGATGTTCTACAGGCCTCTGT
GGTGGTTGACCGCGCTCACCTTGACCCAGGCGACCGTTCGTCATCATCCC
AAAAAGACCAATTAGTCCCAATGCAGATGGGGTGTCACGGTATCGGAGTA
TCACGCATGATCAGCGCGGTAGCAGACAACCTGGCAGATTCCAAGGGTCT
CAACTGGCCTCGTGCGATCGCTCCCTACGAAGTCATCGTCGTCCCTGCCA
AGGGAATGGAAGAGGAAGCAGTGCAAATTTACGACGCGCTCACCTCAGAG
CCCACTACTGCCTTGGACGTCATCCTCGACGACCGCGATAAGCAGATGGG
CTGGAAGCTGGGAGATGCAGATCTTATTGGTTACCCTGTGATTGTGGTCG
TAGGCAAAGGCTGGAAAAAGCAGCGCACCCTGGAAGTGCAGTGTCGGCGA
CTTGAAGTACGTGAGGATGTTGCCTTGGAGGCTCTGCCGGAGTTTGTGGG
TTCTTTGCTTGAGAAGCTGTAGATCTTTCGTTTCCAGGATCGGAAAGAGT
CCCGCTTTCTTCTTGCGCCGACTCATGAAGAGGAGATCACCACTCTAGTG
GGTCATCTTACCAAATCCTATAGAGATCTGCCAGTGCGAGTGTACCAAAT
ATGGGCATCTAAGGTGTCATTATCATCTTTATCCGCCCAGGAGCTTTGGG
AGCAGTCTGGGCGTCTAAAAGAGGGCTCGGAAGCTTACTCGGGGATATTC
CATATGCTGCCTCTGGGACTGCGTGTGCAAGATAAGCTAGAGCGACTCAT
TGATAAGCATATGCGAACAGTTGAGGATGCCAATGACCTCTTGATCCGAG
GTGGCTTTTTGCGACAGATGGGCGTAGCCGGGTTTCTAATTTTTGGATTC
CGACGGGCGGCATTACCAAAAAGCCCGTCCAGGGTGAGAAAGATGCGCCT
TTCAT
back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0006418tRNA aminoacylation for protein translation
GO:0006433prolyl-tRNA aminoacylation
Vocabulary: Molecular Function
TermDefinition
GO:0000166nucleotide binding
GO:0005524ATP binding
GO:0004827proline-tRNA ligase activity
GO:0004812aminoacyl-tRNA ligase activity
Vocabulary: Cellular Component
TermDefinition
GO:0005737cytoplasm
Relationships

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

Feature NameUnique NameSpeciesType
ATCC10864_011512ATCC10864_011512Aspergillus niger ATCC 10864gene


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

Feature NameUnique NameSpeciesType
ATCC10864_011512-T1ATCC10864_011512-T1-proteinAspergillus niger ATCC 10864polypeptide


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

Feature NameUnique NameSpeciesType
ATCC10864_011512-T1.cdsATCC10864_011512-T1.cdsAspergillus niger ATCC 10864CDS


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

Feature NameUnique NameSpeciesType
ATCC10864_011512-T1.exon7ATCC10864_011512-T1.exon7Aspergillus niger ATCC 10864exon
ATCC10864_011512-T1.exon6ATCC10864_011512-T1.exon6Aspergillus niger ATCC 10864exon
ATCC10864_011512-T1.exon5ATCC10864_011512-T1.exon5Aspergillus niger ATCC 10864exon
ATCC10864_011512-T1.exon4ATCC10864_011512-T1.exon4Aspergillus niger ATCC 10864exon
ATCC10864_011512-T1.exon3ATCC10864_011512-T1.exon3Aspergillus niger ATCC 10864exon
ATCC10864_011512-T1.exon2ATCC10864_011512-T1.exon2Aspergillus niger ATCC 10864exon
ATCC10864_011512-T1.exon1ATCC10864_011512-T1.exon1Aspergillus niger ATCC 10864exon


Cross References
External references for this mRNA
DatabaseAccession
InterProIPR004154
InterProIPR044140
InterProIPR036621
InterProIPR002314
InterProIPR006195
InterProIPR004500
InterProIPR002316
PFAMPF00587
PFAMPF03129
Properties
Property NameValue
Producthypothetical protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Aspergillus niger ATCC 10864 whole genome analysis2021-11-01
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
MCQH01000282supercontigMCQH01000282:574539..576668 -
Powered by Drupal