You are here

Home

CBS51388_009352-T1, CBS51388_009352-T1 (mRNA) Aspergillus niger CBS 513.88

Overview
NameCBS51388_009352-T1
Unique NameCBS51388_009352-T1
TypemRNA
OrganismAspergillus niger CBS 513.88
Sequences
The following sequences are available for this feature:

mRNA from alignment at An15:601477..603813+

Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>CBS51388_009352-T1 ID=CBS51388_009352-T1|Name=CBS51388_009352-T1|organism=Aspergillus niger CBS 513.88|type=mRNA|length=2337bp|location=Sequence derived from alignment at An15:601477..603813+ (Aspergillus niger CBS 513.88)
ATGTTTCGCCTTCCCCGTGTGCCAACCACTGATCAAATCCTTCCCCTCAT
GCATCAAGTTATTGATGAACTCACCCAGACGCGCAATTCAATACTCAAAG
GAACGACTCCAGAAACAGCTACCTTCGCCAACACTCTTCTTCCACTGGCA
CAGACTGAAAATGCCGTCCAAGGCCAGCTAGCCATGATTGACATGCTGCA
GTACGGTGCCCCCTTGCGCGAGACCCAGGATGCTGTTCACTCAGCGTTGA
GTCTCTATGCCGAAGCAAGGGCAAGTTGGATCGCCGACGCGGGGTACTTT
CGTCTCCTGCAAGCCGTCCGCAACAATAAAGAGGAATATGAAACATTGGA
CGGTGAATCACGCCATCTGCTCGAGCGAGAGTTGACAGACTATCGGATGG
CGGGGCATGGCGTGCTGAGTGCTGAGGAAGTGGAGGGGTTTTTGCAAGAG
GGGGCGAGCATTGGACAGATAGAGAGGAAGTTTCAGGAGAATCTATCAAG
GGAAAACGGGGGAGTATGGTTTACCCAGGATGAGTTGGAGGGAGTACCTG
CGAGTGACCTGGGGAAGTGGACGCCGGAGGGTGCTAATGGTAGTAAGGAT
GGGAAAGAAAGGTTATTTGTGCCCTTTGCGAATGGAGGTACATTGGCAGT
GTTGACCTATGCTCGTCGTCCTGAAACCCGGAAGAAGATGTTTTTGGCTG
ATAATCAGAAGCTCAAGAGCAATCAGCCGCTATTTGAGGATATCATCCGG
CGAAGGGCTCGGCGAGGCCATCGATTGCATCATCCTACCCACGCTGGGTA
TCGACTGCAGCAGCGTATGGTGAAGGATCCAGAATGGCTAGGTGGGTTTC
TCAATGGGCTCAAGGAGACACTGTGCGCCCGGGGCAAAGATGAAATTGCA
GTCTTGCAGCAAAGGAGGCTGAAAGATCTGGAAGAAAGGCATGACACATA
TAGTGGAGGTTTCCCTCCGTGGGATAAACCCTATTACATGCGGCTAGTAG
AAGAGGAGGTTGCCATTGATCAGCTACAGCTATCCGAGTTCTACCCTCTC
GAGCAAACAGCCATAGGGATGCTGGGAATTTTTGCATCAGTTTTGGGTCT
CCAGTTCGAACCTGTTGAAGCTGAGGCAGAGGCTCTCTGGCATGAGTCCG
TCCGGGTATTCTCCGTCTGGGAGAGTGCGCCCAGTAAGCAATTCATTGGG
TATCTCTATTTTGATTTGCTGTGGAGAGAGAATAAATACCGCGGTAATCA
AAGCGTGAATCTTCAATGTGTAAGTGCCAATCACGACATTAGCGATACTA
CGCCCGATTTAGACTAACATAGGATGTCAGAGCTACCTCCGACCAGATGG
CATTCGGCAATACCCTGCCACTATCCTAATGTGCTCCTTCCCGACTCCTT
ACCCCACCGGTTGTGCGTTGCTCAAACATCACCAAGTGGTGACTCTTTTC
CATGGTAAGCTCTATTCAGATAATCTTGAGTTTATCCTAACGAAAGCACA
CAGAAATGGGTCATGGTGTCCATGATCTTCTTGCACGAACGAAGTATGTC
CGTTTTCATGGTTACCGGCTTCCTCCTGATTTCGGAGAGATGCCCAGTAT
GATGCTCGAGAACTGGTGCTGGATGAAAGAGGTTCTGCAGGGCCTCAGCT
GCCACTACACCACACTAGACCAAAATTACTTGAATGAGTGGCGCAAGCAA
TATCCCAACTCGCCCGATCCGCCTAAGAAAATTTCTGAGGATTTAGTTGA
ACGCCTGATCAAGCACCGTTACCTAAACCGAGGCCTGTATCATCTTTATC
AACTGTATGTCTCGCCACAATGTCTTTGGATTATATTAGTCTGACTTGAG
CAGGTCAATCTCCATCTTCGACTTGCAAATCCATAGTCTCAAGACAGATG
CAGAGATTTTTGATCTGAATGTTCAAAAGCTCTGGTATGACCTCCGTGAG
GAGATCGAAAGCATAGACTTTTCCGAGTGCCGAGGCGGCTATGCATTTGG
AACGTTCAGCCATCTGACAGCGGGCTATGATGTCTGCTATTATGCCTATC
TTATGTATGTTCTTCGTCTTATCCGAGACAGTCTACTTCATTGTATGATT
CATGCGAACTAACTGTCTAAAAGCTGTACAGCGATGGCCCAGGACGTCTT
TCTTTCTATGTTCGCTGAGGATCCCTTCCAGAATGATAAGTGGGAGAAGT
ACCGCCGCGAAATCTTACAAAATGGTGGCAGCCAGCAAGACCTGTTCCAG
ATGTTGGAGAGATTCTTGGGTCGTCCGCCAAATATGAATGCCCTTGTGGA
AGGTCTGAAGCGGGCAGACAGTCAACATGAATGTTAG
back to top

Coding sequence (CDS) from alignment at An15:601477..603813+

>CBS51388_009352-T1 ID=CBS51388_009352-T1|Name=CBS51388_009352-T1|organism=Aspergillus niger CBS 513.88|type=CDS|length=10545bp|location=Sequence derived from alignment at An15:601477..603813+ (Aspergillus niger CBS 513.88)
ATGTTTCGCCTTCCCCGTGTGCCAACCACTGATCAAATCCTTCCCCTCAT
GCATCAAGTTATTGATGAACTCACCCAGACGCGCAATTCAATACTCAAAG
GAACGACTCCAGAAACAGCTACCTTCGCCAACACTCTTCTTCCACTGGCA
CAGACTGAAAATGCCGTCCAAGGCCAGCTAGCCATGATTGACATGCTGCA
GTACGGTGCCCCCTTGCGCGAGACCCAGGATGCTGTTCACTCAGCGTTGA
GTCTCTATGCCGAAGCAAGGGCAAGTTGGATCGCCGACGCGGGGTACTTT
CGTCTCCTGCAAGCCGTCCGCAACAATAAAGAGGAATATGAAACATTGGA
CGGTGAATCACGCCATCTGCTCGAGCGAGAGTTGACAGACTATCGGATGG
CGGGGCATGGCGTGCTGAGTGCTGAGGAAGTGGAGGGGTTTTTGCAAGAG
GGGGCGAGCATTGGACAGATAGAGAGGAAGTTTCAGGAGAATCTATCAAG
GGAAAACGGGGGAGTATGGTTTACCCAGGATGAGTTGGAGGGAGTACCTG
CGAGTGACCTGGGGAAGTGGACGCCGGAGGGTGCTAATGGTAGTAAGGAT
GGGAAAGAAAGGTTATTTGTGCCCTTTGCGAATGGAGGTACATTGGCAGT
GTTGACCTATGCTCGTCGTCCTGAAACCCGGAAGAAGATGTTTTTGGCTG
ATAATCAGAAGCTCAAGAGCAATCAGCCGCTATTTGAGGATATCATCCGG
CGAAGGGCTCGGCGAGGCCATCGATTGCATCATCCTACCCACGCTGGGTA
TCGACTGCAGCAGCGTATGGTGAAGGATCCAGAATGGCTAGGTGGGTTTC
TCAATGGGCTCAAGGAGACACTGTGCGCCCGGGGCAAAGATGAAATTGCA
GTCTTGCAGCAAAGGAGGCTGAAAGATCTGGAAGAAAGGCATGACACATA
TAGTGGAGGTTTCCCTCCGTGGGATAAACCCTATTACATGCGGCTAGTAG
AAGAGGAGGTTGCCATTGATCAGCTACAGCTATCCGAGTTCTACCCTCTC
GAGCAAACAGCCATAGGGATGCTGGGAATTTTTGCATCAGTTTTGGGTCT
CCAGTTCGAACCTGTTGAAGCTGAGGCAGAGGCTCTCTGGCATGAGTCCG
TCCGGGTATTCTCCGTCTGGGAGAGTGCGCCCAGTAAGCAATTCATTGGG
TATCTCTATTTTGATTTGCTGTGGAGAGAGAATAAATACCGCGGTAATCA
AAGCGTGAATCTTCAATGTAGCTACCTCCGACCAGATGGCATTCGGCAAT
ACCCTGCCACTATCCTAATGTGCTCCTTCCCGACTCCTTACCCCACCGGT
TGTGCGTTGCTCAAACATCACCAAGTGGTGACTCTTTTCCATGAAATGGG
TCATGGTGTCCATGATCTTCTTGCACGAACGAAGTATGTCCGTTTTCATG
GTTACCGGCTTCCTCCTGATTTCGGAGAGATGCCCAGTATGATGCTCGAG
AACTGGTGCTGGATGAAAGAGGTTCTGCAGGGCCTCAGCTGCCACTACAC
CACACTAGACCAAAATTACTTGAATGAGTGGCGCAAGCAATATCCCAACT
CGCCCGATCCGCCTAAGAAAATTTCTGAGGATTTAGTTGAACGCCTGATC
AAGCACCGTTACCTAAACCGAGGCCTGTATCATCTTTATCAACTGTCAAT
CTCCATCTTCGACTTGCAAATCCATAGTCTCAAGACAGATGCAGAGATTT
TTGATCTGAATGTTCAAAAGCTCTGGTATGACCTCCGTGAGGAGATCGAA
AGCATAGACTTTTCCGAGTGCCGAGGCGGCTATGCATTTGGAACGTTCAG
CCATCTGACAGCGGGCTATGATGTCTGCTATTATGCCTATCTTATCTGTA
CAGCGATGGCCCAGGACGTCTTTCTTTCTATGTTCGCTGAGGATCCCTTC
CAGAATGATAAGTGGGAGAAGTACCGCCGCGAAATCTTACAAAATGGTGG
CAGCCAGCAAGACCTGTTCCAGATGTTGGAGAGATTCTTGGGTCGTCCGC
CAAATATGAATGCCCTTGTGGAAGGTCTGAAGCGGGCAGACAGTCAACAT
GAATGTTAGATGTTTCGCCTTCCCCGTGTGCCAACCACTGATCAAATCCT
TCCCCTCATGCATCAAGTTATTGATGAACTCACCCAGACGCGCAATTCAA
TACTCAAAGGAACGACTCCAGAAACAGCTACCTTCGCCAACACTCTTCTT
CCACTGGCACAGACTGAAAATGCCGTCCAAGGCCAGCTAGCCATGATTGA
CATGCTGCAGTACGGTGCCCCCTTGCGCGAGACCCAGGATGCTGTTCACT
CAGCGTTGAGTCTCTATGCCGAAGCAAGGGCAAGTTGGATCGCCGACGCG
GGGTACTTTCGTCTCCTGCAAGCCGTCCGCAACAATAAAGAGGAATATGA
AACATTGGACGGTGAATCACGCCATCTGCTCGAGCGAGAGTTGACAGACT
ATCGGATGGCGGGGCATGGCGTGCTGAGTGCTGAGGAAGTGGAGGGGTTT
TTGCAAGAGGGGGCGAGCATTGGACAGATAGAGAGGAAGTTTCAGGAGAA
TCTATCAAGGGAAAACGGGGGAGTATGGTTTACCCAGGATGAGTTGGAGG
GAGTACCTGCGAGTGACCTGGGGAAGTGGACGCCGGAGGGTGCTAATGGT
AGTAAGGATGGGAAAGAAAGGTTATTTGTGCCCTTTGCGAATGGAGGTAC
ATTGGCAGTGTTGACCTATGCTCGTCGTCCTGAAACCCGGAAGAAGATGT
TTTTGGCTGATAATCAGAAGCTCAAGAGCAATCAGCCGCTATTTGAGGAT
ATCATCCGGCGAAGGGCTCGGCGAGGCCATCGATTGCATCATCCTACCCA
CGCTGGGTATCGACTGCAGCAGCGTATGGTGAAGGATCCAGAATGGCTAG
GTGGGTTTCTCAATGGGCTCAAGGAGACACTGTGCGCCCGGGGCAAAGAT
GAAATTGCAGTCTTGCAGCAAAGGAGGCTGAAAGATCTGGAAGAAAGGCA
TGACACATATAGTGGAGGTTTCCCTCCGTGGGATAAACCCTATTACATGC
GGCTAGTAGAAGAGGAGGTTGCCATTGATCAGCTACAGCTATCCGAGTTC
TACCCTCTCGAGCAAACAGCCATAGGGATGCTGGGAATTTTTGCATCAGT
TTTGGGTCTCCAGTTCGAACCTGTTGAAGCTGAGGCAGAGGCTCTCTGGC
ATGAGTCCGTCCGGGTATTCTCCGTCTGGGAGAGTGCGCCCAGTAAGCAA
TTCATTGGGTATCTCTATTTTGATTTGCTGTGGAGAGAGAATAAATACCG
CGGTAATCAAAGCGTGAATCTTCAATGTAGCTACCTCCGACCAGATGGCA
TTCGGCAATACCCTGCCACTATCCTAATGTGCTCCTTCCCGACTCCTTAC
CCCACCGGTTGTGCGTTGCTCAAACATCACCAAGTGGTGACTCTTTTCCA
TGAAATGGGTCATGGTGTCCATGATCTTCTTGCACGAACGAAGTATGTCC
GTTTTCATGGTTACCGGCTTCCTCCTGATTTCGGAGAGATGCCCAGTATG
ATGCTCGAGAACTGGTGCTGGATGAAAGAGGTTCTGCAGGGCCTCAGCTG
CCACTACACCACACTAGACCAAAATTACTTGAATGAGTGGCGCAAGCAAT
ATCCCAACTCGCCCGATCCGCCTAAGAAAATTTCTGAGGATTTAGTTGAA
CGCCTGATCAAGCACCGTTACCTAAACCGAGGCCTGTATCATCTTTATCA
ACTGTCAATCTCCATCTTCGACTTGCAAATCCATAGTCTCAAGACAGATG
CAGAGATTTTTGATCTGAATGTTCAAAAGCTCTGGTATGACCTCCGTGAG
GAGATCGAAAGCATAGACTTTTCCGAGTGCCGAGGCGGCTATGCATTTGG
AACGTTCAGCCATCTGACAGCGGGCTATGATGTCTGCTATTATGCCTATC
TTATCTGTACAGCGATGGCCCAGGACGTCTTTCTTTCTATGTTCGCTGAG
GATCCCTTCCAGAATGATAAGTGGGAGAAGTACCGCCGCGAAATCTTACA
AAATGGTGGCAGCCAGCAAGACCTGTTCCAGATGTTGGAGAGATTCTTGG
GTCGTCCGCCAAATATGAATGCCCTTGTGGAAGGTCTGAAGCGGGCAGAC
AGTCAACATGAATGTTAGATGTTTCGCCTTCCCCGTGTGCCAACCACTGA
TCAAATCCTTCCCCTCATGCATCAAGTTATTGATGAACTCACCCAGACGC
GCAATTCAATACTCAAAGGAACGACTCCAGAAACAGCTACCTTCGCCAAC
ACTCTTCTTCCACTGGCACAGACTGAAAATGCCGTCCAAGGCCAGCTAGC
CATGATTGACATGCTGCAGTACGGTGCCCCCTTGCGCGAGACCCAGGATG
CTGTTCACTCAGCGTTGAGTCTCTATGCCGAAGCAAGGGCAAGTTGGATC
GCCGACGCGGGGTACTTTCGTCTCCTGCAAGCCGTCCGCAACAATAAAGA
GGAATATGAAACATTGGACGGTGAATCACGCCATCTGCTCGAGCGAGAGT
TGACAGACTATCGGATGGCGGGGCATGGCGTGCTGAGTGCTGAGGAAGTG
GAGGGGTTTTTGCAAGAGGGGGCGAGCATTGGACAGATAGAGAGGAAGTT
TCAGGAGAATCTATCAAGGGAAAACGGGGGAGTATGGTTTACCCAGGATG
AGTTGGAGGGAGTACCTGCGAGTGACCTGGGGAAGTGGACGCCGGAGGGT
GCTAATGGTAGTAAGGATGGGAAAGAAAGGTTATTTGTGCCCTTTGCGAA
TGGAGGTACATTGGCAGTGTTGACCTATGCTCGTCGTCCTGAAACCCGGA
AGAAGATGTTTTTGGCTGATAATCAGAAGCTCAAGAGCAATCAGCCGCTA
TTTGAGGATATCATCCGGCGAAGGGCTCGGCGAGGCCATCGATTGCATCA
TCCTACCCACGCTGGGTATCGACTGCAGCAGCGTATGGTGAAGGATCCAG
AATGGCTAGGTGGGTTTCTCAATGGGCTCAAGGAGACACTGTGCGCCCGG
GGCAAAGATGAAATTGCAGTCTTGCAGCAAAGGAGGCTGAAAGATCTGGA
AGAAAGGCATGACACATATAGTGGAGGTTTCCCTCCGTGGGATAAACCCT
ATTACATGCGGCTAGTAGAAGAGGAGGTTGCCATTGATCAGCTACAGCTA
TCCGAGTTCTACCCTCTCGAGCAAACAGCCATAGGGATGCTGGGAATTTT
TGCATCAGTTTTGGGTCTCCAGTTCGAACCTGTTGAAGCTGAGGCAGAGG
CTCTCTGGCATGAGTCCGTCCGGGTATTCTCCGTCTGGGAGAGTGCGCCC
AGTAAGCAATTCATTGGGTATCTCTATTTTGATTTGCTGTGGAGAGAGAA
TAAATACCGCGGTAATCAAAGCGTGAATCTTCAATGTAGCTACCTCCGAC
CAGATGGCATTCGGCAATACCCTGCCACTATCCTAATGTGCTCCTTCCCG
ACTCCTTACCCCACCGGTTGTGCGTTGCTCAAACATCACCAAGTGGTGAC
TCTTTTCCATGAAATGGGTCATGGTGTCCATGATCTTCTTGCACGAACGA
AGTATGTCCGTTTTCATGGTTACCGGCTTCCTCCTGATTTCGGAGAGATG
CCCAGTATGATGCTCGAGAACTGGTGCTGGATGAAAGAGGTTCTGCAGGG
CCTCAGCTGCCACTACACCACACTAGACCAAAATTACTTGAATGAGTGGC
GCAAGCAATATCCCAACTCGCCCGATCCGCCTAAGAAAATTTCTGAGGAT
TTAGTTGAACGCCTGATCAAGCACCGTTACCTAAACCGAGGCCTGTATCA
TCTTTATCAACTGTCAATCTCCATCTTCGACTTGCAAATCCATAGTCTCA
AGACAGATGCAGAGATTTTTGATCTGAATGTTCAAAAGCTCTGGTATGAC
CTCCGTGAGGAGATCGAAAGCATAGACTTTTCCGAGTGCCGAGGCGGCTA
TGCATTTGGAACGTTCAGCCATCTGACAGCGGGCTATGATGTCTGCTATT
ATGCCTATCTTATCTGTACAGCGATGGCCCAGGACGTCTTTCTTTCTATG
TTCGCTGAGGATCCCTTCCAGAATGATAAGTGGGAGAAGTACCGCCGCGA
AATCTTACAAAATGGTGGCAGCCAGCAAGACCTGTTCCAGATGTTGGAGA
GATTCTTGGGTCGTCCGCCAAATATGAATGCCCTTGTGGAAGGTCTGAAG
CGGGCAGACAGTCAACATGAATGTTAGATGTTTCGCCTTCCCCGTGTGCC
AACCACTGATCAAATCCTTCCCCTCATGCATCAAGTTATTGATGAACTCA
CCCAGACGCGCAATTCAATACTCAAAGGAACGACTCCAGAAACAGCTACC
TTCGCCAACACTCTTCTTCCACTGGCACAGACTGAAAATGCCGTCCAAGG
CCAGCTAGCCATGATTGACATGCTGCAGTACGGTGCCCCCTTGCGCGAGA
CCCAGGATGCTGTTCACTCAGCGTTGAGTCTCTATGCCGAAGCAAGGGCA
AGTTGGATCGCCGACGCGGGGTACTTTCGTCTCCTGCAAGCCGTCCGCAA
CAATAAAGAGGAATATGAAACATTGGACGGTGAATCACGCCATCTGCTCG
AGCGAGAGTTGACAGACTATCGGATGGCGGGGCATGGCGTGCTGAGTGCT
GAGGAAGTGGAGGGGTTTTTGCAAGAGGGGGCGAGCATTGGACAGATAGA
GAGGAAGTTTCAGGAGAATCTATCAAGGGAAAACGGGGGAGTATGGTTTA
CCCAGGATGAGTTGGAGGGAGTACCTGCGAGTGACCTGGGGAAGTGGACG
CCGGAGGGTGCTAATGGTAGTAAGGATGGGAAAGAAAGGTTATTTGTGCC
CTTTGCGAATGGAGGTACATTGGCAGTGTTGACCTATGCTCGTCGTCCTG
AAACCCGGAAGAAGATGTTTTTGGCTGATAATCAGAAGCTCAAGAGCAAT
CAGCCGCTATTTGAGGATATCATCCGGCGAAGGGCTCGGCGAGGCCATCG
ATTGCATCATCCTACCCACGCTGGGTATCGACTGCAGCAGCGTATGGTGA
AGGATCCAGAATGGCTAGGTGGGTTTCTCAATGGGCTCAAGGAGACACTG
TGCGCCCGGGGCAAAGATGAAATTGCAGTCTTGCAGCAAAGGAGGCTGAA
AGATCTGGAAGAAAGGCATGACACATATAGTGGAGGTTTCCCTCCGTGGG
ATAAACCCTATTACATGCGGCTAGTAGAAGAGGAGGTTGCCATTGATCAG
CTACAGCTATCCGAGTTCTACCCTCTCGAGCAAACAGCCATAGGGATGCT
GGGAATTTTTGCATCAGTTTTGGGTCTCCAGTTCGAACCTGTTGAAGCTG
AGGCAGAGGCTCTCTGGCATGAGTCCGTCCGGGTATTCTCCGTCTGGGAG
AGTGCGCCCAGTAAGCAATTCATTGGGTATCTCTATTTTGATTTGCTGTG
GAGAGAGAATAAATACCGCGGTAATCAAAGCGTGAATCTTCAATGTAGCT
ACCTCCGACCAGATGGCATTCGGCAATACCCTGCCACTATCCTAATGTGC
TCCTTCCCGACTCCTTACCCCACCGGTTGTGCGTTGCTCAAACATCACCA
AGTGGTGACTCTTTTCCATGAAATGGGTCATGGTGTCCATGATCTTCTTG
CACGAACGAAGTATGTCCGTTTTCATGGTTACCGGCTTCCTCCTGATTTC
GGAGAGATGCCCAGTATGATGCTCGAGAACTGGTGCTGGATGAAAGAGGT
TCTGCAGGGCCTCAGCTGCCACTACACCACACTAGACCAAAATTACTTGA
ATGAGTGGCGCAAGCAATATCCCAACTCGCCCGATCCGCCTAAGAAAATT
TCTGAGGATTTAGTTGAACGCCTGATCAAGCACCGTTACCTAAACCGAGG
CCTGTATCATCTTTATCAACTGTCAATCTCCATCTTCGACTTGCAAATCC
ATAGTCTCAAGACAGATGCAGAGATTTTTGATCTGAATGTTCAAAAGCTC
TGGTATGACCTCCGTGAGGAGATCGAAAGCATAGACTTTTCCGAGTGCCG
AGGCGGCTATGCATTTGGAACGTTCAGCCATCTGACAGCGGGCTATGATG
TCTGCTATTATGCCTATCTTATCTGTACAGCGATGGCCCAGGACGTCTTT
CTTTCTATGTTCGCTGAGGATCCCTTCCAGAATGATAAGTGGGAGAAGTA
CCGCCGCGAAATCTTACAAAATGGTGGCAGCCAGCAAGACCTGTTCCAGA
TGTTGGAGAGATTCTTGGGTCGTCCGCCAAATATGAATGCCCTTGTGGAA
GGTCTGAAGCGGGCAGACAGTCAACATGAATGTTAGATGTTTCGCCTTCC
CCGTGTGCCAACCACTGATCAAATCCTTCCCCTCATGCATCAAGTTATTG
ATGAACTCACCCAGACGCGCAATTCAATACTCAAAGGAACGACTCCAGAA
ACAGCTACCTTCGCCAACACTCTTCTTCCACTGGCACAGACTGAAAATGC
CGTCCAAGGCCAGCTAGCCATGATTGACATGCTGCAGTACGGTGCCCCCT
TGCGCGAGACCCAGGATGCTGTTCACTCAGCGTTGAGTCTCTATGCCGAA
GCAAGGGCAAGTTGGATCGCCGACGCGGGGTACTTTCGTCTCCTGCAAGC
CGTCCGCAACAATAAAGAGGAATATGAAACATTGGACGGTGAATCACGCC
ATCTGCTCGAGCGAGAGTTGACAGACTATCGGATGGCGGGGCATGGCGTG
CTGAGTGCTGAGGAAGTGGAGGGGTTTTTGCAAGAGGGGGCGAGCATTGG
ACAGATAGAGAGGAAGTTTCAGGAGAATCTATCAAGGGAAAACGGGGGAG
TATGGTTTACCCAGGATGAGTTGGAGGGAGTACCTGCGAGTGACCTGGGG
AAGTGGACGCCGGAGGGTGCTAATGGTAGTAAGGATGGGAAAGAAAGGTT
ATTTGTGCCCTTTGCGAATGGAGGTACATTGGCAGTGTTGACCTATGCTC
GTCGTCCTGAAACCCGGAAGAAGATGTTTTTGGCTGATAATCAGAAGCTC
AAGAGCAATCAGCCGCTATTTGAGGATATCATCCGGCGAAGGGCTCGGCG
AGGCCATCGATTGCATCATCCTACCCACGCTGGGTATCGACTGCAGCAGC
GTATGGTGAAGGATCCAGAATGGCTAGGTGGGTTTCTCAATGGGCTCAAG
GAGACACTGTGCGCCCGGGGCAAAGATGAAATTGCAGTCTTGCAGCAAAG
GAGGCTGAAAGATCTGGAAGAAAGGCATGACACATATAGTGGAGGTTTCC
CTCCGTGGGATAAACCCTATTACATGCGGCTAGTAGAAGAGGAGGTTGCC
ATTGATCAGCTACAGCTATCCGAGTTCTACCCTCTCGAGCAAACAGCCAT
AGGGATGCTGGGAATTTTTGCATCAGTTTTGGGTCTCCAGTTCGAACCTG
TTGAAGCTGAGGCAGAGGCTCTCTGGCATGAGTCCGTCCGGGTATTCTCC
GTCTGGGAGAGTGCGCCCAGTAAGCAATTCATTGGGTATCTCTATTTTGA
TTTGCTGTGGAGAGAGAATAAATACCGCGGTAATCAAAGCGTGAATCTTC
AATGTAGCTACCTCCGACCAGATGGCATTCGGCAATACCCTGCCACTATC
CTAATGTGCTCCTTCCCGACTCCTTACCCCACCGGTTGTGCGTTGCTCAA
ACATCACCAAGTGGTGACTCTTTTCCATGAAATGGGTCATGGTGTCCATG
ATCTTCTTGCACGAACGAAGTATGTCCGTTTTCATGGTTACCGGCTTCCT
CCTGATTTCGGAGAGATGCCCAGTATGATGCTCGAGAACTGGTGCTGGAT
GAAAGAGGTTCTGCAGGGCCTCAGCTGCCACTACACCACACTAGACCAAA
ATTACTTGAATGAGTGGCGCAAGCAATATCCCAACTCGCCCGATCCGCCT
AAGAAAATTTCTGAGGATTTAGTTGAACGCCTGATCAAGCACCGTTACCT
AAACCGAGGCCTGTATCATCTTTATCAACTGTCAATCTCCATCTTCGACT
TGCAAATCCATAGTCTCAAGACAGATGCAGAGATTTTTGATCTGAATGTT
CAAAAGCTCTGGTATGACCTCCGTGAGGAGATCGAAAGCATAGACTTTTC
CGAGTGCCGAGGCGGCTATGCATTTGGAACGTTCAGCCATCTGACAGCGG
GCTATGATGTCTGCTATTATGCCTATCTTATCTGTACAGCGATGGCCCAG
GACGTCTTTCTTTCTATGTTCGCTGAGGATCCCTTCCAGAATGATAAGTG
GGAGAAGTACCGCCGCGAAATCTTACAAAATGGTGGCAGCCAGCAAGACC
TGTTCCAGATGTTGGAGAGATTCTTGGGTCGTCCGCCAAATATGAATGCC
CTTGTGGAAGGTCTGAAGCGGGCAGACAGTCAACATGAATGTTAG
back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0006508proteolysis
Vocabulary: Molecular Function
TermDefinition
GO:0004222metalloendopeptidase activity
GO:0008237metallopeptidase activity
Relationships

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

Feature NameUnique NameSpeciesType
CBS51388_009352CBS51388_009352Aspergillus niger CBS 513.88gene


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

Feature NameUnique NameSpeciesType
CBS51388_009352-T1CBS51388_009352-T1-proteinAspergillus niger CBS 513.88polypeptide


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

Feature NameUnique NameSpeciesType
CBS51388_009352-T1.exon1CBS51388_009352-T1.exon1Aspergillus niger CBS 513.88exon
CBS51388_009352-T1.exon2CBS51388_009352-T1.exon2Aspergillus niger CBS 513.88exon
CBS51388_009352-T1.exon3CBS51388_009352-T1.exon3Aspergillus niger CBS 513.88exon
CBS51388_009352-T1.exon4CBS51388_009352-T1.exon4Aspergillus niger CBS 513.88exon
CBS51388_009352-T1.exon5CBS51388_009352-T1.exon5Aspergillus niger CBS 513.88exon


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

Feature NameUnique NameSpeciesType
CBS51388_009352-T1.cdsCBS51388_009352-T1.cdsAspergillus niger CBS 513.88CDS


Properties
Property NameValue
NoteMEROPS:MER0003110
DBxrefInterPro:IPR001567
DBxrefInterPro:IPR024080
DBxrefInterPro:IPR024079
DBxrefInterPro:IPR024077
DBxrefPFAM:PF01432
Producthypothetical protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Aspergillus niger CBS 513.88 whole genome analysis2021-11-01
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
An15supercontigAn15:601477..603813 +
Powered by Drupal