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ATCC10864_008238-T1, ATCC10864_008238-T1 (mRNA) Aspergillus niger ATCC 10864

Overview
NameATCC10864_008238-T1
Unique NameATCC10864_008238-T1
TypemRNA
OrganismAspergillus niger ATCC 10864
Sequences
The following sequences are available for this feature:

mRNA from alignment at MCQH01000199:26647..28579-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>ATCC10864_008238-T1 ID=ATCC10864_008238-T1|Name=ATCC10864_008238-T1|organism=Aspergillus niger ATCC 10864|type=mRNA|length=1933bp|location=Sequence derived from alignment at MCQH01000199:26647..28579- (Aspergillus niger ATCC 10864)
ATGTCGCCGAGTATGAAGGCCCCCGCAGATACTATGACTGCCAAGTCGGC
AGACGAGGGCGAGAACGAGCTCAGAATTGGAGAGGCTATCCCAATCAAGG
TCAGTATTCTTTTTGAGTAGTCCACAAGCCTGGCATTGAAATGGACAACC
TCTGATGACGATGCTTGATCTATAGAAGCCCTTTTCTCGACTTACAATCT
TTTCCCTCACTGTGGTTCTCATGTCAACTTGGGAGGCGCTTTCCAGGTAC
AGTCCCACGTTCACTATCCAACACCATAATCTAGTGTCTGATCACACCAT
CCATGATAGTACAATGTCCTCAGGTCTCGTTAGCGGTGGCCCTGTATCTC
TCATCTATGGATTTATACGTGTGTTCGGCCTCTTCGACTATTCACAACTA
GTCTGACCTCGATCAAAGTGGCAATCGTGGGCTCCATGGCAACAGCGGCC
TCCTTGGGGGAGATGGTGTCCATGTCAGTACCTTGTGTTTTCGCACTTAC
TACCGTTACCTGACCTTGCTGAGTGGTAGGTACCCGACAGCTGGAGGTCA
GTATCACTTTATCGCGAAGTTCGCACCCGACAAATGGCAGAATATTCTGA
GCTGGTTTGTAGGGTGGATAGGTAGGATGTACTATGATAAGGCTTATATT
CCACCGTGCTCATCTTTTTCTACATTCATAGGAACCTTTGGGTGGGTATC
GTTCACTGCAAGCGCTCCATATCTTGCTGCAGGCATGATACAAGGCCTTG
TAGTTCTCACATGCGAGGCGTATCAGCCTCAGCGCTGGCATCTATCATTA
ATATACTGGGCTCTTGTTGGTTTCGCCACAGCTCTCAACATCTGGGGCAG
TCGTTTGTTCTCACTCGTAGAGACGGCGTCTCTCGTCATTCACCTGGTCG
GATTTGTCGTTGTCCTGATAGTTATGTGGGTTTGCGTCCCAGCAAAACAC
AACGCCACATTTGTCTTTACTACCTTCCTGAATAGCACCGGATGGTCGAG
TAATGGCCTTGCCTGGTGCCTAGGAATGCTCTCCAGCTGCTATGTACTGG
CAGGTTCGTGAGAATCCACCCTGGCATCGAAAATCTACATCCTGACCCAC
TGAGCTTAGGCTACGACGGAGCCATTCATCTTTGCGAAGAGATGGTTAAT
CCAGAAACCGCCGTCCCATACTGTATGCTGGGCTCGCTTACCATCAACGA
CATATTAGGTTTCGTTTTTCTACTCACCATTCTGTTCTGCATGGGAGACA
TGGAAAACGCACTTGATACCCCGACCAACTATCCAATAATCGAAATTTTT
CGCAGTGTAACGGGATCATCGGCTGGAAGCTGTGCCCTGACGGCTGTTTT
GATAATCGCAGCCTGGCTGGGCACCATTGCGCTGCTGGCATCAACCGCTC
GTATGGTTCTGTCCTTAGCTCGGGATAGAGGTACGAGCGGCCACCTCATC
CCTCCCATTTCTCTTTCACTGACCCACCTAGCTCTCCCATTTTCCGGTTA
TCTCTCTCAGCTTGATGCTCACACAGACTTACCGAAGCGCGCAATCATCA
CAACGAGCAGTCTGCTCGTGCTGTTCGGGCTGATCAACATCGCTTCCACT
ACTGCTTTCAACGCCATCCTCTCACTTGCCGTCTTAGGATTACACATCTC
ATACCTTGTCCCTATCCTATTTTTCCTATGGCGCCGCCTTTCCGCCCCAC
ACAGTTTAAGCTATGGGCCATGGAGGCTTGGCCGCGCTGGCGTTGCCATC
AATGTTATCGCCATCATCTATCTGCTATTCACCAGCATCTTCATGGTGTT
TCCCTCCTATCAACCCGTCACTCCATCTAACATGAACTACGCTTCTTTGA
TCTTTGGGTTTGTTTGGCTGATGAGCGTGGTTTTCTGGATTGTGCGGGGT
CGAAAGGAATATGATGGTCCTGCTGTTTTGTGA
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Coding sequence (CDS) from alignment at MCQH01000199:26647..28579-

>ATCC10864_008238-T1 ID=ATCC10864_008238-T1|Name=ATCC10864_008238-T1|organism=Aspergillus niger ATCC 10864|type=CDS|length=11088bp|location=Sequence derived from alignment at MCQH01000199:26647..28579- (Aspergillus niger ATCC 10864)
CTCTCCCATTTTCCGGTTATCTCTCTCAGCTTGATGCTCACACAGACTTA
CCGAAGCGCGCAATCATCACAACGAGCAGTCTGCTCGTGCTGTTCGGGCT
GATCAACATCGCTTCCACTACTGCTTTCAACGCCATCCTCTCACTTGCCG
TCTTAGGATTACACATCTCATACCTTGTCCCTATCCTATTTTTCCTATGG
CGCCGCCTTTCCGCCCCACACAGTTTAAGCTATGGGCCATGGAGGCTTGG
CCGCGCTGGCGTTGCCATCAATGTTATCGCCATCATCTATCTGCTATTCA
CCAGCATCTTCATGGTGTTTCCCTCCTATCAACCCGTCACTCCATCTAAC
ATGAACTACGCTTCTTTGATCTTTGGGTTTGTTTGGCTGATGAGCGTGGT
TTTCTGGATTGTGCGGGGTCGAAAGGAATATGATGGTCCTGCTGTTTTGT
GAGCTACGACGGAGCCATTCATCTTTGCGAAGAGATGGTTAATCCAGAAA
CCGCCGTCCCATACTGTATGCTGGGCTCGCTTACCATCAACGACATATTA
GGTTTCGTTTTTCTACTCACCATTCTGTTCTGCATGGGAGACATGGAAAA
CGCACTTGATACCCCGACCAACTATCCAATAATCGAAATTTTTCGCAGTG
TAACGGGATCATCGGCTGGAAGCTGTGCCCTGACGGCTGTTTTGATAATC
GCAGCCTGGCTGGGCACCATTGCGCTGCTGGCATCAACCGCTCGTATGGT
TCTGTCCTTAGCTCGGGATAGAGGAACCTTTGGGTGGGTATCGTTCACTG
CAAGCGCTCCATATCTTGCTGCAGGCATGATACAAGGCCTTGTAGTTCTC
ACATGCGAGGCGTATCAGCCTCAGCGCTGGCATCTATCATTAATATACTG
GGCTCTTGTTGGTTTCGCCACAGCTCTCAACATCTGGGGCAGTCGTTTGT
TCTCACTCGTAGAGACGGCGTCTCTCGTCATTCACCTGGTCGGATTTGTC
GTTGTCCTGATAGTTATGTGGGTTTGCGTCCCAGCAAAACACAACGCCAC
ATTTGTCTTTACTACCTTCCTGAATAGCACCGGATGGTCGAGTAATGGCC
TTGCCTGGTGCCTAGGAATGCTCTCCAGCTGCTATGTACTGGCAGGTACC
CGACAGCTGGAGGTCAGTATCACTTTATCGCGAAGTTCGCACCCGACAAA
TGGCAGAATATTCTGAGCTGGTTTGTAGGGTGGATAGTGGCAATCGTGGG
CTCCATGGCAACAGCGGCCTCCTTGGGGGAGATGGTGTCCATAAGCCCTT
TTCTCGACTTACAATCTTTTCCCTCACTGTGGTTCTCATGTCAACTTGGG
AGGCGCTTTCCAGGTACAGTCCCACGTTCACTATCCAACACCATAATCTA
GTGTCTGATCACACCATCCATGATAGTACAATGTCCTCAGGTCTCGTTAG
CGGTGGCCCTGTATCTCTCATCTATGGATTTATACATGTCGCCGAGTATG
AAGGCCCCCGCAGATACTATGACTGCCAAGTCGGCAGACGAGGGCGAGAA
CGAGCTCAGAATTGGAGAGGCTATCCCAATCAAGCTCTCCCATTTTCCGG
TTATCTCTCTCAGCTTGATGCTCACACAGACTTACCGAAGCGCGCAATCA
TCACAACGAGCAGTCTGCTCGTGCTGTTCGGGCTGATCAACATCGCTTCC
ACTACTGCTTTCAACGCCATCCTCTCACTTGCCGTCTTAGGATTACACAT
CTCATACCTTGTCCCTATCCTATTTTTCCTATGGCGCCGCCTTTCCGCCC
CACACAGTTTAAGCTATGGGCCATGGAGGCTTGGCCGCGCTGGCGTTGCC
ATCAATGTTATCGCCATCATCTATCTGCTATTCACCAGCATCTTCATGGT
GTTTCCCTCCTATCAACCCGTCACTCCATCTAACATGAACTACGCTTCTT
TGATCTTTGGGTTTGTTTGGCTGATGAGCGTGGTTTTCTGGATTGTGCGG
GGTCGAAAGGAATATGATGGTCCTGCTGTTTTGTGAGCTACGACGGAGCC
ATTCATCTTTGCGAAGAGATGGTTAATCCAGAAACCGCCGTCCCATACTG
TATGCTGGGCTCGCTTACCATCAACGACATATTAGGTTTCGTTTTTCTAC
TCACCATTCTGTTCTGCATGGGAGACATGGAAAACGCACTTGATACCCCG
ACCAACTATCCAATAATCGAAATTTTTCGCAGTGTAACGGGATCATCGGC
TGGAAGCTGTGCCCTGACGGCTGTTTTGATAATCGCAGCCTGGCTGGGCA
CCATTGCGCTGCTGGCATCAACCGCTCGTATGGTTCTGTCCTTAGCTCGG
GATAGAGGAACCTTTGGGTGGGTATCGTTCACTGCAAGCGCTCCATATCT
TGCTGCAGGCATGATACAAGGCCTTGTAGTTCTCACATGCGAGGCGTATC
AGCCTCAGCGCTGGCATCTATCATTAATATACTGGGCTCTTGTTGGTTTC
GCCACAGCTCTCAACATCTGGGGCAGTCGTTTGTTCTCACTCGTAGAGAC
GGCGTCTCTCGTCATTCACCTGGTCGGATTTGTCGTTGTCCTGATAGTTA
TGTGGGTTTGCGTCCCAGCAAAACACAACGCCACATTTGTCTTTACTACC
TTCCTGAATAGCACCGGATGGTCGAGTAATGGCCTTGCCTGGTGCCTAGG
AATGCTCTCCAGCTGCTATGTACTGGCAGGTACCCGACAGCTGGAGGTCA
GTATCACTTTATCGCGAAGTTCGCACCCGACAAATGGCAGAATATTCTGA
GCTGGTTTGTAGGGTGGATAGTGGCAATCGTGGGCTCCATGGCAACAGCG
GCCTCCTTGGGGGAGATGGTGTCCATAAGCCCTTTTCTCGACTTACAATC
TTTTCCCTCACTGTGGTTCTCATGTCAACTTGGGAGGCGCTTTCCAGGTA
CAGTCCCACGTTCACTATCCAACACCATAATCTAGTGTCTGATCACACCA
TCCATGATAGTACAATGTCCTCAGGTCTCGTTAGCGGTGGCCCTGTATCT
CTCATCTATGGATTTATACATGTCGCCGAGTATGAAGGCCCCCGCAGATA
CTATGACTGCCAAGTCGGCAGACGAGGGCGAGAACGAGCTCAGAATTGGA
GAGGCTATCCCAATCAAGCTCTCCCATTTTCCGGTTATCTCTCTCAGCTT
GATGCTCACACAGACTTACCGAAGCGCGCAATCATCACAACGAGCAGTCT
GCTCGTGCTGTTCGGGCTGATCAACATCGCTTCCACTACTGCTTTCAACG
CCATCCTCTCACTTGCCGTCTTAGGATTACACATCTCATACCTTGTCCCT
ATCCTATTTTTCCTATGGCGCCGCCTTTCCGCCCCACACAGTTTAAGCTA
TGGGCCATGGAGGCTTGGCCGCGCTGGCGTTGCCATCAATGTTATCGCCA
TCATCTATCTGCTATTCACCAGCATCTTCATGGTGTTTCCCTCCTATCAA
CCCGTCACTCCATCTAACATGAACTACGCTTCTTTGATCTTTGGGTTTGT
TTGGCTGATGAGCGTGGTTTTCTGGATTGTGCGGGGTCGAAAGGAATATG
ATGGTCCTGCTGTTTTGTGAGCTACGACGGAGCCATTCATCTTTGCGAAG
AGATGGTTAATCCAGAAACCGCCGTCCCATACTGTATGCTGGGCTCGCTT
ACCATCAACGACATATTAGGTTTCGTTTTTCTACTCACCATTCTGTTCTG
CATGGGAGACATGGAAAACGCACTTGATACCCCGACCAACTATCCAATAA
TCGAAATTTTTCGCAGTGTAACGGGATCATCGGCTGGAAGCTGTGCCCTG
ACGGCTGTTTTGATAATCGCAGCCTGGCTGGGCACCATTGCGCTGCTGGC
ATCAACCGCTCGTATGGTTCTGTCCTTAGCTCGGGATAGAGGAACCTTTG
GGTGGGTATCGTTCACTGCAAGCGCTCCATATCTTGCTGCAGGCATGATA
CAAGGCCTTGTAGTTCTCACATGCGAGGCGTATCAGCCTCAGCGCTGGCA
TCTATCATTAATATACTGGGCTCTTGTTGGTTTCGCCACAGCTCTCAACA
TCTGGGGCAGTCGTTTGTTCTCACTCGTAGAGACGGCGTCTCTCGTCATT
CACCTGGTCGGATTTGTCGTTGTCCTGATAGTTATGTGGGTTTGCGTCCC
AGCAAAACACAACGCCACATTTGTCTTTACTACCTTCCTGAATAGCACCG
GATGGTCGAGTAATGGCCTTGCCTGGTGCCTAGGAATGCTCTCCAGCTGC
TATGTACTGGCAGGTACCCGACAGCTGGAGGTCAGTATCACTTTATCGCG
AAGTTCGCACCCGACAAATGGCAGAATATTCTGAGCTGGTTTGTAGGGTG
GATAGTGGCAATCGTGGGCTCCATGGCAACAGCGGCCTCCTTGGGGGAGA
TGGTGTCCATAAGCCCTTTTCTCGACTTACAATCTTTTCCCTCACTGTGG
TTCTCATGTCAACTTGGGAGGCGCTTTCCAGGTACAGTCCCACGTTCACT
ATCCAACACCATAATCTAGTGTCTGATCACACCATCCATGATAGTACAAT
GTCCTCAGGTCTCGTTAGCGGTGGCCCTGTATCTCTCATCTATGGATTTA
TACATGTCGCCGAGTATGAAGGCCCCCGCAGATACTATGACTGCCAAGTC
GGCAGACGAGGGCGAGAACGAGCTCAGAATTGGAGAGGCTATCCCAATCA
AGCTCTCCCATTTTCCGGTTATCTCTCTCAGCTTGATGCTCACACAGACT
TACCGAAGCGCGCAATCATCACAACGAGCAGTCTGCTCGTGCTGTTCGGG
CTGATCAACATCGCTTCCACTACTGCTTTCAACGCCATCCTCTCACTTGC
CGTCTTAGGATTACACATCTCATACCTTGTCCCTATCCTATTTTTCCTAT
GGCGCCGCCTTTCCGCCCCACACAGTTTAAGCTATGGGCCATGGAGGCTT
GGCCGCGCTGGCGTTGCCATCAATGTTATCGCCATCATCTATCTGCTATT
CACCAGCATCTTCATGGTGTTTCCCTCCTATCAACCCGTCACTCCATCTA
ACATGAACTACGCTTCTTTGATCTTTGGGTTTGTTTGGCTGATGAGCGTG
GTTTTCTGGATTGTGCGGGGTCGAAAGGAATATGATGGTCCTGCTGTTTT
GTGAGCTACGACGGAGCCATTCATCTTTGCGAAGAGATGGTTAATCCAGA
AACCGCCGTCCCATACTGTATGCTGGGCTCGCTTACCATCAACGACATAT
TAGGTTTCGTTTTTCTACTCACCATTCTGTTCTGCATGGGAGACATGGAA
AACGCACTTGATACCCCGACCAACTATCCAATAATCGAAATTTTTCGCAG
TGTAACGGGATCATCGGCTGGAAGCTGTGCCCTGACGGCTGTTTTGATAA
TCGCAGCCTGGCTGGGCACCATTGCGCTGCTGGCATCAACCGCTCGTATG
GTTCTGTCCTTAGCTCGGGATAGAGGAACCTTTGGGTGGGTATCGTTCAC
TGCAAGCGCTCCATATCTTGCTGCAGGCATGATACAAGGCCTTGTAGTTC
TCACATGCGAGGCGTATCAGCCTCAGCGCTGGCATCTATCATTAATATAC
TGGGCTCTTGTTGGTTTCGCCACAGCTCTCAACATCTGGGGCAGTCGTTT
GTTCTCACTCGTAGAGACGGCGTCTCTCGTCATTCACCTGGTCGGATTTG
TCGTTGTCCTGATAGTTATGTGGGTTTGCGTCCCAGCAAAACACAACGCC
ACATTTGTCTTTACTACCTTCCTGAATAGCACCGGATGGTCGAGTAATGG
CCTTGCCTGGTGCCTAGGAATGCTCTCCAGCTGCTATGTACTGGCAGGTA
CCCGACAGCTGGAGGTCAGTATCACTTTATCGCGAAGTTCGCACCCGACA
AATGGCAGAATATTCTGAGCTGGTTTGTAGGGTGGATAGTGGCAATCGTG
GGCTCCATGGCAACAGCGGCCTCCTTGGGGGAGATGGTGTCCATAAGCCC
TTTTCTCGACTTACAATCTTTTCCCTCACTGTGGTTCTCATGTCAACTTG
GGAGGCGCTTTCCAGGTACAGTCCCACGTTCACTATCCAACACCATAATC
TAGTGTCTGATCACACCATCCATGATAGTACAATGTCCTCAGGTCTCGTT
AGCGGTGGCCCTGTATCTCTCATCTATGGATTTATACATGTCGCCGAGTA
TGAAGGCCCCCGCAGATACTATGACTGCCAAGTCGGCAGACGAGGGCGAG
AACGAGCTCAGAATTGGAGAGGCTATCCCAATCAAGCTCTCCCATTTTCC
GGTTATCTCTCTCAGCTTGATGCTCACACAGACTTACCGAAGCGCGCAAT
CATCACAACGAGCAGTCTGCTCGTGCTGTTCGGGCTGATCAACATCGCTT
CCACTACTGCTTTCAACGCCATCCTCTCACTTGCCGTCTTAGGATTACAC
ATCTCATACCTTGTCCCTATCCTATTTTTCCTATGGCGCCGCCTTTCCGC
CCCACACAGTTTAAGCTATGGGCCATGGAGGCTTGGCCGCGCTGGCGTTG
CCATCAATGTTATCGCCATCATCTATCTGCTATTCACCAGCATCTTCATG
GTGTTTCCCTCCTATCAACCCGTCACTCCATCTAACATGAACTACGCTTC
TTTGATCTTTGGGTTTGTTTGGCTGATGAGCGTGGTTTTCTGGATTGTGC
GGGGTCGAAAGGAATATGATGGTCCTGCTGTTTTGTGAGCTACGACGGAG
CCATTCATCTTTGCGAAGAGATGGTTAATCCAGAAACCGCCGTCCCATAC
TGTATGCTGGGCTCGCTTACCATCAACGACATATTAGGTTTCGTTTTTCT
ACTCACCATTCTGTTCTGCATGGGAGACATGGAAAACGCACTTGATACCC
CGACCAACTATCCAATAATCGAAATTTTTCGCAGTGTAACGGGATCATCG
GCTGGAAGCTGTGCCCTGACGGCTGTTTTGATAATCGCAGCCTGGCTGGG
CACCATTGCGCTGCTGGCATCAACCGCTCGTATGGTTCTGTCCTTAGCTC
GGGATAGAGGAACCTTTGGGTGGGTATCGTTCACTGCAAGCGCTCCATAT
CTTGCTGCAGGCATGATACAAGGCCTTGTAGTTCTCACATGCGAGGCGTA
TCAGCCTCAGCGCTGGCATCTATCATTAATATACTGGGCTCTTGTTGGTT
TCGCCACAGCTCTCAACATCTGGGGCAGTCGTTTGTTCTCACTCGTAGAG
ACGGCGTCTCTCGTCATTCACCTGGTCGGATTTGTCGTTGTCCTGATAGT
TATGTGGGTTTGCGTCCCAGCAAAACACAACGCCACATTTGTCTTTACTA
CCTTCCTGAATAGCACCGGATGGTCGAGTAATGGCCTTGCCTGGTGCCTA
GGAATGCTCTCCAGCTGCTATGTACTGGCAGGTACCCGACAGCTGGAGGT
CAGTATCACTTTATCGCGAAGTTCGCACCCGACAAATGGCAGAATATTCT
GAGCTGGTTTGTAGGGTGGATAGTGGCAATCGTGGGCTCCATGGCAACAG
CGGCCTCCTTGGGGGAGATGGTGTCCATAAGCCCTTTTCTCGACTTACAA
TCTTTTCCCTCACTGTGGTTCTCATGTCAACTTGGGAGGCGCTTTCCAGG
TACAGTCCCACGTTCACTATCCAACACCATAATCTAGTGTCTGATCACAC
CATCCATGATAGTACAATGTCCTCAGGTCTCGTTAGCGGTGGCCCTGTAT
CTCTCATCTATGGATTTATACATGTCGCCGAGTATGAAGGCCCCCGCAGA
TACTATGACTGCCAAGTCGGCAGACGAGGGCGAGAACGAGCTCAGAATTG
GAGAGGCTATCCCAATCAAGCTCTCCCATTTTCCGGTTATCTCTCTCAGC
TTGATGCTCACACAGACTTACCGAAGCGCGCAATCATCACAACGAGCAGT
CTGCTCGTGCTGTTCGGGCTGATCAACATCGCTTCCACTACTGCTTTCAA
CGCCATCCTCTCACTTGCCGTCTTAGGATTACACATCTCATACCTTGTCC
CTATCCTATTTTTCCTATGGCGCCGCCTTTCCGCCCCACACAGTTTAAGC
TATGGGCCATGGAGGCTTGGCCGCGCTGGCGTTGCCATCAATGTTATCGC
CATCATCTATCTGCTATTCACCAGCATCTTCATGGTGTTTCCCTCCTATC
AACCCGTCACTCCATCTAACATGAACTACGCTTCTTTGATCTTTGGGTTT
GTTTGGCTGATGAGCGTGGTTTTCTGGATTGTGCGGGGTCGAAAGGAATA
TGATGGTCCTGCTGTTTTGTGAGCTACGACGGAGCCATTCATCTTTGCGA
AGAGATGGTTAATCCAGAAACCGCCGTCCCATACTGTATGCTGGGCTCGC
TTACCATCAACGACATATTAGGTTTCGTTTTTCTACTCACCATTCTGTTC
TGCATGGGAGACATGGAAAACGCACTTGATACCCCGACCAACTATCCAAT
AATCGAAATTTTTCGCAGTGTAACGGGATCATCGGCTGGAAGCTGTGCCC
TGACGGCTGTTTTGATAATCGCAGCCTGGCTGGGCACCATTGCGCTGCTG
GCATCAACCGCTCGTATGGTTCTGTCCTTAGCTCGGGATAGAGGAACCTT
TGGGTGGGTATCGTTCACTGCAAGCGCTCCATATCTTGCTGCAGGCATGA
TACAAGGCCTTGTAGTTCTCACATGCGAGGCGTATCAGCCTCAGCGCTGG
CATCTATCATTAATATACTGGGCTCTTGTTGGTTTCGCCACAGCTCTCAA
CATCTGGGGCAGTCGTTTGTTCTCACTCGTAGAGACGGCGTCTCTCGTCA
TTCACCTGGTCGGATTTGTCGTTGTCCTGATAGTTATGTGGGTTTGCGTC
CCAGCAAAACACAACGCCACATTTGTCTTTACTACCTTCCTGAATAGCAC
CGGATGGTCGAGTAATGGCCTTGCCTGGTGCCTAGGAATGCTCTCCAGCT
GCTATGTACTGGCAGGTACCCGACAGCTGGAGGTCAGTATCACTTTATCG
CGAAGTTCGCACCCGACAAATGGCAGAATATTCTGAGCTGGTTTGTAGGG
TGGATAGTGGCAATCGTGGGCTCCATGGCAACAGCGGCCTCCTTGGGGGA
GATGGTGTCCATAAGCCCTTTTCTCGACTTACAATCTTTTCCCTCACTGT
GGTTCTCATGTCAACTTGGGAGGCGCTTTCCAGGTACAGTCCCACGTTCA
CTATCCAACACCATAATCTAGTGTCTGATCACACCATCCATGATAGTACA
ATGTCCTCAGGTCTCGTTAGCGGTGGCCCTGTATCTCTCATCTATGGATT
TATACATGTCGCCGAGTATGAAGGCCCCCGCAGATACTATGACTGCCAAG
TCGGCAGACGAGGGCGAGAACGAGCTCAGAATTGGAGAGGCTATCCCAAT
CAAGCTCTCCCATTTTCCGGTTATCTCTCTCAGCTTGATGCTCACACAGA
CTTACCGAAGCGCGCAATCATCACAACGAGCAGTCTGCTCGTGCTGTTCG
GGCTGATCAACATCGCTTCCACTACTGCTTTCAACGCCATCCTCTCACTT
GCCGTCTTAGGATTACACATCTCATACCTTGTCCCTATCCTATTTTTCCT
ATGGCGCCGCCTTTCCGCCCCACACAGTTTAAGCTATGGGCCATGGAGGC
TTGGCCGCGCTGGCGTTGCCATCAATGTTATCGCCATCATCTATCTGCTA
TTCACCAGCATCTTCATGGTGTTTCCCTCCTATCAACCCGTCACTCCATC
TAACATGAACTACGCTTCTTTGATCTTTGGGTTTGTTTGGCTGATGAGCG
TGGTTTTCTGGATTGTGCGGGGTCGAAAGGAATATGATGGTCCTGCTGTT
TTGTGAGCTACGACGGAGCCATTCATCTTTGCGAAGAGATGGTTAATCCA
GAAACCGCCGTCCCATACTGTATGCTGGGCTCGCTTACCATCAACGACAT
ATTAGGTTTCGTTTTTCTACTCACCATTCTGTTCTGCATGGGAGACATGG
AAAACGCACTTGATACCCCGACCAACTATCCAATAATCGAAATTTTTCGC
AGTGTAACGGGATCATCGGCTGGAAGCTGTGCCCTGACGGCTGTTTTGAT
AATCGCAGCCTGGCTGGGCACCATTGCGCTGCTGGCATCAACCGCTCGTA
TGGTTCTGTCCTTAGCTCGGGATAGAGGAACCTTTGGGTGGGTATCGTTC
ACTGCAAGCGCTCCATATCTTGCTGCAGGCATGATACAAGGCCTTGTAGT
TCTCACATGCGAGGCGTATCAGCCTCAGCGCTGGCATCTATCATTAATAT
ACTGGGCTCTTGTTGGTTTCGCCACAGCTCTCAACATCTGGGGCAGTCGT
TTGTTCTCACTCGTAGAGACGGCGTCTCTCGTCATTCACCTGGTCGGATT
TGTCGTTGTCCTGATAGTTATGTGGGTTTGCGTCCCAGCAAAACACAACG
CCACATTTGTCTTTACTACCTTCCTGAATAGCACCGGATGGTCGAGTAAT
GGCCTTGCCTGGTGCCTAGGAATGCTCTCCAGCTGCTATGTACTGGCAGG
TACCCGACAGCTGGAGGTCAGTATCACTTTATCGCGAAGTTCGCACCCGA
CAAATGGCAGAATATTCTGAGCTGGTTTGTAGGGTGGATAGTGGCAATCG
TGGGCTCCATGGCAACAGCGGCCTCCTTGGGGGAGATGGTGTCCATAAGC
CCTTTTCTCGACTTACAATCTTTTCCCTCACTGTGGTTCTCATGTCAACT
TGGGAGGCGCTTTCCAGGTACAGTCCCACGTTCACTATCCAACACCATAA
TCTAGTGTCTGATCACACCATCCATGATAGTACAATGTCCTCAGGTCTCG
TTAGCGGTGGCCCTGTATCTCTCATCTATGGATTTATACATGTCGCCGAG
TATGAAGGCCCCCGCAGATACTATGACTGCCAAGTCGGCAGACGAGGGCG
AGAACGAGCTCAGAATTGGAGAGGCTATCCCAATCAAG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
TermDefinition
GO:0022857transmembrane transporter activity
Vocabulary: Cellular Component
TermDefinition
GO:0016020membrane
Vocabulary: Biological Process
TermDefinition
GO:0055085transmembrane transport
Relationships

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

Feature NameUnique NameSpeciesType
ATCC10864_008238ATCC10864_008238Aspergillus niger ATCC 10864gene


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

Feature NameUnique NameSpeciesType
ATCC10864_008238-T1ATCC10864_008238-T1-proteinAspergillus niger ATCC 10864polypeptide


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

Feature NameUnique NameSpeciesType
ATCC10864_008238-T1.cdsATCC10864_008238-T1.cdsAspergillus niger ATCC 10864CDS


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

Feature NameUnique NameSpeciesType
ATCC10864_008238-T1.exon7ATCC10864_008238-T1.exon7Aspergillus niger ATCC 10864exon
ATCC10864_008238-T1.exon6ATCC10864_008238-T1.exon6Aspergillus niger ATCC 10864exon
ATCC10864_008238-T1.exon5ATCC10864_008238-T1.exon5Aspergillus niger ATCC 10864exon
ATCC10864_008238-T1.exon4ATCC10864_008238-T1.exon4Aspergillus niger ATCC 10864exon
ATCC10864_008238-T1.exon3ATCC10864_008238-T1.exon3Aspergillus niger ATCC 10864exon
ATCC10864_008238-T1.exon2ATCC10864_008238-T1.exon2Aspergillus niger ATCC 10864exon
ATCC10864_008238-T1.exon1ATCC10864_008238-T1.exon1Aspergillus niger ATCC 10864exon


Cross References
External references for this mRNA
DatabaseAccession
PFAMPF13520
PFAMPF00324
InterProIPR002293
Properties
Property NameValue
NoteSMCOG1038:phenylalanine-specific permease
NoteantiSMASH:Cluster_1000199.1
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
MCQH01000199supercontigMCQH01000199:26647..28579 -
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