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Sequences
The following sequences are available for this feature:
mRNA from alignment at MCQH01000169:563324..565468+ Legend: polypeptideexonCDS Hold the cursor over a type above to highlight its positions in the sequence below. >ATCC10864_006748-T1 ID=ATCC10864_006748-T1|Name=ATCC10864_006748-T1|organism=Aspergillus niger ATCC 10864|type=mRNA|length=2145bp|location=Sequence derived from alignment at MCQH01000169:563324..565468+ (Aspergillus niger ATCC 10864)
ATGTCAAGCCAGTCGCCATTGCCCCAGCCTACGAAGAACGTCGTTCTTGA
CACGACTTCTCTTCCCCCATCTTCATCAGCATCAGTTTGGGACCGCATCT
CGAAATGGGTGTCGGAAAATAAGGCCCTTGTTTACACCATTGCCGGTGTT
GCTGTGGTCGTGACGAGCGCGGGTGTCGTCTACTACCTCTCCGACTCGAG
TCGGACTACCCCGGCCCCTCCCACAGAGAAGAAGAAGAGTAAGAACCAGA
GAAGAAAGGAGAAAAAGAAGGCAGAAGAGGAGAAGAAGGCCAAGGCTGCC
TCCGTTCAAGAGGGTATGTCGATGAGAACCACACTCTGCCTCTCCCGTCG
ACAAGCATCCGGTTCGGGCTGACGATCTCCTTAGAGCCTGCGGCGAAGAA
GCCGGAGGAAGCCTCTGAAGAACTTCCAGAAGTTGACGAGGAATCCGTTG
CACAGCTGTCGGAAGAGGTGAGTCATTGGTCTTTTACAATGGAAACACCC
AGGCGCCGATACCGCAAATGCTAACACCCATTTCAAAGACAAGGAAGGCT
TACGCAGCCAAGCTCAAGGCTGCTGGAAACAAGGCGTATGGCTCCAAGGA
CTACAACAAAGCCATTGAGCTCTACGGAAAGGCCATTCTCTGCAAGCCCG
ACCCAGTCTTCTACTCGAACCGTGCCGCCTGCTACAACGTTCTGTCGGAG
TGGGAGAAGGTTGTCGAAGATACCAGTGCCGCTCTCGCCATGGACAGCGA
GTACGTCAAAGCCCTGAACCGGAGAGCTATTGCATACGAACACCTGGAGA
AGTTCAGCGAGGCTCTTCTTGACTTTACTGCCAGCTGCATCATTGACGGC
TTCTCCAACGAGATCAGCCGTGTTGCTCTGGAAAGACTCCTGAAGAAGGT
TGCTGAGAGGAAAGGAAAGGCCATTATTGAGGCGAAGGGCAAGAAGCTCC
CTAGCCCGACCTTCGTTTCGAACTATCTCCAGAGCTTCCGCCCCCAGGCA
CTGCCCGAAGGCCTCGATGAGTCTGTGGATCTGAGCGAAGAATCTGGCAA
GGGCCAACTCCGCAAGGGTCTGCTTGCAATGGCCCTGAAAACTGGTGATG
GCTATGAGGAGGCTGCTTCTGCTTTTGAGAAGGCCCTGGAGCTCGGAGAC
TTGGGTGAATACGAAGCCCTTGCTCTTAACCTGAGAGCCACTTTCACCTA
TCTCGAGGGTAACGCCCAGGCCGCATTGTTGGATCTCAACAAGAGTGTTG
AGTTGCAGCCGTCGTTGGTTCAGAGCTACATCAAGCGTGCCAGCTTGCAC
CTCGAGCTCGGTATGTCAAACGCCGTTCTTTATGGTAGATGCTTTGCTGA
CAAGTCGAAAAGGAAACAAGGACGCCGCTGCCGACGACTTCGAGCTCGCC
ATCACCCACAACAAGGATGACCCCGACATCTACTACCACCGCGCCCAGCT
TCACTTCATTCTCGGAGAGTTCGCCGAGGCTGCTAAGGATTACCAGAAAT
CCATCGATCTCGACCGTACTTTCATCTACTCCCACATCCAACTTGGTGTT
ACGCAGTATAAGATGGGCTCCGTTGCGTCCGCTATGGCTACTTTCAGAAG
ATCCGTGAAGAACTTTGAAGAAGTGCCCGATGTCTACAACTACTACGGTG
AACTTCTTCTCGACCAGCAGAACTTCTCGGAGGCGATTGAGAAGTTCGAC
AAGGCCGTGGAGATGGAGAAACAGAGCAAGCCTATGGGTATCAACGTTCT
GCCCCTGATCAACAAGGCTCTTGCCTTGTTCCAGTGGAAGCACGATTTCC
AGGAGGCTGAGAACCTCTGCCAGAAAGCCCTGATCAGTAAGTCTTGCGGT
CCTTTGCTATAAAGTGGTGAGAGCTTGGAACACTAACCGGCTTGCAGTTG
ATCCTGAATGCGATATCGCCGTAGGAACGATGGCGCAGCTTCTGCTGCAG
CAGGGCAAGGTCTCGCAGGCCCTCAAGTACTTTGAGCGTGCCGCTGAGCT
TGCTCGTACCGAGGCGGAGATTATCAATGCCATCTCCTATGCTGAGGCCA
CCCGCACGCAGCTGGAGGTCCAGGAGAAGTACCCCCAGCTTGCTGCCCGT
CTGCAAGGCATGGGTGCTGGCTTTGCCCCCCCTCCCTCTTTGTAA back to topCoding sequence (CDS) from alignment at MCQH01000169:563324..565468+ >ATCC10864_006748-T1 ID=ATCC10864_006748-T1|Name=ATCC10864_006748-T1|organism=Aspergillus niger ATCC 10864|type=CDS|length=9450bp|location=Sequence derived from alignment at MCQH01000169:563324..565468+ (Aspergillus niger ATCC 10864)
ATGTCAAGCCAGTCGCCATTGCCCCAGCCTACGAAGAACGTCGTTCTTGA
CACGACTTCTCTTCCCCCATCTTCATCAGCATCAGTTTGGGACCGCATCT
CGAAATGGGTGTCGGAAAATAAGGCCCTTGTTTACACCATTGCCGGTGTT
GCTGTGGTCGTGACGAGCGCGGGTGTCGTCTACTACCTCTCCGACTCGAG
TCGGACTACCCCGGCCCCTCCCACAGAGAAGAAGAAGAGTAAGAACCAGA
GAAGAAAGGAGAAAAAGAAGGCAGAAGAGGAGAAGAAGGCCAAGGCTGCC
TCCGTTCAAGAGGAGCCTGCGGCGAAGAAGCCGGAGGAAGCCTCTGAAGA
ACTTCCAGAAGTTGACGAGGAATCCGTTGCACAGCTGTCGGAAGAGACAA
GGAAGGCTTACGCAGCCAAGCTCAAGGCTGCTGGAAACAAGGCGTATGGC
TCCAAGGACTACAACAAAGCCATTGAGCTCTACGGAAAGGCCATTCTCTG
CAAGCCCGACCCAGTCTTCTACTCGAACCGTGCCGCCTGCTACAACGTTC
TGTCGGAGTGGGAGAAGGTTGTCGAAGATACCAGTGCCGCTCTCGCCATG
GACAGCGAGTACGTCAAAGCCCTGAACCGGAGAGCTATTGCATACGAACA
CCTGGAGAAGTTCAGCGAGGCTCTTCTTGACTTTACTGCCAGCTGCATCA
TTGACGGCTTCTCCAACGAGATCAGCCGTGTTGCTCTGGAAAGACTCCTG
AAGAAGGTTGCTGAGAGGAAAGGAAAGGCCATTATTGAGGCGAAGGGCAA
GAAGCTCCCTAGCCCGACCTTCGTTTCGAACTATCTCCAGAGCTTCCGCC
CCCAGGCACTGCCCGAAGGCCTCGATGAGTCTGTGGATCTGAGCGAAGAA
TCTGGCAAGGGCCAACTCCGCAAGGGTCTGCTTGCAATGGCCCTGAAAAC
TGGTGATGGCTATGAGGAGGCTGCTTCTGCTTTTGAGAAGGCCCTGGAGC
TCGGAGACTTGGGTGAATACGAAGCCCTTGCTCTTAACCTGAGAGCCACT
TTCACCTATCTCGAGGGTAACGCCCAGGCCGCATTGTTGGATCTCAACAA
GAGTGTTGAGTTGCAGCCGTCGTTGGTTCAGAGCTACATCAAGCGTGCCA
GCTTGCACCTCGAGCTCGGAAACAAGGACGCCGCTGCCGACGACTTCGAG
CTCGCCATCACCCACAACAAGGATGACCCCGACATCTACTACCACCGCGC
CCAGCTTCACTTCATTCTCGGAGAGTTCGCCGAGGCTGCTAAGGATTACC
AGAAATCCATCGATCTCGACCGTACTTTCATCTACTCCCACATCCAACTT
GGTGTTACGCAGTATAAGATGGGCTCCGTTGCGTCCGCTATGGCTACTTT
CAGAAGATCCGTGAAGAACTTTGAAGAAGTGCCCGATGTCTACAACTACT
ACGGTGAACTTCTTCTCGACCAGCAGAACTTCTCGGAGGCGATTGAGAAG
TTCGACAAGGCCGTGGAGATGGAGAAACAGAGCAAGCCTATGGGTATCAA
CGTTCTGCCCCTGATCAACAAGGCTCTTGCCTTGTTCCAGTGGAAGCACG
ATTTCCAGGAGGCTGAGAACCTCTGCCAGAAAGCCCTGATCATTGATCCT
GAATGCGATATCGCCGTAGGAACGATGGCGCAGCTTCTGCTGCAGCAGGG
CAAGGTCTCGCAGGCCCTCAAGTACTTTGAGCGTGCCGCTGAGCTTGCTC
GTACCGAGGCGGAGATTATCAATGCCATCTCCTATGCTGAGGCCACCCGC
ACGCAGCTGGAGGTCCAGGAGAAGTACCCCCAGCTTGCTGCCCGTCTGCA
AGGCATGGGTGCTGGCTTTGCCCCCCCTCCCTCTTTGTAAATGTCAAGCC
AGTCGCCATTGCCCCAGCCTACGAAGAACGTCGTTCTTGACACGACTTCT
CTTCCCCCATCTTCATCAGCATCAGTTTGGGACCGCATCTCGAAATGGGT
GTCGGAAAATAAGGCCCTTGTTTACACCATTGCCGGTGTTGCTGTGGTCG
TGACGAGCGCGGGTGTCGTCTACTACCTCTCCGACTCGAGTCGGACTACC
CCGGCCCCTCCCACAGAGAAGAAGAAGAGTAAGAACCAGAGAAGAAAGGA
GAAAAAGAAGGCAGAAGAGGAGAAGAAGGCCAAGGCTGCCTCCGTTCAAG
AGGAGCCTGCGGCGAAGAAGCCGGAGGAAGCCTCTGAAGAACTTCCAGAA
GTTGACGAGGAATCCGTTGCACAGCTGTCGGAAGAGACAAGGAAGGCTTA
CGCAGCCAAGCTCAAGGCTGCTGGAAACAAGGCGTATGGCTCCAAGGACT
ACAACAAAGCCATTGAGCTCTACGGAAAGGCCATTCTCTGCAAGCCCGAC
CCAGTCTTCTACTCGAACCGTGCCGCCTGCTACAACGTTCTGTCGGAGTG
GGAGAAGGTTGTCGAAGATACCAGTGCCGCTCTCGCCATGGACAGCGAGT
ACGTCAAAGCCCTGAACCGGAGAGCTATTGCATACGAACACCTGGAGAAG
TTCAGCGAGGCTCTTCTTGACTTTACTGCCAGCTGCATCATTGACGGCTT
CTCCAACGAGATCAGCCGTGTTGCTCTGGAAAGACTCCTGAAGAAGGTTG
CTGAGAGGAAAGGAAAGGCCATTATTGAGGCGAAGGGCAAGAAGCTCCCT
AGCCCGACCTTCGTTTCGAACTATCTCCAGAGCTTCCGCCCCCAGGCACT
GCCCGAAGGCCTCGATGAGTCTGTGGATCTGAGCGAAGAATCTGGCAAGG
GCCAACTCCGCAAGGGTCTGCTTGCAATGGCCCTGAAAACTGGTGATGGC
TATGAGGAGGCTGCTTCTGCTTTTGAGAAGGCCCTGGAGCTCGGAGACTT
GGGTGAATACGAAGCCCTTGCTCTTAACCTGAGAGCCACTTTCACCTATC
TCGAGGGTAACGCCCAGGCCGCATTGTTGGATCTCAACAAGAGTGTTGAG
TTGCAGCCGTCGTTGGTTCAGAGCTACATCAAGCGTGCCAGCTTGCACCT
CGAGCTCGGAAACAAGGACGCCGCTGCCGACGACTTCGAGCTCGCCATCA
CCCACAACAAGGATGACCCCGACATCTACTACCACCGCGCCCAGCTTCAC
TTCATTCTCGGAGAGTTCGCCGAGGCTGCTAAGGATTACCAGAAATCCAT
CGATCTCGACCGTACTTTCATCTACTCCCACATCCAACTTGGTGTTACGC
AGTATAAGATGGGCTCCGTTGCGTCCGCTATGGCTACTTTCAGAAGATCC
GTGAAGAACTTTGAAGAAGTGCCCGATGTCTACAACTACTACGGTGAACT
TCTTCTCGACCAGCAGAACTTCTCGGAGGCGATTGAGAAGTTCGACAAGG
CCGTGGAGATGGAGAAACAGAGCAAGCCTATGGGTATCAACGTTCTGCCC
CTGATCAACAAGGCTCTTGCCTTGTTCCAGTGGAAGCACGATTTCCAGGA
GGCTGAGAACCTCTGCCAGAAAGCCCTGATCATTGATCCTGAATGCGATA
TCGCCGTAGGAACGATGGCGCAGCTTCTGCTGCAGCAGGGCAAGGTCTCG
CAGGCCCTCAAGTACTTTGAGCGTGCCGCTGAGCTTGCTCGTACCGAGGC
GGAGATTATCAATGCCATCTCCTATGCTGAGGCCACCCGCACGCAGCTGG
AGGTCCAGGAGAAGTACCCCCAGCTTGCTGCCCGTCTGCAAGGCATGGGT
GCTGGCTTTGCCCCCCCTCCCTCTTTGTAAATGTCAAGCCAGTCGCCATT
GCCCCAGCCTACGAAGAACGTCGTTCTTGACACGACTTCTCTTCCCCCAT
CTTCATCAGCATCAGTTTGGGACCGCATCTCGAAATGGGTGTCGGAAAAT
AAGGCCCTTGTTTACACCATTGCCGGTGTTGCTGTGGTCGTGACGAGCGC
GGGTGTCGTCTACTACCTCTCCGACTCGAGTCGGACTACCCCGGCCCCTC
CCACAGAGAAGAAGAAGAGTAAGAACCAGAGAAGAAAGGAGAAAAAGAAG
GCAGAAGAGGAGAAGAAGGCCAAGGCTGCCTCCGTTCAAGAGGAGCCTGC
GGCGAAGAAGCCGGAGGAAGCCTCTGAAGAACTTCCAGAAGTTGACGAGG
AATCCGTTGCACAGCTGTCGGAAGAGACAAGGAAGGCTTACGCAGCCAAG
CTCAAGGCTGCTGGAAACAAGGCGTATGGCTCCAAGGACTACAACAAAGC
CATTGAGCTCTACGGAAAGGCCATTCTCTGCAAGCCCGACCCAGTCTTCT
ACTCGAACCGTGCCGCCTGCTACAACGTTCTGTCGGAGTGGGAGAAGGTT
GTCGAAGATACCAGTGCCGCTCTCGCCATGGACAGCGAGTACGTCAAAGC
CCTGAACCGGAGAGCTATTGCATACGAACACCTGGAGAAGTTCAGCGAGG
CTCTTCTTGACTTTACTGCCAGCTGCATCATTGACGGCTTCTCCAACGAG
ATCAGCCGTGTTGCTCTGGAAAGACTCCTGAAGAAGGTTGCTGAGAGGAA
AGGAAAGGCCATTATTGAGGCGAAGGGCAAGAAGCTCCCTAGCCCGACCT
TCGTTTCGAACTATCTCCAGAGCTTCCGCCCCCAGGCACTGCCCGAAGGC
CTCGATGAGTCTGTGGATCTGAGCGAAGAATCTGGCAAGGGCCAACTCCG
CAAGGGTCTGCTTGCAATGGCCCTGAAAACTGGTGATGGCTATGAGGAGG
CTGCTTCTGCTTTTGAGAAGGCCCTGGAGCTCGGAGACTTGGGTGAATAC
GAAGCCCTTGCTCTTAACCTGAGAGCCACTTTCACCTATCTCGAGGGTAA
CGCCCAGGCCGCATTGTTGGATCTCAACAAGAGTGTTGAGTTGCAGCCGT
CGTTGGTTCAGAGCTACATCAAGCGTGCCAGCTTGCACCTCGAGCTCGGA
AACAAGGACGCCGCTGCCGACGACTTCGAGCTCGCCATCACCCACAACAA
GGATGACCCCGACATCTACTACCACCGCGCCCAGCTTCACTTCATTCTCG
GAGAGTTCGCCGAGGCTGCTAAGGATTACCAGAAATCCATCGATCTCGAC
CGTACTTTCATCTACTCCCACATCCAACTTGGTGTTACGCAGTATAAGAT
GGGCTCCGTTGCGTCCGCTATGGCTACTTTCAGAAGATCCGTGAAGAACT
TTGAAGAAGTGCCCGATGTCTACAACTACTACGGTGAACTTCTTCTCGAC
CAGCAGAACTTCTCGGAGGCGATTGAGAAGTTCGACAAGGCCGTGGAGAT
GGAGAAACAGAGCAAGCCTATGGGTATCAACGTTCTGCCCCTGATCAACA
AGGCTCTTGCCTTGTTCCAGTGGAAGCACGATTTCCAGGAGGCTGAGAAC
CTCTGCCAGAAAGCCCTGATCATTGATCCTGAATGCGATATCGCCGTAGG
AACGATGGCGCAGCTTCTGCTGCAGCAGGGCAAGGTCTCGCAGGCCCTCA
AGTACTTTGAGCGTGCCGCTGAGCTTGCTCGTACCGAGGCGGAGATTATC
AATGCCATCTCCTATGCTGAGGCCACCCGCACGCAGCTGGAGGTCCAGGA
GAAGTACCCCCAGCTTGCTGCCCGTCTGCAAGGCATGGGTGCTGGCTTTG
CCCCCCCTCCCTCTTTGTAAATGTCAAGCCAGTCGCCATTGCCCCAGCCT
ACGAAGAACGTCGTTCTTGACACGACTTCTCTTCCCCCATCTTCATCAGC
ATCAGTTTGGGACCGCATCTCGAAATGGGTGTCGGAAAATAAGGCCCTTG
TTTACACCATTGCCGGTGTTGCTGTGGTCGTGACGAGCGCGGGTGTCGTC
TACTACCTCTCCGACTCGAGTCGGACTACCCCGGCCCCTCCCACAGAGAA
GAAGAAGAGTAAGAACCAGAGAAGAAAGGAGAAAAAGAAGGCAGAAGAGG
AGAAGAAGGCCAAGGCTGCCTCCGTTCAAGAGGAGCCTGCGGCGAAGAAG
CCGGAGGAAGCCTCTGAAGAACTTCCAGAAGTTGACGAGGAATCCGTTGC
ACAGCTGTCGGAAGAGACAAGGAAGGCTTACGCAGCCAAGCTCAAGGCTG
CTGGAAACAAGGCGTATGGCTCCAAGGACTACAACAAAGCCATTGAGCTC
TACGGAAAGGCCATTCTCTGCAAGCCCGACCCAGTCTTCTACTCGAACCG
TGCCGCCTGCTACAACGTTCTGTCGGAGTGGGAGAAGGTTGTCGAAGATA
CCAGTGCCGCTCTCGCCATGGACAGCGAGTACGTCAAAGCCCTGAACCGG
AGAGCTATTGCATACGAACACCTGGAGAAGTTCAGCGAGGCTCTTCTTGA
CTTTACTGCCAGCTGCATCATTGACGGCTTCTCCAACGAGATCAGCCGTG
TTGCTCTGGAAAGACTCCTGAAGAAGGTTGCTGAGAGGAAAGGAAAGGCC
ATTATTGAGGCGAAGGGCAAGAAGCTCCCTAGCCCGACCTTCGTTTCGAA
CTATCTCCAGAGCTTCCGCCCCCAGGCACTGCCCGAAGGCCTCGATGAGT
CTGTGGATCTGAGCGAAGAATCTGGCAAGGGCCAACTCCGCAAGGGTCTG
CTTGCAATGGCCCTGAAAACTGGTGATGGCTATGAGGAGGCTGCTTCTGC
TTTTGAGAAGGCCCTGGAGCTCGGAGACTTGGGTGAATACGAAGCCCTTG
CTCTTAACCTGAGAGCCACTTTCACCTATCTCGAGGGTAACGCCCAGGCC
GCATTGTTGGATCTCAACAAGAGTGTTGAGTTGCAGCCGTCGTTGGTTCA
GAGCTACATCAAGCGTGCCAGCTTGCACCTCGAGCTCGGAAACAAGGACG
CCGCTGCCGACGACTTCGAGCTCGCCATCACCCACAACAAGGATGACCCC
GACATCTACTACCACCGCGCCCAGCTTCACTTCATTCTCGGAGAGTTCGC
CGAGGCTGCTAAGGATTACCAGAAATCCATCGATCTCGACCGTACTTTCA
TCTACTCCCACATCCAACTTGGTGTTACGCAGTATAAGATGGGCTCCGTT
GCGTCCGCTATGGCTACTTTCAGAAGATCCGTGAAGAACTTTGAAGAAGT
GCCCGATGTCTACAACTACTACGGTGAACTTCTTCTCGACCAGCAGAACT
TCTCGGAGGCGATTGAGAAGTTCGACAAGGCCGTGGAGATGGAGAAACAG
AGCAAGCCTATGGGTATCAACGTTCTGCCCCTGATCAACAAGGCTCTTGC
CTTGTTCCAGTGGAAGCACGATTTCCAGGAGGCTGAGAACCTCTGCCAGA
AAGCCCTGATCATTGATCCTGAATGCGATATCGCCGTAGGAACGATGGCG
CAGCTTCTGCTGCAGCAGGGCAAGGTCTCGCAGGCCCTCAAGTACTTTGA
GCGTGCCGCTGAGCTTGCTCGTACCGAGGCGGAGATTATCAATGCCATCT
CCTATGCTGAGGCCACCCGCACGCAGCTGGAGGTCCAGGAGAAGTACCCC
CAGCTTGCTGCCCGTCTGCAAGGCATGGGTGCTGGCTTTGCCCCCCCTCC
CTCTTTGTAAATGTCAAGCCAGTCGCCATTGCCCCAGCCTACGAAGAACG
TCGTTCTTGACACGACTTCTCTTCCCCCATCTTCATCAGCATCAGTTTGG
GACCGCATCTCGAAATGGGTGTCGGAAAATAAGGCCCTTGTTTACACCAT
TGCCGGTGTTGCTGTGGTCGTGACGAGCGCGGGTGTCGTCTACTACCTCT
CCGACTCGAGTCGGACTACCCCGGCCCCTCCCACAGAGAAGAAGAAGAGT
AAGAACCAGAGAAGAAAGGAGAAAAAGAAGGCAGAAGAGGAGAAGAAGGC
CAAGGCTGCCTCCGTTCAAGAGGAGCCTGCGGCGAAGAAGCCGGAGGAAG
CCTCTGAAGAACTTCCAGAAGTTGACGAGGAATCCGTTGCACAGCTGTCG
GAAGAGACAAGGAAGGCTTACGCAGCCAAGCTCAAGGCTGCTGGAAACAA
GGCGTATGGCTCCAAGGACTACAACAAAGCCATTGAGCTCTACGGAAAGG
CCATTCTCTGCAAGCCCGACCCAGTCTTCTACTCGAACCGTGCCGCCTGC
TACAACGTTCTGTCGGAGTGGGAGAAGGTTGTCGAAGATACCAGTGCCGC
TCTCGCCATGGACAGCGAGTACGTCAAAGCCCTGAACCGGAGAGCTATTG
CATACGAACACCTGGAGAAGTTCAGCGAGGCTCTTCTTGACTTTACTGCC
AGCTGCATCATTGACGGCTTCTCCAACGAGATCAGCCGTGTTGCTCTGGA
AAGACTCCTGAAGAAGGTTGCTGAGAGGAAAGGAAAGGCCATTATTGAGG
CGAAGGGCAAGAAGCTCCCTAGCCCGACCTTCGTTTCGAACTATCTCCAG
AGCTTCCGCCCCCAGGCACTGCCCGAAGGCCTCGATGAGTCTGTGGATCT
GAGCGAAGAATCTGGCAAGGGCCAACTCCGCAAGGGTCTGCTTGCAATGG
CCCTGAAAACTGGTGATGGCTATGAGGAGGCTGCTTCTGCTTTTGAGAAG
GCCCTGGAGCTCGGAGACTTGGGTGAATACGAAGCCCTTGCTCTTAACCT
GAGAGCCACTTTCACCTATCTCGAGGGTAACGCCCAGGCCGCATTGTTGG
ATCTCAACAAGAGTGTTGAGTTGCAGCCGTCGTTGGTTCAGAGCTACATC
AAGCGTGCCAGCTTGCACCTCGAGCTCGGAAACAAGGACGCCGCTGCCGA
CGACTTCGAGCTCGCCATCACCCACAACAAGGATGACCCCGACATCTACT
ACCACCGCGCCCAGCTTCACTTCATTCTCGGAGAGTTCGCCGAGGCTGCT
AAGGATTACCAGAAATCCATCGATCTCGACCGTACTTTCATCTACTCCCA
CATCCAACTTGGTGTTACGCAGTATAAGATGGGCTCCGTTGCGTCCGCTA
TGGCTACTTTCAGAAGATCCGTGAAGAACTTTGAAGAAGTGCCCGATGTC
TACAACTACTACGGTGAACTTCTTCTCGACCAGCAGAACTTCTCGGAGGC
GATTGAGAAGTTCGACAAGGCCGTGGAGATGGAGAAACAGAGCAAGCCTA
TGGGTATCAACGTTCTGCCCCTGATCAACAAGGCTCTTGCCTTGTTCCAG
TGGAAGCACGATTTCCAGGAGGCTGAGAACCTCTGCCAGAAAGCCCTGAT
CATTGATCCTGAATGCGATATCGCCGTAGGAACGATGGCGCAGCTTCTGC
TGCAGCAGGGCAAGGTCTCGCAGGCCCTCAAGTACTTTGAGCGTGCCGCT
GAGCTTGCTCGTACCGAGGCGGAGATTATCAATGCCATCTCCTATGCTGA
GGCCACCCGCACGCAGCTGGAGGTCCAGGAGAAGTACCCCCAGCTTGCTG
CCCGTCTGCAAGGCATGGGTGCTGGCTTTGCCCCCCCTCCCTCTTTGTAA back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0006886 | intracellular protein transport |
Vocabulary: Cellular Component
| Term | Definition |
|---|
| GO:0005741 | mitochondrial outer membrane |
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0015450 | P-P-bond-hydrolysis-driven protein transmembrane transporter activity |
| GO:0005515 | protein binding |
Relationships
This mRNA is a part of the following gene feature(s):
The following polypeptide feature(s) derives from this mRNA:
The following exon feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
Cross References
External references for this mRNA
Properties
| Property Name | Value |
|---|
| Product | TOM (translocase of outer membrane) complex component |
Analyses
This mRNA is derived from or has results from the following analyses
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| MCQH01000169 | supercontig | MCQH01000169:563324..565468 + |
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