|
|
Sequences
The following sequences are available for this feature:
mRNA from alignment at KZ851923.1:403929..406714+ Legend: five_prime_UTRexonpolypeptideCDSthree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below. >M747DRAFT_262823-T1 ID=M747DRAFT_262823-T1|Name=M747DRAFT_262823-T1|organism=Aspergillus niger ATCC 13496|type=mRNA|length=2786bp|location=Sequence derived from alignment at KZ851923.1:403929..406714+ (Aspergillus niger ATCC 13496)
TGTCGATTGTACATTGGAACTTACGTAGGTGTATAAACCCAGTGGTCTGA
TTATATTAATTGTCTCACTAGGCTGAGTAATAGTGCTTGCTTCGCCCCCA
ACCCTAGCCTTGACTCCTCGCTTGACGCCACACCAACAGTACACGATGCC
GGGAGTTCCATCAAACAAGGCGTGTGAGCGATGTAAGAAGCGCCATCTCA
AGGTTGGCATCACCTCTTTCAGTCATCTTGCTGCGTCAGTCTGACTATGT
TAGTGCGACGAGACGCGTCCTAGGTGCCAGCGCTGCACCAATGCCGGAGT
TGAATGCCCGGGATATGTCCAAACTCGGAAGTTCATCGATCAAGGTGCCT
CTGTTCGGCGTCGATATGCCCCATATCAGGAAAGTAATCCCAGAAGGGAT
GCTTCGCATAGTCCAAATAAAGTGAGTACATTACACTGAGTGTATGGCTA
CTCGTTCTCGCATGCACTATAGTCCATAATGTTTGACTGCTGCTCACACG
GGCCAGGTGACGAGAGATAGTCCGTCCAATATTGAAGGAAGTGCAACTAG
AAATGATGCTTCGAAGGAGCCCATACGCACTCATGTAGCCGAAACAACTG
CAGCCGACCAGTCCGCCGATGCTAGCCAGGCCTTTTTTGCTTCACCCATA
GCGGATTCAAGACGTCAAAACCAAATCCAAGCAGACACTCAGCATGGCTC
TGACACTAATGCTGTTGCTACTGCAGCGCGTGAACAATCATTGTCGGGCT
TGCATACTCGTGCCGCTCACGTCTCTCACAGTCATAGTAGCCCTTTTGAC
GATGGACTCCACTCCCACGGGGATGCGCCCATGACTTATCATGAAGAGCA
TGCAGCGGCTCATGATAAATTATCATCTCATGATGGCCAATCCGTGCAAA
GCGATAAGGAGGATTTCCACGAGGTAGTATCGGAGTTGATGACCGATTCT
GAGCATGAGGTATCCTTTCTTATACGCCATTACTCGCAATACATCGCCCC
ATGGTTCGTAACGGCCCAGCATTGTATCTAATCTGCGATCTAACATGACT
ATGGCAATTAGGCTGGACCTTTCGGATAGCAGAAAGTTCTTTACGACCTA
CGTTCCTATACGTGCGATAGACGATGCTTACCTGCGGTACTCGATGGCCG
CTTTAGCAGCCAAACATCTGGGCCAGATGAAGGGCGCAACATGTCCAGAA
AGCATTGGCATGTTTACCAGCCCTGCAGTCATGGAGACGTACTCCAACGC
ACCAGAAGTGGACTGGTATCTCAAGGCGGCCAATTACTACTATCTATCTA
TTGCGCGCATGAACTCGAGCATGCCGGAATCCTTTGCAGCTCCGTCCAGT
TCCGCTGTTCTGGAAGGCCCAGTCGACATCGTGAACAATTGGCTGCACCG
CCACGCAGAGACTACTCCTCCCTCCGCAACAGATGATACTTTATGGAGGA
AGGCAGAGGCCTTGCTAGCCACAGCAACCATTCTCACGATGTATAAGCTC
ATCAACGAGCCCGGAGAGAAATGGAATTTGTAAATAGTTCTCCGCACCCC
TTGACTCACACCCCTCAGAATCCATATATCTGACCTACATGCAAACACAG
ACATCTCACCAGCGTCAACTCCCTATTCGAATCCGTCCTCCATCTCTACG
GCAACTCCCACAATGCCCCAATCAGATTCCCCCACGGAATCAACGCCTCA
TTCTGGAATTTCGCTCGACAAGACTACCTAGCTTCCTACTTCAACCGCCT
CCCCACCTACTTCGACCCAACAAACTTCCCCCTCTGGCGCGCAGCCGGCC
TCTCCATCACCGAGGCAGGTGAAATCGACCCATCAAGCAGCACATCCTTC
CCCACCCCGGAAGACTTCGCCTCCAACAGCCTCACCTACCTCCTATCCAA
CCTAACCAACTTCCTCGCCCACTGCCGAACCTCCCAGCTAGACCAACTCA
TCACTCACCAATCACCACCAGCACCACCCACAACAACAACAACAACAACA
CCCCCCAACCACCCACCAACCTCCACAACCTGGCTCAACATCTCCGTCTC
CTTCCAATCCTGGGTCGACCGGATGCCCGAAACATTCCGCCCATGCCTAC
GCCTCCACACTCCCCGCCCGGAAGTCTACTACAGCCTTCCCTCCTGCGCA
TCAACAATGCAGCAATACCACTTCGGTCGGCTAGCTCTATGTCTCAATCG
CCCGGCGGACGTAATCACGAGTCCCACGACTGCGTTCGACCGTCTACAGG
GGTACAGGGAGGTCACGAAGGAGGTGGATTACAGATGTAAGGAGATTGTG
GGGATTGCGGCGGCGAGGCCCCAGAGCTGCGCAAGGATTTATATGCCCGC
TTTGCTGTTCGCCGCGGGCCAATGTCTGGAGAAGCAGCCGGAGAGGCAGG
TTGTGGAGGAGTTGTTGTGTGGGATTGGGGCGGATTTGGGATGGGAGACG
GATTCGGAGATTCAGAGGTTGAAGGATTTGTGGGAGGAGAGGTAGGTAAG
TAGTTCTACTTTTGTGTATTTGTCTGGAGTGGATGTATTTATAGTGAATT
GATTGGGTAGGTAGGTAGGTGTACAGGGTGTTTGTTTTGTTCTGTATGAG
TTGTGAATCCTGGATACAGTCGAGTGCCGCTGCGGCAGTTGGGCAGAGCC
GAAGCTGAATAAACTTCGAAAATAAAGTGTATGATTGGATGGTACTTGCA
GCCTGTTACAAAAGAGTATGGTTGTACCGTTCAACAGAAGAAAAGCGGGA
GTGATACCGGGAGAAAACCTGTCTTTCATCTACCCG back to topCoding sequence (CDS) from alignment at KZ851923.1:403929..406714+ >M747DRAFT_262823-T1 ID=M747DRAFT_262823-T1|Name=M747DRAFT_262823-T1|organism=Aspergillus niger ATCC 13496|type=CDS|length=10425bp|location=Sequence derived from alignment at KZ851923.1:403929..406714+ (Aspergillus niger ATCC 13496)
ATGCCGGGAGTTCCATCAAACAAGGCGTGTGAGCGATGTAAGAAGCGCCA
TCTCAAGTGCGACGAGACGCGTCCTAGGTGCCAGCGCTGCACCAATGCCG
GAGTTGAATGCCCGGGATATGTCCAAACTCGGAAGTTCATCGATCAAGGT
GCCTCTGTTCGGCGTCGATATGCCCCATATCAGGAAAGTAATCCCAGAAG
GGATGCTTCGCATAGTCCAAATAAAGTGACGAGAGATAGTCCGTCCAATA
TTGAAGGAAGTGCAACTAGAAATGATGCTTCGAAGGAGCCCATACGCACT
CATGTAGCCGAAACAACTGCAGCCGACCAGTCCGCCGATGCTAGCCAGGC
CTTTTTTGCTTCACCCATAGCGGATTCAAGACGTCAAAACCAAATCCAAG
CAGACACTCAGCATGGCTCTGACACTAATGCTGTTGCTACTGCAGCGCGT
GAACAATCATTGTCGGGCTTGCATACTCGTGCCGCTCACGTCTCTCACAG
TCATAGTAGCCCTTTTGACGATGGACTCCACTCCCACGGGGATGCGCCCA
TGACTTATCATGAAGAGCATGCAGCGGCTCATGATAAATTATCATCTCAT
GATGGCCAATCCGTGCAAAGCGATAAGGAGGATTTCCACGAGGTAGTATC
GGAGTTGATGACCGATTCTGAGCATGAGGTATCCTTTCTTATACGCCATT
ACTCGCAATACATCGCCCCATGGCTGGACCTTTCGGATAGCAGAAAGTTC
TTTACGACCTACGTTCCTATACGTGCGATAGACGATGCTTACCTGCGGTA
CTCGATGGCCGCTTTAGCAGCCAAACATCTGGGCCAGATGAAGGGCGCAA
CATGTCCAGAAAGCATTGGCATGTTTACCAGCCCTGCAGTCATGGAGACG
TACTCCAACGCACCAGAAGTGGACTGGTATCTCAAGGCGGCCAATTACTA
CTATCTATCTATTGCGCGCATGAACTCGAGCATGCCGGAATCCTTTGCAG
CTCCGTCCAGTTCCGCTGTTCTGGAAGGCCCAGTCGACATCGTGAACAAT
TGGCTGCACCGCCACGCAGAGACTACTCCTCCCTCCGCAACAGATGATAC
TTTATGGAGGAAGGCAGAGGCCTTGCTAGCCACAGCAACCATTCTCACGA
TGTATAAGCTCATCAACGAGCCCGGAGAGAAATGGAATTTACATCTCACC
AGCGTCAACTCCCTATTCGAATCCGTCCTCCATCTCTACGGCAACTCCCA
CAATGCCCCAATCAGATTCCCCCACGGAATCAACGCCTCATTCTGGAATT
TCGCTCGACAAGACTACCTAGCTTCCTACTTCAACCGCCTCCCCACCTAC
TTCGACCCAACAAACTTCCCCCTCTGGCGCGCAGCCGGCCTCTCCATCAC
CGAGGCAGGTGAAATCGACCCATCAAGCAGCACATCCTTCCCCACCCCGG
AAGACTTCGCCTCCAACAGCCTCACCTACCTCCTATCCAACCTAACCAAC
TTCCTCGCCCACTGCCGAACCTCCCAGCTAGACCAACTCATCACTCACCA
ATCACCACCAGCACCACCCACAACAACAACAACAACAACACCCCCCAACC
ACCCACCAACCTCCACAACCTGGCTCAACATCTCCGTCTCCTTCCAATCC
TGGGTCGACCGGATGCCCGAAACATTCCGCCCATGCCTACGCCTCCACAC
TCCCCGCCCGGAAGTCTACTACAGCCTTCCCTCCTGCGCATCAACAATGC
AGCAATACCACTTCGGTCGGCTAGCTCTATGTCTCAATCGCCCGGCGGAC
GTAATCACGAGTCCCACGACTGCGTTCGACCGTCTACAGGGGTACAGGGA
GGTCACGAAGGAGGTGGATTACAGATGTAAGGAGATTGTGGGGATTGCGG
CGGCGAGGCCCCAGAGCTGCGCAAGGATTTATATGCCCGCTTTGCTGTTC
GCCGCGGGCCAATGTCTGGAGAAGCAGCCGGAGAGGCAGGTTGTGGAGGA
GTTGTTGTGTGGGATTGGGGCGGATTTGGGATGGGAGACGGATTCGGAGA
TTCAGAGGTTGAAGGATTTGTGGGAGGAGAGGTAGATGCCGGGAGTTCCA
TCAAACAAGGCGTGTGAGCGATGTAAGAAGCGCCATCTCAAGTGCGACGA
GACGCGTCCTAGGTGCCAGCGCTGCACCAATGCCGGAGTTGAATGCCCGG
GATATGTCCAAACTCGGAAGTTCATCGATCAAGGTGCCTCTGTTCGGCGT
CGATATGCCCCATATCAGGAAAGTAATCCCAGAAGGGATGCTTCGCATAG
TCCAAATAAAGTGACGAGAGATAGTCCGTCCAATATTGAAGGAAGTGCAA
CTAGAAATGATGCTTCGAAGGAGCCCATACGCACTCATGTAGCCGAAACA
ACTGCAGCCGACCAGTCCGCCGATGCTAGCCAGGCCTTTTTTGCTTCACC
CATAGCGGATTCAAGACGTCAAAACCAAATCCAAGCAGACACTCAGCATG
GCTCTGACACTAATGCTGTTGCTACTGCAGCGCGTGAACAATCATTGTCG
GGCTTGCATACTCGTGCCGCTCACGTCTCTCACAGTCATAGTAGCCCTTT
TGACGATGGACTCCACTCCCACGGGGATGCGCCCATGACTTATCATGAAG
AGCATGCAGCGGCTCATGATAAATTATCATCTCATGATGGCCAATCCGTG
CAAAGCGATAAGGAGGATTTCCACGAGGTAGTATCGGAGTTGATGACCGA
TTCTGAGCATGAGGTATCCTTTCTTATACGCCATTACTCGCAATACATCG
CCCCATGGCTGGACCTTTCGGATAGCAGAAAGTTCTTTACGACCTACGTT
CCTATACGTGCGATAGACGATGCTTACCTGCGGTACTCGATGGCCGCTTT
AGCAGCCAAACATCTGGGCCAGATGAAGGGCGCAACATGTCCAGAAAGCA
TTGGCATGTTTACCAGCCCTGCAGTCATGGAGACGTACTCCAACGCACCA
GAAGTGGACTGGTATCTCAAGGCGGCCAATTACTACTATCTATCTATTGC
GCGCATGAACTCGAGCATGCCGGAATCCTTTGCAGCTCCGTCCAGTTCCG
CTGTTCTGGAAGGCCCAGTCGACATCGTGAACAATTGGCTGCACCGCCAC
GCAGAGACTACTCCTCCCTCCGCAACAGATGATACTTTATGGAGGAAGGC
AGAGGCCTTGCTAGCCACAGCAACCATTCTCACGATGTATAAGCTCATCA
ACGAGCCCGGAGAGAAATGGAATTTACATCTCACCAGCGTCAACTCCCTA
TTCGAATCCGTCCTCCATCTCTACGGCAACTCCCACAATGCCCCAATCAG
ATTCCCCCACGGAATCAACGCCTCATTCTGGAATTTCGCTCGACAAGACT
ACCTAGCTTCCTACTTCAACCGCCTCCCCACCTACTTCGACCCAACAAAC
TTCCCCCTCTGGCGCGCAGCCGGCCTCTCCATCACCGAGGCAGGTGAAAT
CGACCCATCAAGCAGCACATCCTTCCCCACCCCGGAAGACTTCGCCTCCA
ACAGCCTCACCTACCTCCTATCCAACCTAACCAACTTCCTCGCCCACTGC
CGAACCTCCCAGCTAGACCAACTCATCACTCACCAATCACCACCAGCACC
ACCCACAACAACAACAACAACAACACCCCCCAACCACCCACCAACCTCCA
CAACCTGGCTCAACATCTCCGTCTCCTTCCAATCCTGGGTCGACCGGATG
CCCGAAACATTCCGCCCATGCCTACGCCTCCACACTCCCCGCCCGGAAGT
CTACTACAGCCTTCCCTCCTGCGCATCAACAATGCAGCAATACCACTTCG
GTCGGCTAGCTCTATGTCTCAATCGCCCGGCGGACGTAATCACGAGTCCC
ACGACTGCGTTCGACCGTCTACAGGGGTACAGGGAGGTCACGAAGGAGGT
GGATTACAGATGTAAGGAGATTGTGGGGATTGCGGCGGCGAGGCCCCAGA
GCTGCGCAAGGATTTATATGCCCGCTTTGCTGTTCGCCGCGGGCCAATGT
CTGGAGAAGCAGCCGGAGAGGCAGGTTGTGGAGGAGTTGTTGTGTGGGAT
TGGGGCGGATTTGGGATGGGAGACGGATTCGGAGATTCAGAGGTTGAAGG
ATTTGTGGGAGGAGAGGTAGATGCCGGGAGTTCCATCAAACAAGGCGTGT
GAGCGATGTAAGAAGCGCCATCTCAAGTGCGACGAGACGCGTCCTAGGTG
CCAGCGCTGCACCAATGCCGGAGTTGAATGCCCGGGATATGTCCAAACTC
GGAAGTTCATCGATCAAGGTGCCTCTGTTCGGCGTCGATATGCCCCATAT
CAGGAAAGTAATCCCAGAAGGGATGCTTCGCATAGTCCAAATAAAGTGAC
GAGAGATAGTCCGTCCAATATTGAAGGAAGTGCAACTAGAAATGATGCTT
CGAAGGAGCCCATACGCACTCATGTAGCCGAAACAACTGCAGCCGACCAG
TCCGCCGATGCTAGCCAGGCCTTTTTTGCTTCACCCATAGCGGATTCAAG
ACGTCAAAACCAAATCCAAGCAGACACTCAGCATGGCTCTGACACTAATG
CTGTTGCTACTGCAGCGCGTGAACAATCATTGTCGGGCTTGCATACTCGT
GCCGCTCACGTCTCTCACAGTCATAGTAGCCCTTTTGACGATGGACTCCA
CTCCCACGGGGATGCGCCCATGACTTATCATGAAGAGCATGCAGCGGCTC
ATGATAAATTATCATCTCATGATGGCCAATCCGTGCAAAGCGATAAGGAG
GATTTCCACGAGGTAGTATCGGAGTTGATGACCGATTCTGAGCATGAGGT
ATCCTTTCTTATACGCCATTACTCGCAATACATCGCCCCATGGCTGGACC
TTTCGGATAGCAGAAAGTTCTTTACGACCTACGTTCCTATACGTGCGATA
GACGATGCTTACCTGCGGTACTCGATGGCCGCTTTAGCAGCCAAACATCT
GGGCCAGATGAAGGGCGCAACATGTCCAGAAAGCATTGGCATGTTTACCA
GCCCTGCAGTCATGGAGACGTACTCCAACGCACCAGAAGTGGACTGGTAT
CTCAAGGCGGCCAATTACTACTATCTATCTATTGCGCGCATGAACTCGAG
CATGCCGGAATCCTTTGCAGCTCCGTCCAGTTCCGCTGTTCTGGAAGGCC
CAGTCGACATCGTGAACAATTGGCTGCACCGCCACGCAGAGACTACTCCT
CCCTCCGCAACAGATGATACTTTATGGAGGAAGGCAGAGGCCTTGCTAGC
CACAGCAACCATTCTCACGATGTATAAGCTCATCAACGAGCCCGGAGAGA
AATGGAATTTACATCTCACCAGCGTCAACTCCCTATTCGAATCCGTCCTC
CATCTCTACGGCAACTCCCACAATGCCCCAATCAGATTCCCCCACGGAAT
CAACGCCTCATTCTGGAATTTCGCTCGACAAGACTACCTAGCTTCCTACT
TCAACCGCCTCCCCACCTACTTCGACCCAACAAACTTCCCCCTCTGGCGC
GCAGCCGGCCTCTCCATCACCGAGGCAGGTGAAATCGACCCATCAAGCAG
CACATCCTTCCCCACCCCGGAAGACTTCGCCTCCAACAGCCTCACCTACC
TCCTATCCAACCTAACCAACTTCCTCGCCCACTGCCGAACCTCCCAGCTA
GACCAACTCATCACTCACCAATCACCACCAGCACCACCCACAACAACAAC
AACAACAACACCCCCCAACCACCCACCAACCTCCACAACCTGGCTCAACA
TCTCCGTCTCCTTCCAATCCTGGGTCGACCGGATGCCCGAAACATTCCGC
CCATGCCTACGCCTCCACACTCCCCGCCCGGAAGTCTACTACAGCCTTCC
CTCCTGCGCATCAACAATGCAGCAATACCACTTCGGTCGGCTAGCTCTAT
GTCTCAATCGCCCGGCGGACGTAATCACGAGTCCCACGACTGCGTTCGAC
CGTCTACAGGGGTACAGGGAGGTCACGAAGGAGGTGGATTACAGATGTAA
GGAGATTGTGGGGATTGCGGCGGCGAGGCCCCAGAGCTGCGCAAGGATTT
ATATGCCCGCTTTGCTGTTCGCCGCGGGCCAATGTCTGGAGAAGCAGCCG
GAGAGGCAGGTTGTGGAGGAGTTGTTGTGTGGGATTGGGGCGGATTTGGG
ATGGGAGACGGATTCGGAGATTCAGAGGTTGAAGGATTTGTGGGAGGAGA
GGTAGATGCCGGGAGTTCCATCAAACAAGGCGTGTGAGCGATGTAAGAAG
CGCCATCTCAAGTGCGACGAGACGCGTCCTAGGTGCCAGCGCTGCACCAA
TGCCGGAGTTGAATGCCCGGGATATGTCCAAACTCGGAAGTTCATCGATC
AAGGTGCCTCTGTTCGGCGTCGATATGCCCCATATCAGGAAAGTAATCCC
AGAAGGGATGCTTCGCATAGTCCAAATAAAGTGACGAGAGATAGTCCGTC
CAATATTGAAGGAAGTGCAACTAGAAATGATGCTTCGAAGGAGCCCATAC
GCACTCATGTAGCCGAAACAACTGCAGCCGACCAGTCCGCCGATGCTAGC
CAGGCCTTTTTTGCTTCACCCATAGCGGATTCAAGACGTCAAAACCAAAT
CCAAGCAGACACTCAGCATGGCTCTGACACTAATGCTGTTGCTACTGCAG
CGCGTGAACAATCATTGTCGGGCTTGCATACTCGTGCCGCTCACGTCTCT
CACAGTCATAGTAGCCCTTTTGACGATGGACTCCACTCCCACGGGGATGC
GCCCATGACTTATCATGAAGAGCATGCAGCGGCTCATGATAAATTATCAT
CTCATGATGGCCAATCCGTGCAAAGCGATAAGGAGGATTTCCACGAGGTA
GTATCGGAGTTGATGACCGATTCTGAGCATGAGGTATCCTTTCTTATACG
CCATTACTCGCAATACATCGCCCCATGGCTGGACCTTTCGGATAGCAGAA
AGTTCTTTACGACCTACGTTCCTATACGTGCGATAGACGATGCTTACCTG
CGGTACTCGATGGCCGCTTTAGCAGCCAAACATCTGGGCCAGATGAAGGG
CGCAACATGTCCAGAAAGCATTGGCATGTTTACCAGCCCTGCAGTCATGG
AGACGTACTCCAACGCACCAGAAGTGGACTGGTATCTCAAGGCGGCCAAT
TACTACTATCTATCTATTGCGCGCATGAACTCGAGCATGCCGGAATCCTT
TGCAGCTCCGTCCAGTTCCGCTGTTCTGGAAGGCCCAGTCGACATCGTGA
ACAATTGGCTGCACCGCCACGCAGAGACTACTCCTCCCTCCGCAACAGAT
GATACTTTATGGAGGAAGGCAGAGGCCTTGCTAGCCACAGCAACCATTCT
CACGATGTATAAGCTCATCAACGAGCCCGGAGAGAAATGGAATTTACATC
TCACCAGCGTCAACTCCCTATTCGAATCCGTCCTCCATCTCTACGGCAAC
TCCCACAATGCCCCAATCAGATTCCCCCACGGAATCAACGCCTCATTCTG
GAATTTCGCTCGACAAGACTACCTAGCTTCCTACTTCAACCGCCTCCCCA
CCTACTTCGACCCAACAAACTTCCCCCTCTGGCGCGCAGCCGGCCTCTCC
ATCACCGAGGCAGGTGAAATCGACCCATCAAGCAGCACATCCTTCCCCAC
CCCGGAAGACTTCGCCTCCAACAGCCTCACCTACCTCCTATCCAACCTAA
CCAACTTCCTCGCCCACTGCCGAACCTCCCAGCTAGACCAACTCATCACT
CACCAATCACCACCAGCACCACCCACAACAACAACAACAACAACACCCCC
CAACCACCCACCAACCTCCACAACCTGGCTCAACATCTCCGTCTCCTTCC
AATCCTGGGTCGACCGGATGCCCGAAACATTCCGCCCATGCCTACGCCTC
CACACTCCCCGCCCGGAAGTCTACTACAGCCTTCCCTCCTGCGCATCAAC
AATGCAGCAATACCACTTCGGTCGGCTAGCTCTATGTCTCAATCGCCCGG
CGGACGTAATCACGAGTCCCACGACTGCGTTCGACCGTCTACAGGGGTAC
AGGGAGGTCACGAAGGAGGTGGATTACAGATGTAAGGAGATTGTGGGGAT
TGCGGCGGCGAGGCCCCAGAGCTGCGCAAGGATTTATATGCCCGCTTTGC
TGTTCGCCGCGGGCCAATGTCTGGAGAAGCAGCCGGAGAGGCAGGTTGTG
GAGGAGTTGTTGTGTGGGATTGGGGCGGATTTGGGATGGGAGACGGATTC
GGAGATTCAGAGGTTGAAGGATTTGTGGGAGGAGAGGTAGATGCCGGGAG
TTCCATCAAACAAGGCGTGTGAGCGATGTAAGAAGCGCCATCTCAAGTGC
GACGAGACGCGTCCTAGGTGCCAGCGCTGCACCAATGCCGGAGTTGAATG
CCCGGGATATGTCCAAACTCGGAAGTTCATCGATCAAGGTGCCTCTGTTC
GGCGTCGATATGCCCCATATCAGGAAAGTAATCCCAGAAGGGATGCTTCG
CATAGTCCAAATAAAGTGACGAGAGATAGTCCGTCCAATATTGAAGGAAG
TGCAACTAGAAATGATGCTTCGAAGGAGCCCATACGCACTCATGTAGCCG
AAACAACTGCAGCCGACCAGTCCGCCGATGCTAGCCAGGCCTTTTTTGCT
TCACCCATAGCGGATTCAAGACGTCAAAACCAAATCCAAGCAGACACTCA
GCATGGCTCTGACACTAATGCTGTTGCTACTGCAGCGCGTGAACAATCAT
TGTCGGGCTTGCATACTCGTGCCGCTCACGTCTCTCACAGTCATAGTAGC
CCTTTTGACGATGGACTCCACTCCCACGGGGATGCGCCCATGACTTATCA
TGAAGAGCATGCAGCGGCTCATGATAAATTATCATCTCATGATGGCCAAT
CCGTGCAAAGCGATAAGGAGGATTTCCACGAGGTAGTATCGGAGTTGATG
ACCGATTCTGAGCATGAGGTATCCTTTCTTATACGCCATTACTCGCAATA
CATCGCCCCATGGCTGGACCTTTCGGATAGCAGAAAGTTCTTTACGACCT
ACGTTCCTATACGTGCGATAGACGATGCTTACCTGCGGTACTCGATGGCC
GCTTTAGCAGCCAAACATCTGGGCCAGATGAAGGGCGCAACATGTCCAGA
AAGCATTGGCATGTTTACCAGCCCTGCAGTCATGGAGACGTACTCCAACG
CACCAGAAGTGGACTGGTATCTCAAGGCGGCCAATTACTACTATCTATCT
ATTGCGCGCATGAACTCGAGCATGCCGGAATCCTTTGCAGCTCCGTCCAG
TTCCGCTGTTCTGGAAGGCCCAGTCGACATCGTGAACAATTGGCTGCACC
GCCACGCAGAGACTACTCCTCCCTCCGCAACAGATGATACTTTATGGAGG
AAGGCAGAGGCCTTGCTAGCCACAGCAACCATTCTCACGATGTATAAGCT
CATCAACGAGCCCGGAGAGAAATGGAATTTACATCTCACCAGCGTCAACT
CCCTATTCGAATCCGTCCTCCATCTCTACGGCAACTCCCACAATGCCCCA
ATCAGATTCCCCCACGGAATCAACGCCTCATTCTGGAATTTCGCTCGACA
AGACTACCTAGCTTCCTACTTCAACCGCCTCCCCACCTACTTCGACCCAA
CAAACTTCCCCCTCTGGCGCGCAGCCGGCCTCTCCATCACCGAGGCAGGT
GAAATCGACCCATCAAGCAGCACATCCTTCCCCACCCCGGAAGACTTCGC
CTCCAACAGCCTCACCTACCTCCTATCCAACCTAACCAACTTCCTCGCCC
ACTGCCGAACCTCCCAGCTAGACCAACTCATCACTCACCAATCACCACCA
GCACCACCCACAACAACAACAACAACAACACCCCCCAACCACCCACCAAC
CTCCACAACCTGGCTCAACATCTCCGTCTCCTTCCAATCCTGGGTCGACC
GGATGCCCGAAACATTCCGCCCATGCCTACGCCTCCACACTCCCCGCCCG
GAAGTCTACTACAGCCTTCCCTCCTGCGCATCAACAATGCAGCAATACCA
CTTCGGTCGGCTAGCTCTATGTCTCAATCGCCCGGCGGACGTAATCACGA
GTCCCACGACTGCGTTCGACCGTCTACAGGGGTACAGGGAGGTCACGAAG
GAGGTGGATTACAGATGTAAGGAGATTGTGGGGATTGCGGCGGCGAGGCC
CCAGAGCTGCGCAAGGATTTATATGCCCGCTTTGCTGTTCGCCGCGGGCC
AATGTCTGGAGAAGCAGCCGGAGAGGCAGGTTGTGGAGGAGTTGTTGTGT
GGGATTGGGGCGGATTTGGGATGGGAGACGGATTCGGAGATTCAGAGGTT
GAAGGATTTGTGGGAGGAGAGGTAG back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
| Term | Definition |
|---|
| GO:0005634 | nucleus |
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0000981 | DNA-binding transcription factor activity, RNA polymerase II-specific |
| GO:0008270 | zinc ion binding |
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0006355 | regulation of transcription, DNA-templated |
Relationships
This mRNA is a part of the following gene feature(s):
The following polypeptide feature(s) derives from this mRNA:
The following five_prime_UTR feature(s) are a part of this mRNA:
The following exon feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
The following three_prime_UTR feature(s) are a part of this mRNA:
Properties
| Property Name | Value |
|---|
| Note | EggNog:ENOG41 |
| DBxref | InterPro:IPR036864 |
| DBxref | InterPro:IPR021858 |
| DBxref | InterPro:IPR001138 |
| DBxref | PFAM:PF00172 |
| DBxref | PFAM:PF11951 |
| Product | hypothetical protein |
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 |
|---|
| KZ851923.1 | supercontig | KZ851923.1:403929..406714 + |
|
