CAN33_48680-T1, CAN33_48680-T1 (mRNA) Aspergillus niger FDAARGOS_311

Overview


Name	CAN33_48680-T1
Unique Name	CAN33_48680-T1
Type	mRNA
Organism	Aspergillus niger FDAARGOS_311

Sequences

The following sequences are available for this feature:

mRNA from alignment at NKJJ01000022.1:4093263..4096024-
coding sequence from alignment at NKJJ01000022.1:4093263..4096024-

mRNA from alignment at NKJJ01000022.1:4093263..4096024-

Legend: polypeptideCDSexon

Hold the cursor over a type above to highlight its positions in the sequence below.

>CAN33_48680-T1 ID=CAN33_48680-T1|Name=CAN33_48680-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=2762bp|location=Sequence derived from alignment at NKJJ01000022.1:4093263..4096024- (Aspergillus niger FDAARGOS_311)
ATGGAAGAATCCAAGGATATGGGCGATCCTCCCTTGCTGATCCTGGAGAA
GCCCGAATATGAGGTGGAGATAACTGCAACACATCCTATGCCAGTGGACC
CTGTGGCTGCATTCAAGCGTTGGATGAATAGCTTCCGATCCCGAAGATGC
TGTCCCCCACCCGAAAGATACGTCGAGGGTTGGCCAATGGAAGTCAAGCC
AGATGACCGAGACCTTCTACCGGACTTGCTACCCTCGAATGAGTACCAGG
AAAAGCAATGGGAGTCCTTGTCTCCCCGTTCGTCAAATCTTGGAACCGTT
AAGACGGCTACTCTGAGCATTACTAGCCAAAGTGTGGTACGGTCGAGGGG
AACTACACAGAGCACAACAAATCAAAGTATAAGGTCCGATGCTCGTGAAT
CGCTAGACAGCATCAGACCCGCGTTGAATTCCTCAATAGATGAGGAAGCC
CAACACAGGGCCATTAAGAGGCGACGTGTTCTCCGAGAACTGATCACTAC
CGAATGTGACTATATATTCGGCTTGAAAGCACTTGCGGATGTATGATTCT
TCTCCAACTGAAGCATAGCCACGTGCTGCTCATCGCAGATAGCTAACATG
TCCTCTGATCATAGGCCCTTTTCATATTTTCTGCCAGACCAGAGATTTAC
CACAATGTTCAACAGATCCGAGACACGCATGAGAACTTCCTTGCTCAGAT
TCGAAAGCTGACACCCATATCGAATTTGGCAGCGGCTGAGTTCGACAGTC
TGATGCCTCGGGGGATTCACAAGCGTTTGAGTGCAATTGACTTTGGTTTG
AGGACTTTGCATGCTAAATCTCTGCGATCACGCAGCTTTAGGGCTTCTAT
GGATTCCCGTCTCAAAGCCTTGGCTGCGGAGACAAAAGAAGCTTTGCAGG
TTGCGCTAGAAGTCGGAAACTTGGTCAGATTCTCCATAAGCTCTATCAAT
TTGTCGACTACTAACTTGACATGGGTAGTCGGAGTCTTTCACAGCATACA
AATTATTCTGTAAAAACTATGGCTTGCTCACAGTGGACGTTAACTTTCTC
CGCCAGTCTGTACCGGATTGGCGTATATTCGACCAGGGTATTGAAGCTCT
ATCAAAATCGGTAACATCGTTGGAACGGCAGACACAGGAGGAAAATAAAG
CTATGTCTTTGAATGACCTTCTGATCAAGGTCGGGGATACACGTCCCTTA
GTTATGATTCTGGATACTGACGATTAACAGCCGGTTCAGCGTCTGTGCAG
ATACCCTTTGCTGCTTGAGGAATTGTTACGATGGACACATATCCAAGACG
ACCCATCTGCCCATGACGGCATCCGACAGGTCCTCGAACAAGTCCGCGCG
GTGGTGTGCGAAGTAAATCAAATTACCGACAACCCTGTTAGCAAGGCACT
AGTGAAGCAGACGTTTTTGCTACAGAGCTTCATGGACCTATCAGCATCGG
TAAGTATACCACGTCTCCCTACAGGATATGGAAATTGAGGTGATTTGAAT
CCATAGAACACGATCGATAACATCTACAAGCAATTGGGTCCTTTGAGCCT
CTGTGGGGTCCTTCACATCACATATCAGGCACCTGAGTATATTACGGGAG
GATACATGGTCTGCATTCTATTCACCTATCATTTCGTGATTGCCAAACCA
AGCAATGACTACCGAAGGCTTCAGGCATTAGCATGCCTGTATATTTCTGA
CATGAAGATCGATTCAATCAGAAACGGAGAAGGTGAGGAAGCTGCCTATG
TCGGTCGCCTTGTATGCTAAACTCTGCGATAGGTCTTCGTTGCTACGGCT
GTTTGTTCTCGTGGAAACTGGTTTTCCAGTCTCTGGGAAAGAACTATGAA
TTGGTGCTCAGTGCTTCGTCAGCACGTGAAGAAAAGAAATGGGAAACTGA
GATGCTCAAGTCTGCGGCCGTATTAACTGACATACCGAAGTCAGTAGTGG
CGAAGCTGAAAGAATACTCATTCCTGTCTCTGGAGTTGGCCCCATTGAAT
TGCGGCAACGGTCCCCTGCCTCTCTTACCTCGCCGGCCATCTATGCAGGC
ACTGGCTACGTCGCGGACTCTACCAGATTCACAGAACATCATAATCAAAA
AGACACATTGTCCACAAAAACTCCAGATGACGGAATCTGTGGACGGGGAA
ATCGAGCGGCCAAAGATGTCTTCCTTATGTCCAGCGCTTATACTGACCGC
CAGGAGACAAGATCGGATACTGCTAGAACGTGCCATTTCTTCTTTCTACA
CGCGGGACGCTCTTCCATACCCTGGAATGACTCTGGGCAAGGGGGACATT
TTTCATAGTCCTGGGTCCCTTATGAGACACCTGAGCCGCCGGCCGGGATT
GTACCGACGCTCCAGCTGTGTGAGCCTCAGCACCGGAGGACATCCTCTTA
AGTCTACTACAGAAGTGACATATTCAGATGAGATAAAAGACCCTAGGAAG
CTTGCAAAGAGTCAGGAGAAGAGTTTACGAAATGTATCTAGAGGCAAGCC
AACAACTCCGGAGACAGACAAGGGACCTATCTTGCCGCGACATAGCAAGG
AAAGCATTAGAAGGTCCAAGACATGCAAAGGGAAAGGGGGACCGAAAGCG
ACGTTCAAGGCTGAGATCATTCCGACCAGTAATGGCAACAAAGGATCGGA
GACTCCCGACGGCTGTTCCTTGAAGGCATCTGCTATCCGGAGAATGTTCA
ATTCGATGTCCTCCCGACGAACGAAAAGACAGGGTCGCATGGGGCTTGGA
AGTGGAGTGTGA

Coding sequence (CDS) from alignment at NKJJ01000022.1:4093263..4096024-

>CAN33_48680-T1 ID=CAN33_48680-T1|Name=CAN33_48680-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=14850bp|location=Sequence derived from alignment at NKJJ01000022.1:4093263..4096024- (Aspergillus niger FDAARGOS_311)
GTCTTCGTTGCTACGGCTGTTTGTTCTCGTGGAAACTGGTTTTCCAGTCT
CTGGGAAAGAACTATGAATTGGTGCTCAGTGCTTCGTCAGCACGTGAAGA
AAAGAAATGGGAAACTGAGATGCTCAAGTCTGCGGCCGTATTAACTGACA
TACCGAAGTCAGTAGTGGCGAAGCTGAAAGAATACTCATTCCTGTCTCTG
GAGTTGGCCCCATTGAATTGCGGCAACGGTCCCCTGCCTCTCTTACCTCG
CCGGCCATCTATGCAGGCACTGGCTACGTCGCGGACTCTACCAGATTCAC
AGAACATCATAATCAAAAAGACACATTGTCCACAAAAACTCCAGATGACG
GAATCTGTGGACGGGGAAATCGAGCGGCCAAAGATGTCTTCCTTATGTCC
AGCGCTTATACTGACCGCCAGGAGACAAGATCGGATACTGCTAGAACGTG
CCATTTCTTCTTTCTACACGCGGGACGCTCTTCCATACCCTGGAATGACT
CTGGGCAAGGGGGACATTTTTCATAGTCCTGGGTCCCTTATGAGACACCT
GAGCCGCCGGCCGGGATTGTACCGACGCTCCAGCTGTGTGAGCCTCAGCA
CCGGAGGACATCCTCTTAAGTCTACTACAGAAGTGACATATTCAGATGAG
ATAAAAGACCCTAGGAAGCTTGCAAAGAGTCAGGAGAAGAGTTTACGAAA
TGTATCTAGAGGCAAGCCAACAACTCCGGAGACAGACAAGGGACCTATCT
TGCCGCGACATAGCAAGGAAAGCATTAGAAGGTCCAAGACATGCAAAGGG
AAAGGGGGACCGAAAGCGACGTTCAAGGCTGAGATCATTCCGACCAGTAA
TGGCAACAAAGGATCGGAGACTCCCGACGGCTGTTCCTTGAAGGCATCTG
CTATCCGGAGAATGTTCAATTCGATGTCCTCCCGACGAACGAAAAGACAG
GGTCGCATGGGGCTTGGAAGTGGAGTGTGAAACACGATCGATAACATCTA
CAAGCAATTGGGTCCTTTGAGCCTCTGTGGGGTCCTTCACATCACATATC
AGGCACCTGAGTATATTACGGGAGGATACATGGTCTGCATTCTATTCACC
TATCATTTCGTGATTGCCAAACCAAGCAATGACTACCGAAGGCTTCAGGC
ATTAGCATGCCTGTATATTTCTGACATGAAGATCGATTCAATCAGAAACG
GAGAAGCCGGTTCAGCGTCTGTGCAGATACCCTTTGCTGCTTGAGGAATT
GTTACGATGGACACATATCCAAGACGACCCATCTGCCCATGACGGCATCC
GACAGGTCCTCGAACAAGTCCGCGCGGTGGTGTGCGAAGTAAATCAAATT
ACCGACAACCCTGTTAGCAAGGCACTAGTGAAGCAGACGTTTTTGCTACA
GAGCTTCATGGACCTATCAGCATCGTCGGAGTCTTTCACAGCATACAAAT
TATTCTGTAAAAACTATGGCTTGCTCACAGTGGACGTTAACTTTCTCCGC
CAGTCTGTACCGGATTGGCGTATATTCGACCAGGGTATTGAAGCTCTATC
AAAATCGGTAACATCGTTGGAACGGCAGACACAGGAGGAAAATAAAGCTA
TGTCTTTGAATGACCTTCTGATCAAGGCCCTTTTCATATTTTCTGCCAGA
CCAGAGATTTACCACAATGTTCAACAGATCCGAGACACGCATGAGAACTT
CCTTGCTCAGATTCGAAAGCTGACACCCATATCGAATTTGGCAGCGGCTG
AGTTCGACAGTCTGATGCCTCGGGGGATTCACAAGCGTTTGAGTGCAATT
GACTTTGGTTTGAGGACTTTGCATGCTAAATCTCTGCGATCACGCAGCTT
TAGGGCTTCTATGGATTCCCGTCTCAAAGCCTTGGCTGCGGAGACAAAAG
AAGCTTTGCAGGTTGCGCTAGAAGTCGGAAACTTGATGGAAGAATCCAAG
GATATGGGCGATCCTCCCTTGCTGATCCTGGAGAAGCCCGAATATGAGGT
GGAGATAACTGCAACACATCCTATGCCAGTGGACCCTGTGGCTGCATTCA
AGCGTTGGATGAATAGCTTCCGATCCCGAAGATGCTGTCCCCCACCCGAA
AGATACGTCGAGGGTTGGCCAATGGAAGTCAAGCCAGATGACCGAGACCT
TCTACCGGACTTGCTACCCTCGAATGAGTACCAGGAAAAGCAATGGGAGT
CCTTGTCTCCCCGTTCGTCAAATCTTGGAACCGTTAAGACGGCTACTCTG
AGCATTACTAGCCAAAGTGTGGTACGGTCGAGGGGAACTACACAGAGCAC
AACAAATCAAAGTATAAGGTCCGATGCTCGTGAATCGCTAGACAGCATCA
GACCCGCGTTGAATTCCTCAATAGATGAGGAAGCCCAACACAGGGCCATT
AAGAGGCGACGTGTTCTCCGAGAACTGATCACTACCGAATGTGACTATAT
ATTCGGCTTGAAAGCACTTGCGGATGTCTTCGTTGCTACGGCTGTTTGTT
CTCGTGGAAACTGGTTTTCCAGTCTCTGGGAAAGAACTATGAATTGGTGC
TCAGTGCTTCGTCAGCACGTGAAGAAAAGAAATGGGAAACTGAGATGCTC
AAGTCTGCGGCCGTATTAACTGACATACCGAAGTCAGTAGTGGCGAAGCT
GAAAGAATACTCATTCCTGTCTCTGGAGTTGGCCCCATTGAATTGCGGCA
ACGGTCCCCTGCCTCTCTTACCTCGCCGGCCATCTATGCAGGCACTGGCT
ACGTCGCGGACTCTACCAGATTCACAGAACATCATAATCAAAAAGACACA
TTGTCCACAAAAACTCCAGATGACGGAATCTGTGGACGGGGAAATCGAGC
GGCCAAAGATGTCTTCCTTATGTCCAGCGCTTATACTGACCGCCAGGAGA
CAAGATCGGATACTGCTAGAACGTGCCATTTCTTCTTTCTACACGCGGGA
CGCTCTTCCATACCCTGGAATGACTCTGGGCAAGGGGGACATTTTTCATA
GTCCTGGGTCCCTTATGAGACACCTGAGCCGCCGGCCGGGATTGTACCGA
CGCTCCAGCTGTGTGAGCCTCAGCACCGGAGGACATCCTCTTAAGTCTAC
TACAGAAGTGACATATTCAGATGAGATAAAAGACCCTAGGAAGCTTGCAA
AGAGTCAGGAGAAGAGTTTACGAAATGTATCTAGAGGCAAGCCAACAACT
CCGGAGACAGACAAGGGACCTATCTTGCCGCGACATAGCAAGGAAAGCAT
TAGAAGGTCCAAGACATGCAAAGGGAAAGGGGGACCGAAAGCGACGTTCA
AGGCTGAGATCATTCCGACCAGTAATGGCAACAAAGGATCGGAGACTCCC
GACGGCTGTTCCTTGAAGGCATCTGCTATCCGGAGAATGTTCAATTCGAT
GTCCTCCCGACGAACGAAAAGACAGGGTCGCATGGGGCTTGGAAGTGGAG
TGTGAAACACGATCGATAACATCTACAAGCAATTGGGTCCTTTGAGCCTC
TGTGGGGTCCTTCACATCACATATCAGGCACCTGAGTATATTACGGGAGG
ATACATGGTCTGCATTCTATTCACCTATCATTTCGTGATTGCCAAACCAA
GCAATGACTACCGAAGGCTTCAGGCATTAGCATGCCTGTATATTTCTGAC
ATGAAGATCGATTCAATCAGAAACGGAGAAGCCGGTTCAGCGTCTGTGCA
GATACCCTTTGCTGCTTGAGGAATTGTTACGATGGACACATATCCAAGAC
GACCCATCTGCCCATGACGGCATCCGACAGGTCCTCGAACAAGTCCGCGC
GGTGGTGTGCGAAGTAAATCAAATTACCGACAACCCTGTTAGCAAGGCAC
TAGTGAAGCAGACGTTTTTGCTACAGAGCTTCATGGACCTATCAGCATCG
TCGGAGTCTTTCACAGCATACAAATTATTCTGTAAAAACTATGGCTTGCT
CACAGTGGACGTTAACTTTCTCCGCCAGTCTGTACCGGATTGGCGTATAT
TCGACCAGGGTATTGAAGCTCTATCAAAATCGGTAACATCGTTGGAACGG
CAGACACAGGAGGAAAATAAAGCTATGTCTTTGAATGACCTTCTGATCAA
GGCCCTTTTCATATTTTCTGCCAGACCAGAGATTTACCACAATGTTCAAC
AGATCCGAGACACGCATGAGAACTTCCTTGCTCAGATTCGAAAGCTGACA
CCCATATCGAATTTGGCAGCGGCTGAGTTCGACAGTCTGATGCCTCGGGG
GATTCACAAGCGTTTGAGTGCAATTGACTTTGGTTTGAGGACTTTGCATG
CTAAATCTCTGCGATCACGCAGCTTTAGGGCTTCTATGGATTCCCGTCTC
AAAGCCTTGGCTGCGGAGACAAAAGAAGCTTTGCAGGTTGCGCTAGAAGT
CGGAAACTTGATGGAAGAATCCAAGGATATGGGCGATCCTCCCTTGCTGA
TCCTGGAGAAGCCCGAATATGAGGTGGAGATAACTGCAACACATCCTATG
CCAGTGGACCCTGTGGCTGCATTCAAGCGTTGGATGAATAGCTTCCGATC
CCGAAGATGCTGTCCCCCACCCGAAAGATACGTCGAGGGTTGGCCAATGG
AAGTCAAGCCAGATGACCGAGACCTTCTACCGGACTTGCTACCCTCGAAT
GAGTACCAGGAAAAGCAATGGGAGTCCTTGTCTCCCCGTTCGTCAAATCT
TGGAACCGTTAAGACGGCTACTCTGAGCATTACTAGCCAAAGTGTGGTAC
GGTCGAGGGGAACTACACAGAGCACAACAAATCAAAGTATAAGGTCCGAT
GCTCGTGAATCGCTAGACAGCATCAGACCCGCGTTGAATTCCTCAATAGA
TGAGGAAGCCCAACACAGGGCCATTAAGAGGCGACGTGTTCTCCGAGAAC
TGATCACTACCGAATGTGACTATATATTCGGCTTGAAAGCACTTGCGGAT
GTCTTCGTTGCTACGGCTGTTTGTTCTCGTGGAAACTGGTTTTCCAGTCT
CTGGGAAAGAACTATGAATTGGTGCTCAGTGCTTCGTCAGCACGTGAAGA
AAAGAAATGGGAAACTGAGATGCTCAAGTCTGCGGCCGTATTAACTGACA
TACCGAAGTCAGTAGTGGCGAAGCTGAAAGAATACTCATTCCTGTCTCTG
GAGTTGGCCCCATTGAATTGCGGCAACGGTCCCCTGCCTCTCTTACCTCG
CCGGCCATCTATGCAGGCACTGGCTACGTCGCGGACTCTACCAGATTCAC
AGAACATCATAATCAAAAAGACACATTGTCCACAAAAACTCCAGATGACG
GAATCTGTGGACGGGGAAATCGAGCGGCCAAAGATGTCTTCCTTATGTCC
AGCGCTTATACTGACCGCCAGGAGACAAGATCGGATACTGCTAGAACGTG
CCATTTCTTCTTTCTACACGCGGGACGCTCTTCCATACCCTGGAATGACT
CTGGGCAAGGGGGACATTTTTCATAGTCCTGGGTCCCTTATGAGACACCT
GAGCCGCCGGCCGGGATTGTACCGACGCTCCAGCTGTGTGAGCCTCAGCA
CCGGAGGACATCCTCTTAAGTCTACTACAGAAGTGACATATTCAGATGAG
ATAAAAGACCCTAGGAAGCTTGCAAAGAGTCAGGAGAAGAGTTTACGAAA
TGTATCTAGAGGCAAGCCAACAACTCCGGAGACAGACAAGGGACCTATCT
TGCCGCGACATAGCAAGGAAAGCATTAGAAGGTCCAAGACATGCAAAGGG
AAAGGGGGACCGAAAGCGACGTTCAAGGCTGAGATCATTCCGACCAGTAA
TGGCAACAAAGGATCGGAGACTCCCGACGGCTGTTCCTTGAAGGCATCTG
CTATCCGGAGAATGTTCAATTCGATGTCCTCCCGACGAACGAAAAGACAG
GGTCGCATGGGGCTTGGAAGTGGAGTGTGAAACACGATCGATAACATCTA
CAAGCAATTGGGTCCTTTGAGCCTCTGTGGGGTCCTTCACATCACATATC
AGGCACCTGAGTATATTACGGGAGGATACATGGTCTGCATTCTATTCACC
TATCATTTCGTGATTGCCAAACCAAGCAATGACTACCGAAGGCTTCAGGC
ATTAGCATGCCTGTATATTTCTGACATGAAGATCGATTCAATCAGAAACG
GAGAAGCCGGTTCAGCGTCTGTGCAGATACCCTTTGCTGCTTGAGGAATT
GTTACGATGGACACATATCCAAGACGACCCATCTGCCCATGACGGCATCC
GACAGGTCCTCGAACAAGTCCGCGCGGTGGTGTGCGAAGTAAATCAAATT
ACCGACAACCCTGTTAGCAAGGCACTAGTGAAGCAGACGTTTTTGCTACA
GAGCTTCATGGACCTATCAGCATCGTCGGAGTCTTTCACAGCATACAAAT
TATTCTGTAAAAACTATGGCTTGCTCACAGTGGACGTTAACTTTCTCCGC
CAGTCTGTACCGGATTGGCGTATATTCGACCAGGGTATTGAAGCTCTATC
AAAATCGGTAACATCGTTGGAACGGCAGACACAGGAGGAAAATAAAGCTA
TGTCTTTGAATGACCTTCTGATCAAGGCCCTTTTCATATTTTCTGCCAGA
CCAGAGATTTACCACAATGTTCAACAGATCCGAGACACGCATGAGAACTT
CCTTGCTCAGATTCGAAAGCTGACACCCATATCGAATTTGGCAGCGGCTG
AGTTCGACAGTCTGATGCCTCGGGGGATTCACAAGCGTTTGAGTGCAATT
GACTTTGGTTTGAGGACTTTGCATGCTAAATCTCTGCGATCACGCAGCTT
TAGGGCTTCTATGGATTCCCGTCTCAAAGCCTTGGCTGCGGAGACAAAAG
AAGCTTTGCAGGTTGCGCTAGAAGTCGGAAACTTGATGGAAGAATCCAAG
GATATGGGCGATCCTCCCTTGCTGATCCTGGAGAAGCCCGAATATGAGGT
GGAGATAACTGCAACACATCCTATGCCAGTGGACCCTGTGGCTGCATTCA
AGCGTTGGATGAATAGCTTCCGATCCCGAAGATGCTGTCCCCCACCCGAA
AGATACGTCGAGGGTTGGCCAATGGAAGTCAAGCCAGATGACCGAGACCT
TCTACCGGACTTGCTACCCTCGAATGAGTACCAGGAAAAGCAATGGGAGT
CCTTGTCTCCCCGTTCGTCAAATCTTGGAACCGTTAAGACGGCTACTCTG
AGCATTACTAGCCAAAGTGTGGTACGGTCGAGGGGAACTACACAGAGCAC
AACAAATCAAAGTATAAGGTCCGATGCTCGTGAATCGCTAGACAGCATCA
GACCCGCGTTGAATTCCTCAATAGATGAGGAAGCCCAACACAGGGCCATT
AAGAGGCGACGTGTTCTCCGAGAACTGATCACTACCGAATGTGACTATAT
ATTCGGCTTGAAAGCACTTGCGGATGTCTTCGTTGCTACGGCTGTTTGTT
CTCGTGGAAACTGGTTTTCCAGTCTCTGGGAAAGAACTATGAATTGGTGC
TCAGTGCTTCGTCAGCACGTGAAGAAAAGAAATGGGAAACTGAGATGCTC
AAGTCTGCGGCCGTATTAACTGACATACCGAAGTCAGTAGTGGCGAAGCT
GAAAGAATACTCATTCCTGTCTCTGGAGTTGGCCCCATTGAATTGCGGCA
ACGGTCCCCTGCCTCTCTTACCTCGCCGGCCATCTATGCAGGCACTGGCT
ACGTCGCGGACTCTACCAGATTCACAGAACATCATAATCAAAAAGACACA
TTGTCCACAAAAACTCCAGATGACGGAATCTGTGGACGGGGAAATCGAGC
GGCCAAAGATGTCTTCCTTATGTCCAGCGCTTATACTGACCGCCAGGAGA
CAAGATCGGATACTGCTAGAACGTGCCATTTCTTCTTTCTACACGCGGGA
CGCTCTTCCATACCCTGGAATGACTCTGGGCAAGGGGGACATTTTTCATA
GTCCTGGGTCCCTTATGAGACACCTGAGCCGCCGGCCGGGATTGTACCGA
CGCTCCAGCTGTGTGAGCCTCAGCACCGGAGGACATCCTCTTAAGTCTAC
TACAGAAGTGACATATTCAGATGAGATAAAAGACCCTAGGAAGCTTGCAA
AGAGTCAGGAGAAGAGTTTACGAAATGTATCTAGAGGCAAGCCAACAACT
CCGGAGACAGACAAGGGACCTATCTTGCCGCGACATAGCAAGGAAAGCAT
TAGAAGGTCCAAGACATGCAAAGGGAAAGGGGGACCGAAAGCGACGTTCA
AGGCTGAGATCATTCCGACCAGTAATGGCAACAAAGGATCGGAGACTCCC
GACGGCTGTTCCTTGAAGGCATCTGCTATCCGGAGAATGTTCAATTCGAT
GTCCTCCCGACGAACGAAAAGACAGGGTCGCATGGGGCTTGGAAGTGGAG
TGTGAAACACGATCGATAACATCTACAAGCAATTGGGTCCTTTGAGCCTC
TGTGGGGTCCTTCACATCACATATCAGGCACCTGAGTATATTACGGGAGG
ATACATGGTCTGCATTCTATTCACCTATCATTTCGTGATTGCCAAACCAA
GCAATGACTACCGAAGGCTTCAGGCATTAGCATGCCTGTATATTTCTGAC
ATGAAGATCGATTCAATCAGAAACGGAGAAGCCGGTTCAGCGTCTGTGCA
GATACCCTTTGCTGCTTGAGGAATTGTTACGATGGACACATATCCAAGAC
GACCCATCTGCCCATGACGGCATCCGACAGGTCCTCGAACAAGTCCGCGC
GGTGGTGTGCGAAGTAAATCAAATTACCGACAACCCTGTTAGCAAGGCAC
TAGTGAAGCAGACGTTTTTGCTACAGAGCTTCATGGACCTATCAGCATCG
TCGGAGTCTTTCACAGCATACAAATTATTCTGTAAAAACTATGGCTTGCT
CACAGTGGACGTTAACTTTCTCCGCCAGTCTGTACCGGATTGGCGTATAT
TCGACCAGGGTATTGAAGCTCTATCAAAATCGGTAACATCGTTGGAACGG
CAGACACAGGAGGAAAATAAAGCTATGTCTTTGAATGACCTTCTGATCAA
GGCCCTTTTCATATTTTCTGCCAGACCAGAGATTTACCACAATGTTCAAC
AGATCCGAGACACGCATGAGAACTTCCTTGCTCAGATTCGAAAGCTGACA
CCCATATCGAATTTGGCAGCGGCTGAGTTCGACAGTCTGATGCCTCGGGG
GATTCACAAGCGTTTGAGTGCAATTGACTTTGGTTTGAGGACTTTGCATG
CTAAATCTCTGCGATCACGCAGCTTTAGGGCTTCTATGGATTCCCGTCTC
AAAGCCTTGGCTGCGGAGACAAAAGAAGCTTTGCAGGTTGCGCTAGAAGT
CGGAAACTTGATGGAAGAATCCAAGGATATGGGCGATCCTCCCTTGCTGA
TCCTGGAGAAGCCCGAATATGAGGTGGAGATAACTGCAACACATCCTATG
CCAGTGGACCCTGTGGCTGCATTCAAGCGTTGGATGAATAGCTTCCGATC
CCGAAGATGCTGTCCCCCACCCGAAAGATACGTCGAGGGTTGGCCAATGG
AAGTCAAGCCAGATGACCGAGACCTTCTACCGGACTTGCTACCCTCGAAT
GAGTACCAGGAAAAGCAATGGGAGTCCTTGTCTCCCCGTTCGTCAAATCT
TGGAACCGTTAAGACGGCTACTCTGAGCATTACTAGCCAAAGTGTGGTAC
GGTCGAGGGGAACTACACAGAGCACAACAAATCAAAGTATAAGGTCCGAT
GCTCGTGAATCGCTAGACAGCATCAGACCCGCGTTGAATTCCTCAATAGA
TGAGGAAGCCCAACACAGGGCCATTAAGAGGCGACGTGTTCTCCGAGAAC
TGATCACTACCGAATGTGACTATATATTCGGCTTGAAAGCACTTGCGGAT
GTCTTCGTTGCTACGGCTGTTTGTTCTCGTGGAAACTGGTTTTCCAGTCT
CTGGGAAAGAACTATGAATTGGTGCTCAGTGCTTCGTCAGCACGTGAAGA
AAAGAAATGGGAAACTGAGATGCTCAAGTCTGCGGCCGTATTAACTGACA
TACCGAAGTCAGTAGTGGCGAAGCTGAAAGAATACTCATTCCTGTCTCTG
GAGTTGGCCCCATTGAATTGCGGCAACGGTCCCCTGCCTCTCTTACCTCG
CCGGCCATCTATGCAGGCACTGGCTACGTCGCGGACTCTACCAGATTCAC
AGAACATCATAATCAAAAAGACACATTGTCCACAAAAACTCCAGATGACG
GAATCTGTGGACGGGGAAATCGAGCGGCCAAAGATGTCTTCCTTATGTCC
AGCGCTTATACTGACCGCCAGGAGACAAGATCGGATACTGCTAGAACGTG
CCATTTCTTCTTTCTACACGCGGGACGCTCTTCCATACCCTGGAATGACT
CTGGGCAAGGGGGACATTTTTCATAGTCCTGGGTCCCTTATGAGACACCT
GAGCCGCCGGCCGGGATTGTACCGACGCTCCAGCTGTGTGAGCCTCAGCA
CCGGAGGACATCCTCTTAAGTCTACTACAGAAGTGACATATTCAGATGAG
ATAAAAGACCCTAGGAAGCTTGCAAAGAGTCAGGAGAAGAGTTTACGAAA
TGTATCTAGAGGCAAGCCAACAACTCCGGAGACAGACAAGGGACCTATCT
TGCCGCGACATAGCAAGGAAAGCATTAGAAGGTCCAAGACATGCAAAGGG
AAAGGGGGACCGAAAGCGACGTTCAAGGCTGAGATCATTCCGACCAGTAA
TGGCAACAAAGGATCGGAGACTCCCGACGGCTGTTCCTTGAAGGCATCTG
CTATCCGGAGAATGTTCAATTCGATGTCCTCCCGACGAACGAAAAGACAG
GGTCGCATGGGGCTTGGAAGTGGAGTGTGAAACACGATCGATAACATCTA
CAAGCAATTGGGTCCTTTGAGCCTCTGTGGGGTCCTTCACATCACATATC
AGGCACCTGAGTATATTACGGGAGGATACATGGTCTGCATTCTATTCACC
TATCATTTCGTGATTGCCAAACCAAGCAATGACTACCGAAGGCTTCAGGC
ATTAGCATGCCTGTATATTTCTGACATGAAGATCGATTCAATCAGAAACG
GAGAAGCCGGTTCAGCGTCTGTGCAGATACCCTTTGCTGCTTGAGGAATT
GTTACGATGGACACATATCCAAGACGACCCATCTGCCCATGACGGCATCC
GACAGGTCCTCGAACAAGTCCGCGCGGTGGTGTGCGAAGTAAATCAAATT
ACCGACAACCCTGTTAGCAAGGCACTAGTGAAGCAGACGTTTTTGCTACA
GAGCTTCATGGACCTATCAGCATCGTCGGAGTCTTTCACAGCATACAAAT
TATTCTGTAAAAACTATGGCTTGCTCACAGTGGACGTTAACTTTCTCCGC
CAGTCTGTACCGGATTGGCGTATATTCGACCAGGGTATTGAAGCTCTATC
AAAATCGGTAACATCGTTGGAACGGCAGACACAGGAGGAAAATAAAGCTA
TGTCTTTGAATGACCTTCTGATCAAGGCCCTTTTCATATTTTCTGCCAGA
CCAGAGATTTACCACAATGTTCAACAGATCCGAGACACGCATGAGAACTT
CCTTGCTCAGATTCGAAAGCTGACACCCATATCGAATTTGGCAGCGGCTG
AGTTCGACAGTCTGATGCCTCGGGGGATTCACAAGCGTTTGAGTGCAATT
GACTTTGGTTTGAGGACTTTGCATGCTAAATCTCTGCGATCACGCAGCTT
TAGGGCTTCTATGGATTCCCGTCTCAAAGCCTTGGCTGCGGAGACAAAAG
AAGCTTTGCAGGTTGCGCTAGAAGTCGGAAACTTGATGGAAGAATCCAAG
GATATGGGCGATCCTCCCTTGCTGATCCTGGAGAAGCCCGAATATGAGGT
GGAGATAACTGCAACACATCCTATGCCAGTGGACCCTGTGGCTGCATTCA
AGCGTTGGATGAATAGCTTCCGATCCCGAAGATGCTGTCCCCCACCCGAA
AGATACGTCGAGGGTTGGCCAATGGAAGTCAAGCCAGATGACCGAGACCT
TCTACCGGACTTGCTACCCTCGAATGAGTACCAGGAAAAGCAATGGGAGT
CCTTGTCTCCCCGTTCGTCAAATCTTGGAACCGTTAAGACGGCTACTCTG
AGCATTACTAGCCAAAGTGTGGTACGGTCGAGGGGAACTACACAGAGCAC
AACAAATCAAAGTATAAGGTCCGATGCTCGTGAATCGCTAGACAGCATCA
GACCCGCGTTGAATTCCTCAATAGATGAGGAAGCCCAACACAGGGCCATT
AAGAGGCGACGTGTTCTCCGAGAACTGATCACTACCGAATGTGACTATAT
ATTCGGCTTGAAAGCACTTGCGGATGTCTTCGTTGCTACGGCTGTTTGTT
CTCGTGGAAACTGGTTTTCCAGTCTCTGGGAAAGAACTATGAATTGGTGC
TCAGTGCTTCGTCAGCACGTGAAGAAAAGAAATGGGAAACTGAGATGCTC
AAGTCTGCGGCCGTATTAACTGACATACCGAAGTCAGTAGTGGCGAAGCT
GAAAGAATACTCATTCCTGTCTCTGGAGTTGGCCCCATTGAATTGCGGCA
ACGGTCCCCTGCCTCTCTTACCTCGCCGGCCATCTATGCAGGCACTGGCT
ACGTCGCGGACTCTACCAGATTCACAGAACATCATAATCAAAAAGACACA
TTGTCCACAAAAACTCCAGATGACGGAATCTGTGGACGGGGAAATCGAGC
GGCCAAAGATGTCTTCCTTATGTCCAGCGCTTATACTGACCGCCAGGAGA
CAAGATCGGATACTGCTAGAACGTGCCATTTCTTCTTTCTACACGCGGGA
CGCTCTTCCATACCCTGGAATGACTCTGGGCAAGGGGGACATTTTTCATA
GTCCTGGGTCCCTTATGAGACACCTGAGCCGCCGGCCGGGATTGTACCGA
CGCTCCAGCTGTGTGAGCCTCAGCACCGGAGGACATCCTCTTAAGTCTAC
TACAGAAGTGACATATTCAGATGAGATAAAAGACCCTAGGAAGCTTGCAA
AGAGTCAGGAGAAGAGTTTACGAAATGTATCTAGAGGCAAGCCAACAACT
CCGGAGACAGACAAGGGACCTATCTTGCCGCGACATAGCAAGGAAAGCAT
TAGAAGGTCCAAGACATGCAAAGGGAAAGGGGGACCGAAAGCGACGTTCA
AGGCTGAGATCATTCCGACCAGTAATGGCAACAAAGGATCGGAGACTCCC
GACGGCTGTTCCTTGAAGGCATCTGCTATCCGGAGAATGTTCAATTCGAT
GTCCTCCCGACGAACGAAAAGACAGGGTCGCATGGGGCTTGGAAGTGGAG
TGTGAAACACGATCGATAACATCTACAAGCAATTGGGTCCTTTGAGCCTC
TGTGGGGTCCTTCACATCACATATCAGGCACCTGAGTATATTACGGGAGG
ATACATGGTCTGCATTCTATTCACCTATCATTTCGTGATTGCCAAACCAA
GCAATGACTACCGAAGGCTTCAGGCATTAGCATGCCTGTATATTTCTGAC
ATGAAGATCGATTCAATCAGAAACGGAGAAGCCGGTTCAGCGTCTGTGCA
GATACCCTTTGCTGCTTGAGGAATTGTTACGATGGACACATATCCAAGAC
GACCCATCTGCCCATGACGGCATCCGACAGGTCCTCGAACAAGTCCGCGC
GGTGGTGTGCGAAGTAAATCAAATTACCGACAACCCTGTTAGCAAGGCAC
TAGTGAAGCAGACGTTTTTGCTACAGAGCTTCATGGACCTATCAGCATCG
TCGGAGTCTTTCACAGCATACAAATTATTCTGTAAAAACTATGGCTTGCT
CACAGTGGACGTTAACTTTCTCCGCCAGTCTGTACCGGATTGGCGTATAT
TCGACCAGGGTATTGAAGCTCTATCAAAATCGGTAACATCGTTGGAACGG
CAGACACAGGAGGAAAATAAAGCTATGTCTTTGAATGACCTTCTGATCAA
GGCCCTTTTCATATTTTCTGCCAGACCAGAGATTTACCACAATGTTCAAC
AGATCCGAGACACGCATGAGAACTTCCTTGCTCAGATTCGAAAGCTGACA
CCCATATCGAATTTGGCAGCGGCTGAGTTCGACAGTCTGATGCCTCGGGG
GATTCACAAGCGTTTGAGTGCAATTGACTTTGGTTTGAGGACTTTGCATG
CTAAATCTCTGCGATCACGCAGCTTTAGGGCTTCTATGGATTCCCGTCTC
AAAGCCTTGGCTGCGGAGACAAAAGAAGCTTTGCAGGTTGCGCTAGAAGT
CGGAAACTTGATGGAAGAATCCAAGGATATGGGCGATCCTCCCTTGCTGA
TCCTGGAGAAGCCCGAATATGAGGTGGAGATAACTGCAACACATCCTATG
CCAGTGGACCCTGTGGCTGCATTCAAGCGTTGGATGAATAGCTTCCGATC
CCGAAGATGCTGTCCCCCACCCGAAAGATACGTCGAGGGTTGGCCAATGG
AAGTCAAGCCAGATGACCGAGACCTTCTACCGGACTTGCTACCCTCGAAT
GAGTACCAGGAAAAGCAATGGGAGTCCTTGTCTCCCCGTTCGTCAAATCT
TGGAACCGTTAAGACGGCTACTCTGAGCATTACTAGCCAAAGTGTGGTAC
GGTCGAGGGGAACTACACAGAGCACAACAAATCAAAGTATAAGGTCCGAT
GCTCGTGAATCGCTAGACAGCATCAGACCCGCGTTGAATTCCTCAATAGA
TGAGGAAGCCCAACACAGGGCCATTAAGAGGCGACGTGTTCTCCGAGAAC
TGATCACTACCGAATGTGACTATATATTCGGCTTGAAAGCACTTGCGGAT

Annotated Terms

The following terms have been associated with this mRNA:

Vocabulary: **Biological Process**
Term	Definition
GO:0035556	intracellular signal transduction
GO:0035023	regulation of Rho protein signal transduction

Vocabulary: **Molecular Function**
Term	Definition
GO:0005085	guanyl-nucleotide exchange factor activity
GO:0005089	Rho guanyl-nucleotide exchange factor activity

Relationships

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


Feature Name	Unique Name	Species	Type
CAN33_48680	CAN33_48680	Aspergillus niger FDAARGOS_311	gene

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


Feature Name	Unique Name	Species	Type
CAN33_48680-T1	CAN33_48680-T1-protein	Aspergillus niger FDAARGOS_311	polypeptide

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


Feature Name	Unique Name	Species	Type
CAN33_48680-T1.cds	CAN33_48680-T1.cds	Aspergillus niger FDAARGOS_311	CDS

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


Feature Name	Unique Name	Species	Type
CAN33_48680-T1.exon6	CAN33_48680-T1.exon6	Aspergillus niger FDAARGOS_311	exon
CAN33_48680-T1.exon5	CAN33_48680-T1.exon5	Aspergillus niger FDAARGOS_311	exon
CAN33_48680-T1.exon4	CAN33_48680-T1.exon4	Aspergillus niger FDAARGOS_311	exon
CAN33_48680-T1.exon3	CAN33_48680-T1.exon3	Aspergillus niger FDAARGOS_311	exon
CAN33_48680-T1.exon2	CAN33_48680-T1.exon2	Aspergillus niger FDAARGOS_311	exon
CAN33_48680-T1.exon1	CAN33_48680-T1.exon1	Aspergillus niger FDAARGOS_311	exon

Properties


Property Name	Value
Note	EggNog:ENOG41
DBxref	InterPro:IPR035899
DBxref	InterPro:IPR001331
DBxref	InterPro:IPR000219
DBxref	PFAM:PF00621
Product	RhoGEF domain family protein

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Aspergillus niger FDAARGOS_311 whole genome analysis	2021-11-01

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
NKJJ01000022.1	supercontig	NKJJ01000022.1:4093263..4096024 -

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CAN33_48680-T1, CAN33_48680-T1 (mRNA) Aspergillus niger FDAARGOS_311