KEGG T03918: 105180766

Harpegnathos saltator (Jerdon's jumping ant): 105180766

Entry

105180766         CDS       T03918

Name

(RefSeq) RNA helicase aquarius isoform X1

K12874

intron-binding protein aquarius

Organism

hst Harpegnathos saltator (Jerdon's jumping ant)

Pathway

hst03040

Spliceosome

Brite

KEGG Orthology (KO) [BR:hst00001]
09120 Genetic Information Processing
  09121 Transcription
   03040 Spliceosome
    105180766
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03041 Spliceosome [BR:hst03041]
    105180766
Spliceosome [BR:hst03041]
Complex B
  Other components
   Prp19-related factors
    105180766
Complex C
    105180766

SSDB

Motif

Pfam:

Aquarius_N_1st Aquarius_N_2nd AAA_11 AAA_12 Aquarius_N_3rd AAA_19 ResIII UvrD-helicase AAA_30 DEAD SLFN-g3_helicase AAA AAA_16 UvrD_C_2 AAA_22 PhoH RecA nSTAND3 DnaB_C ATPase

Other DBs

NCBI-GeneID:

105180766

NCBI-ProteinID:

XP_011135347

Position

Unknown

AA seq 1456 aa
MENQNAQSVKSNNPAPTVEQINADRITQLANKYWAPHTTDKHLLFSSQIVEEIYIQEICT
SKFSIRRIMMLEFSQYLENFLWPNYNAENAARAHTMSIVVMVNEKFRERVQVWEAFEKNS
THFAGFFQKVLEACLEKSIADFELKEQTALIVFLNHCFNSMEVSLVREEVKRLVSLPMWI
SLQQGRRELEFRKYPKWRKYWKIIRKKDDPEYKEKLEWERRFLHKLMIKFMTILETIPAE
GVVLADKVRYCERFLELIIDLEALLPTRRFFNTVMDDNHLVVRCQLSNLLHRPEGSLFGQ
LLEMLKFYARFEISEETGNPLTDHDMTQLHYAKITSLQNAVFAKFPDLRSFALANVASVD
VRDALYKHFGTLSQEKLRAIASYLNLVPPEEREKDENWYRLDIDFLRELLISRHERRPSQ
LEELNEMPLYPTEDIIWNESVVPTEYFSGEDCLALPKLNLQFLTLHDYLLRNFNLFRLES
TYEIRQDIEDAVSRLSPWRAEDGGVYFGGWARMAQPITQFAVVEVAKPNVGENKPSRVRA
DITINLSVRKEIKTEWENLRKHDVCFLITVKPPNPIGTKYSHKLPFVSQVGLTTVRGCEV
EGMLDSNGRVIEDGPEPRPILPGDSRTYRVWLDCNQYRIDMDNASHGGEDVYEGFNIIMR
RKPKENNFKAVLETIRELMNTECVVPDWLHDIILGYGDPGAACYSRMPDEIATMDFNDTF
LDIDHLRASFPLYEISINPEDEKDLVRPFQLTFEDVLAKRNNESVKKIIRVKPHVPPSRG
PYRANEPKKNQIPFTPTQVEAIRAGMQPGLTLVVGPPGTGKTDVAVQIISNLYHNFPNQR
TLIVTHSNQALNQLFEKIMALDIDERHLLRLGHGEEALETEKDFSRYGRVNYVLAKRLDL
LLEVQRLQESLNVKGDVAYTCETAGYFFMYQIFTRWDRFEARIKQRQSTSEKSDLASIVD
EEFPFHKFFDNAPQPLFKRNTYEEDLKIACSCYRYIERIFAQLEEFRAFELLRSGLDRSK
YLLVKEAKVIAMTCTHAALKRRELVDMGFKYDNILMEESAQILEIETFIPLLLQNPQDGY
NRLKRWIMIGDHHQLPPVIKNMAFQKYSNMEQSLFARFVRLGVPTVDLDGQGRARPSICN
LYNWRYKKLGNLAHVEHSPEYLVANAGFLYDFQLVNVEDFNGVGESEPSAYFYQNLAEAE
YCVAVFMYMRLLGYPADKISILTTYNGQKHLIRDVINIRCANNPLIGRPNKVTTVDKYQG
QQNDYILLSLVKTRAVGHLRDARRLVVAMSRARLGLYVFARVSLFKNCFELTPAFDQLMQ
RPLKLQLLPQEVYPTERLYDAVPPTVPMEIEDMPHMAKFVYDYYMEKVSGMKESQKMWQK
PGTMQTTSNRVHKIPAHPGADDDTDDDDDDDKDNNNEEAEQSKAETKETTEETAETKYEP
IKNLVEDPPSEAEDDS

NT seq 4371 nt +upstreamnt +downstreamnt
atggaaaatcaaaatgcgcagtctgtcaagagcaataatcccgctccgacggtggaacaa
atcaatgcagacaggattacccagcttgcgaacaaatattgggcaccacatactacagac
aagcatttactattcagttctcagatagtggaagaaatttatatacaagaaatatgtacg
tcaaagttctccattagaaggattatgatgttggagtttagccagtacctggaaaatttt
ctatggcctaattataatgcagagaatgctgcgagagcacacaccatgtctattgttgtt
atggtaaatgaaaaatttagagaacgagtgcaagtctgggaagcatttgaaaaaaattca
acgcattttgctggattctttcaaaaagttctggaagcatgtctagaaaagagcatagca
gactttgagttgaaggaacagacagcattgatagtgtttttgaatcattgttttaattca
atggaagtatctttagttagagaagaggtgaaaagattggtctcattgccaatgtggatt
tccttgcaacaaggtagaagagaactagagtttagaaaatatcctaaatggagaaaatat
tggaaaattataaggaaaaaggatgatccagaatataaagaaaaacttgaatgggaacgt
aggtttttgcacaaactgatgataaaatttatgacaatattggagacaattcctgcagaa
ggagttgtactagcagacaaagtgcgctactgcgaaagatttttggagctgattattgac
ttggaagctttacttcctaccagacgtttcttcaatactgttatggatgacaatcatctg
gtggtgcgctgtcagctgtccaatctgctacatcgtccagaaggtagtctgtttggccag
ctcctggagatgctgaaattctacgcccgattcgagataagcgaggaaactggtaaccct
ttgactgatcacgatatgacgcagttgcactacgctaaaattacgtctcttcagaatgca
gtcttcgcgaaattcccggatctgcggagctttgcgttggctaacgtagctagcgtcgac
gtcagagacgctctttacaagcactttggtacgctcagtcaagagaaactgagagccatc
gcgagttacttaaatttagtgccgcccgaggagcgtgagaaagatgagaactggtatcgc
ttggacatagactttctgcgtgaactattgatatcgcgacacgagcgtagaccatcgcag
ctggaggagctgaatgagatgccgctctatccgaccgaggatatcatctggaacgagagt
gtcgtcccgaccgagtacttctctggcgaggactgcctggccctgccgaaattgaacctt
cagtttctcacgttgcacgattacttactacggaatttcaatttatttcgcctggagtct
acgtacgagatacgacaggatatcgaggatgccgtaagcagattgagtccttggcgggcc
gaggacggtggcgtctatttcggcggatgggccaggatggctcaaccgattacacaattc
gcggtggtcgaagtggctaaacctaacgtgggcgaaaacaaaccatccagagtacgtgct
gacatcacgatcaatctcagcgttcgtaaagagattaaaaccgagtgggaaaatcttcgt
aagcacgatgtgtgctttctcatcacggtcaagccgcccaatcctatcggcaccaaatac
agccacaagcttcctttcgtgtcccaagtaggactgaccacggtgcgtggctgtgaagtt
gagggtatgctcgattcgaatggcagagtgatagaggacggcccggaaccgaggccaatt
ttacctggtgattctcgtacctacagagtgtggttagactgtaatcagtaccggatagac
atggacaacgccagtcatggcggcgaggacgtatacgaaggatttaatattataatgaga
cgtaaacccaaggagaataatttcaaggcggttttagaaacgattagggagctcatgaat
accgaatgtgttgttccggattggctgcatgatataatcctcggatatggcgaccccggt
gcggcctgctattcgagaatgccggatgagatcgcgacgatggatttcaacgatacgttt
ctcgacatagaccatctacgagcaagtttccctttatacgagatcagtataaaccccgag
gatgagaaagatctcgtgcggccgttccagctgactttcgaggatgttctagcaaagcgc
aataatgaatccgtgaagaaaattatcagggtaaaaccacatgtaccacccagccgaggt
ccatacagagcaaatgaaccgaagaagaatcagatccctttcacgccgacgcaggttgaa
gctattcgagctggaatgcaaccgggtctgacgttagtagtgggtccacccggtaccggc
aaaacggatgtcgccgtacagatcatctcaaatttgtatcataacttcccgaatcagaga
acactcatcgtcacacattccaatcaagcgctcaatcagctgtttgagaaaatcatggcg
ctcgacatcgacgagaggcatcttctgcgtctcggtcacggtgaggaagctctggaaacc
gagaaggatttcagtcgttatggcagagtcaactatgtccttgctaagcgcttggatcta
cttctagaagttcagcggttacaggaatcgttgaatgtgaagggtgatgtcgcgtatacc
tgcgaaacggcaggatacttctttatgtatcaaatattcacgaggtgggatcgcttcgaa
gccaggatcaaacagcggcagagtacgagcgaaaaatccgacttggcctccatagtcgac
gaggaatttccatttcacaaatttttcgacaacgcacctcagccgctcttcaagcggaat
acgtacgaggaagatctcaagatcgcctgcagctgttatcggtacatcgaaaggatattc
gcccagctggaagaatttcgcgcattcgaattactgagatccggcctcgacagatcgaag
tacttgctcgtaaaggaggccaaggtgatcgccatgacgtgtacacatgcagcgctcaag
agacgcgaacttgttgacatgggcttcaagtatgataacatcctcatggaggaatccgcg
cagattttagagatcgagacattcataccgttgctgttgcaaaatccccaagatggctac
aatcgcctgaagcgatggataatgataggtgatcaccatcagttgccgcctgtcatcaag
aacatggcgtttcaaaaatactcgaacatggagcaatcgttattcgcgcgctttgtgcgt
ctcggtgtgcccacggttgacttggatggtcaaggtcgtgccagacccagcatttgcaat
ctttataattggcgttacaagaaattgggcaatctggcgcatgtggagcacagccccgaa
tacctggtggcaaatgctggctttctgtacgactttcaattggtcaatgtcgaagacttc
aatggcgtcggtgagagcgaaccaagcgcctacttctatcagaatctcgccgaggctgag
tattgcgttgctgtgttcatgtacatgcgtctgctgggttatccggccgacaagatcagc
atattaactacctacaatggccaaaagcatctcataagagacgtaatcaacatccgatgt
gcgaacaatccgctgataggtcggcccaacaaggtgaccaccgttgacaagtatcagggt
cagcaaaacgattacattctattgtctttggtgaagacacgcgcagtcggccatttgagg
gacgcaaggcgtttagtagtcgcgatgtcgcgtgcccgtctcggcctctatgtctttgcc
cgcgtgtccctcttcaagaactgtttcgagctgacgccggcattcgatcagctgatgcag
agaccattaaagctacagctcttaccgcaggaggtctatcctactgagcgactgtatgat
gctgtgcccccgactgtcccgatggaaatcgaggatatgccgcatatggctaagttcgtc
tacgattattacatggagaaagtcagcggtatgaaggaatcgcagaagatgtggcagaaa
ccaggaaccatgcaaaccacgagtaaccgagtgcacaagatacctgctcaccctggtgcc
gacgacgataccgacgacgatgacgatgacgacaaggataacaacaacgaggaagcagag
caaagcaaagcggaaacgaaagagaccacggaagagacggcagagaccaagtatgaacca
atcaagaatttagtcgaagatcctccgagcgaggctgaagatgacagttga

All links

Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (20)   
   Pfam (20)   
All databases (32)   

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