KEGG   Musca domestica (house fly): 101887273
Entry
101887273         CDS       T03448                                 
Name
(RefSeq) protein sickie isoform X1
  KO
K19483  neuron navigator 2 [EC:5.6.2.4]
Organism
mde  Musca domestica (house fly)
Brite
KEGG Orthology (KO) [BR:mde00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:mde03400]
    101887273
Enzymes [BR:mde01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.4  DNA 3'-5' helicase
     101887273
DNA repair and recombination proteins [BR:mde03400]
 Eukaryotic type
  Check point factors
   Other check point factors
    101887273
SSDB
Motif
Pfam: CH AAA AAA_22 AAA_14 AAA_16 AAA_5 nSTAND3 Mg_chelatase AAA_33 NACHT RNA_helicase AAA_24 AAA_25 PhoH AAA_18 ABC_tran
Other DBs
NCBI-GeneID: 101887273
NCBI-ProteinID: XP_005179430
UniProt: A0A1I8NF62
Position
Unknown
AA seq 2175 aa
MPNLHFVDYNRKYSAQETIQIYTDWANYYLERAKSKKKVTDLSADCRDGLLLAEVIEAVT
SFKVPDLHKKPKNQQQMYDNVNSCLNVLRSQTVSGLDNITTSDICCGRLKAVLALFFALS
RFKQQSKQGKPNTTSGLSIKADIHQQPNTTTTTQCAEKTTSSANSTSTIQNIQNGNDSMV
NRQIPQAYTKANGTAIPLPATVMVQRRCPPDKVRPLPPTPNHAPSIPGLGKSGSEFNNSR
PNSPPSSNHTIQNLKSGNNNGLRQPSIKSGIPAPGSALPTVTGQQKHSMLDKLKIFNKDK
QPLLQQQQGQQQTTLINANKNQVQSKRTSSSSGFSSARSERSDSSLSLNDSHISQIKPPA
IAVAATNKARETKASAKQSKLLQAQTKKEQVKNASKTEKKEKSPARSLNREDINVDSKTS
TLSRNKNSLPRGKDSSLKPNTKSNLTSKSESKTSLIIPPSKSLNSSNCIGGLPKPIAAIK
GTSKLPHSPLQNDNKGRLSSPNSAQEMIKREKSDISSTSNISQQQTPSNHSTQLPTHIVK
PVPMAEVHQNQQRSPYYANAQHIQQQQTLIQPQQPPCSIQEPTYNRLPPPKPSAIGTPTA
LRKLEYNSGPSVLQPQQHSPLRSLTPAATHSQPVTPTSQQSPLTNEGTPNKYHTIPSKIV
GTIYEEDKPVSVLPMRPLLRGYNSHVTLPTRGARGTHNFISEYCENDINQGYCSDGDSLR
FSNSRLGHSSSLQGSPRFHDIDNGYLSEGSSGIGCSQNGHHIPHGKHFLSMMRARSQLPT
TIEERIRNSRGSLDSLGTGAPSSSASQASSSVGSNNKMDITNGLNSSASNSANNSPQHHN
SGSPSHRSSPRNGNNWSKMPEALNGQKSEHKEKSSPSRRNVGSSSSKQSPSSSSRTKGVP
PSFGYVKRSNGTATSTAEQQNIVMMMNTMSGCSPQNGRNTAHVSAVPRTGAPGGRKMSGG
AQTLPHDVSKMPPTTQHRSYSLTGPGATQLSQCIRERLAGSHSLPKPGSDMHMFQHRLSN
RSAKMLDGSLSDTQTYAEVKPEYGSYAMWLKHSNTAGSRLSDGDSLENMHINSPSMSRHN
QKLMQQRAVAAGNANCNTGAMAGTESPYVQSPRLNRSNSIRSTKSEQMYPPMMSRGSEVE
IEPYYCLPVGTTHNGVISAQMAAAAANAQSSTASGNTVAWSQPTSPTPINRGFAGPMSPT
HCNAAGMTNMSGTSSQSTSHRLTYPKKNDEVHGSAASLLSGGSSLYGTSEERQAHEIRRL
KRELMEAREQVLSLSSQLSTNAHVVNAFEQSLSNMTSRLQHLTATAERKDGELTDMRQTI
ELLRKQSIQAGLTTAHMQSMGVQTQSQTQNDLLSQKPPPLPTSIPGQHISRATQHNLQQQ
SSSYGQTGAIQRHHSSDSMCSVNSIGSSCSTQDKKQKKKGWLRSSFTKAFSRNAKISKTS
RHGINIHGQQNTSHTNSNDNSIAAITGLNKTNGHMQADTQGLSALATQQSPPLPTSPTNA
CPTKTVTLIDNAKPIDAIEHEDTTHVVEDLKKQLREKDLVLTDIRLEALSSASQLEILKE
TVNKMRAEMMSLKQNNERLQKMVTSRSLAGSEASLGNAVSPNGSIGESRRYSLADGNTRP
PMELPKRLEEEAEEDNTPPAPAPEPPPPPLSPTTHIDLTPPPPALDTIPSPAHVPTTAEE
MPDINDGKKIAIACYLGQPESFAKYCEEMLEVDDFYANTSMIGSNLAESGERKSFPITTP
NEFVIAYTYISGKTSWQNLDYIVRKTFKDYVSRVDPGTNLGLNTDSITSYHLGEAKRGPE
MGFPELLPCGYIVGNVRTLYICLQGVGSLAFDSLIPRSIVHRYISLLTEHRRLILCGPSG
TGKSYLARRLAEFLVARSGKGNPSEAIATFNVDHKSSKELRQYLGHVAEQAAIANRASEL
PSVIILDNLHHASALGDVFSCLLSAGPAAKLPCIIGTMSQATCNTTNLQLHHNFRWVLTA
NHMEPVKGFLGRFLRRRLFQLELQTQHPQPELAAVLAWLPTVWQHINRFLEAHSSSDVTI
GPRLFLGCPLDLKESQVWFTDIWNYHLSPYLIEAVREGVQLYGRRGGAWNDPSAFIRNSY
PWPYGPDSVPPLRQINAEDVGLEGVAANSCDNQDPLLNMLMRLQEAANYSENQDQESDCA
SLDSNITPDSSAGAE
NT seq 6528 nt   +upstreamnt  +downstreamnt
atgccgaacttacattttgtggattacaacaggaagtactcagctcaagaaacaatacaa
atctacaccgattgggcaaactactatctagaacgcgccaaatctaagaaaaaagtaacc
gatttgtctgctgactgtcgcgatggcctactattggccgaggtgattgaggcggtcact
tcgtttaaagtaccggatcttcacaagaagcccaaaaatcagcagcaaatgtacgacaac
gtcaattcttgtctcaacgtcttacgctcccaaacggtttctggcctcgataacattacc
accagtgacatttgctgtggccgattgaaagctgttctggcattgttttttgctttaagc
cgattcaaacaacaatcgaagcaggggaagccaaacacaacgtctggtttatcgataaaa
gccgatatccatcagcaaccgaatacaacaaccacaacacagtgcgcggagaagaccaca
tcgtcggcgaattcaacttccaccattcaaaatatccaaaacggcaatgacagcatggtg
aatagacaaattccccaagcttacaccaaggccaatggaactgccataccgttgcctgcg
actgttatggtacagagacgatgtcctccagacaaagtgagacctttacccccaactccg
aatcacgctccatcaataccaggcttaggaaaaagcggcagcgaattcaataactcccgt
ccaaacagtccaccgtctagcaaccacactattcaaaatctgaaaagtgggaacaacaat
ggccttagacagccttcaattaagtcgggaatccccgcccctggctcagcactgcccacc
gttacgggccaacagaagcactctatgctcgacaaacttaaaatcttcaacaaggacaag
caaccactgctgcaacagcagcagggccaacaacaaaccaccctaattaacgctaacaaa
aaccaagtgcaatctaagaggacatcgtcgtcttcgggtttctcgtcggcgcgttctgaa
cgttcggattccagtttaagccttaacgatagtcatatctctcaaataaaaccacccgca
atagctgtagcagcaacaaataaagccagggagaccaaagcaagtgccaaacaatctaaa
ctcctgcaggcacaaaccaaaaaagagcaagtaaagaatgcctctaaaacagaaaagaaa
gagaaaagccccgccagatcgctgaatagggaagacattaatgttgatagcaaaacatcg
actttgagccgcaacaagaattctttgccccgtggaaaggattcatccctgaagccaaac
actaaatcgaatttgaccagcaaatcagaatccaaaacgtcccttattataccgccttca
aaatccctgaacagctcaaattgcatcggcggacttcctaaaccaattgctgccataaag
ggcaccagtaagttaccccattcccctctgcaaaatgataataagggccgactaagcagc
ccaaactccgcccaggaaatgattaaaagagagaagagtgacatatcgtccacatcaaac
atatcacagcaacaaaccccaagcaatcactcgacacagctacccacacatatcgtaaag
ccagtacccatggccgaggtgcatcaaaatcagcaaaggtcaccatattatgcgaacgct
caacatatacagcaacaacagacacttattcaaccacagcagccaccatgttctatccag
gaaccgacttacaaccgcttgccaccacctaaaccaagcgccataggcaccccaactgca
ttgcgaaaactcgaatataattccgggccgagcgtcttgcagccacaacaacattcaccc
cttcgatcattgacacctgcggccacccattctcagcctgtcactcctacttcgcaacaa
tctccacttaccaatgaagggacgcccaacaaataccacaccattccctccaaaatcgtt
ggcaccatttacgaagaagacaagccggtcagtgtgttacctatgcggccgctgctaaga
ggctacaattcgcacgtcaccttacccacacgtggagcccggggcacccacaatttcata
tcggaatactgtgaaaatgacatcaaccagggctattgcagtgatggcgattcgttacgc
tttagtaattccagactggggcatagctcttctctgcagggctcaccgagattccatgac
attgacaatgggtatttatcggaaggaagtagtggtatagggtgcagccagaatggacac
cacataccgcatggcaaacatttcctgagtatgatgcgggcccgcagccagttgcccacc
accattgaagagagaatacgcaacagccgtgggagcttagacagtttaggcacaggtgcc
ccttcatcgtcggcttcacaagcaagttccagtgttggatcaaataataaaatggatatt
acaaatggtctcaatagttctgccagtaacagtgccaacaacagtccccaacatcacaat
agtggcagcccctctcatcgctcatcacctcgaaacggtaataattggtcaaaaatgcca
gaagctttgaatggacaaaaatccgaacacaaagaaaaatcatcgccttctagacggaat
gtaggaagttcatcttctaagcaaagtccgtcctcctcaagtcgtactaagggcgtaccc
cccagtttcggatacgtcaagcgttcgaatggaactgccacgtcaaccgcagaacaacag
aatattgtcatgatgatgaataccatgagcggttgtagtccacaaaacggacgcaataca
gcccatgtttcggcagtgccaagaactggggcacctggtggacgcaaaatgtcgggaggt
gcgcaaaccctgccccacgacgtgtcaaaaatgccgcccacaactcaacatcgcagctat
tctttaactggtccaggggccacccaactcagtcaatgcatacgtgagcgtcttgctgga
tcgcatagcctgcccaaacctggttcggatatgcatatgtttcaacacagattatcgaat
cgatctgcgaaaatgctggatggttctttatcggatacgcaaacgtatgctgaggtcaaa
ccggagtacggaagctatgcaatgtggttgaaacatagcaatacggcgggtagtcgtctg
tctgatggcgattctctggaaaatatgcacataaactcgccctcaatgtccagacataat
caaaagctgatgcaacaaagagccgttgcagctggaaatgctaactgcaatacgggagca
atggctggcactgaatccccgtacgtgcagagtccacgcctgaatcgcagtaatagtatc
agatccactaaatccgaacaaatgtatccacctatgatgtccagaggatcggaagttgaa
atagaaccttattattgcctaccagtggggaccactcataacggagtaatttcagctcaa
atggctgcagcagccgctaacgctcaatcatcaacagcttcgggcaatacagttgcttgg
agtcaaccaacatcgcctacacccattaaccgtggatttgctggaccaatgtcacccact
cattgcaatgctgctggaatgacaaatatgagtggaacatcgagtcaatcgacgagtcat
cgcctaacttatccaaagaaaaacgatgaagttcatggtagtgcagcctcactactgtct
ggaggaagctcactgtatggaacttcagaagagagacaagctcacgaaatacgtcgactg
aaacgagaacttatggaagctagagaacaagttctgagccttagcagtcagttatcaaca
aatgctcatgtggtaaatgcatttgagcagtcactatccaatatgacgtcacggctgcag
cacttgacagccacagcagaacgcaaagacggtgaattaacagatatgaggcaaacaatt
gaacttttacgcaaacagtcgatacaggctggcctaacaactgctcacatgcagagcatg
ggagttcaaacacaaagtcaaactcaaaacgacttacttagccagaagccaccaccactg
ccaacttcaattcccggtcagcatatttcacgagcaactcagcacaatttacaacaacaa
tcaagctcttatggtcaaacgggtgccatacaaagacatcacagttcagattccatgtgt
tctgtcaattccattggctcgtcgtgttccacacaggacaagaaacaaaagaaaaagggt
tggcttagaagttcttttacaaaagctttttcacgcaatgcaaaaatatcgaaaactagt
cgacacggtataaacattcatggtcaacaaaataccagtcatacaaattccaatgacaat
tctatcgcagctataaccggcttgaataaaacaaacggacatatgcaggcagatactcaa
ggtctctcagctttagctacacaacaatctcctccgttgcctacatccccaacaaatgcg
tgtccaaccaaaactgtcaccctgatagacaacgctaagcctatagatgccattgaacat
gaggacactactcacgtcgtggaagatttaaagaagcaacttagggagaaagatttggtt
ttgaccgatattcgtttagaagcactaagttctgcctcccagttagagatccttaaagaa
acggtcaacaaaatgagagccgaaatgatgtcgctcaaacagaacaatgaacgactacag
aaaatggtcaccagtcgttctttggctggatctgaggcctctttaggaaatgcagtcagt
cccaatggatctataggtgagtctagacggtattcactagcagatggcaatactcgacct
ccaatggaattgccaaaacgtttagaagaggaagcggaggaagataatacacctccagca
ccggcaccagaaccgccaccacctccactatcaccaaccactcatattgatcttacacca
ccaccacctgctctagatacaatacctagtcctgctcatgttcccactaccgcagaagaa
atgccagatatcaatgatggcaaaaaaattgccatagcctgttaccttggtcagccagaa
tcgtttgcaaagtactgtgaagaaatgttggaggtagatgacttctacgccaacacatcc
atgattggaagtaatttagccgagagtggggaacgtaagtctttccctataactactcct
aacgaatttgtcatcgcctatacatatatatcgggcaagacatcatggcaaaatctagac
tacattgtgagaaagacctttaaggattacgtatcacgtgttgatccaggcactaatttg
ggccttaatacagattccataacatcgtatcatctaggagaagccaagcgaggccctgaa
atgggttttccggaattgttgccatgtggttatatagtgggcaatgttaggactctgtac
atatgccttcagggagttggaagcttagctttcgacagtctcataccacgaagtattgtt
caccgctacataagtctattaacagagcaccgtcgattaattttgtgtggtcctagcgga
accggtaagtcgtatttggccagacgcttggcagagttcttggtggctcgctcgggaaag
ggaaatccttcagaggctattgctacattcaacgtggaccataaatcatcgaaggaactg
aggcagtatttaggccatgtggcggagcaggcagctattgcgaacagagcatcggagttg
ccctctgtaatcatcttggataatttacaccatgcttcggcattgggagatgtattctca
tgcttattaagtgcaggaccagctgccaagctgccatgcataattggcacaatgtctcaa
gctacatgtaatacaactaacttgcagcttcatcataacttccgatgggttttgacggca
aatcacatggaaccagtaaaaggttttttgggacggtttttacgacgccgcttatttcaa
ttggaattgcaaacccaacatccgcagcccgagctggcggctgttctagcctggctaccc
acagtttggcagcacattaatcgctttttagaagcacacagttctagtgatgtaaccatt
ggcccacgtttatttttgggatgtcccttggacttgaaggagtctcaagtttggttcacc
gatatttggaactaccatctgtcgccttacttaatagaagcagtcagggaaggtgtgcaa
ctttatgggcgccgcggtggagcttggaatgatccctcagcttttatacgtaattcttat
ccctggccttacggaccggattctgtgcctcccctaaggcaaattaatgccgaagacgtt
ggtttagagggtgtagcagccaatagttgcgacaatcaagacccattattgaatatgtta
atgcgtctacaggaagcggctaactattctgaaaatcaagaccaggagtcggactgcgct
agcctagactccaacataacacccgatagttcagctggagctgagtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (94)   
   KEGG ORTHOLOGY (1)   
   RefGene (90)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (7)   
   UniProt (1)   
   RefSeq(pep) (6)   
DNA sequence (10)   
   RefSeq(nuc) (6)   
   GenBank (2)   
   EMBL (2)   
Protein domain (16)   
   Pfam (16)   
All databases (132)   

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