KEGG   Delphinapterus leucas (beluga whale): 111179843
Entry
111179843         CDS       T05885                                 
Symbol
NAV2
Name
(RefSeq) neuron navigator 2 isoform X1
  KO
K19483  neuron navigator 2 [EC:5.6.2.4]
Organism
dle  Delphinapterus leucas (beluga whale)
Brite
KEGG Orthology (KO) [BR:dle00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:dle03400]
    111179843 (NAV2)
Enzymes [BR:dle01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.4  DNA 3'-5' helicase
     111179843 (NAV2)
DNA repair and recombination proteins [BR:dle03400]
 Eukaryotic type
  Check point factors
   Other check point factors
    111179843 (NAV2)
SSDB
Motif
Pfam: CH AAA_22 AAA AAA_14 AAA_16 nSTAND3 CAMSAP_CH AAA_18 AAA_24 AAA_28 ResIII AAA_5 PhoH CH_2 Mg_chelatase AAA_33 RNA_helicase IstB_IS21 AAA_19 AAA_25 NACHT BrxL_ATPase Nnf1 Crescentin
Other DBs
NCBI-GeneID: 111179843
NCBI-ProteinID: XP_022439474
UniProt: A0A2Y9NWU6
Position
Unknown
AA seq 2451 aa
MPAILVASKMKSGLPKPVHSAAPILHVPPARAGPQPCYLKLGSKVEVSKTAYPSQIPLKS
QGLQEPAGEGLPLRMSGSVENGFDTQIYTDWANHYLAKSGHKRLIKDLQQDVTDGVLLAQ
IIQVVANEKIEDINGCPKNRSQMIENIDACLNFLAAKGINIQGLSAEEIRNGNLKAILGL
FFSLSRYKQQQQPQKPHLPSPLLPAVSPAAGAPSQCQAGAPQQQVPAAPQAPCQPHQPAP
HQPSKAQAEMQSSASSKDSSQSKIIHFTLGQKKISRLPGPTARVSAAGSEAKTRGGSATA
NNRRSQSFNNYDKSKPVTSPLPPPPASSHEKEPLASPAPSHPGMSEDAPAALEGGGCAPA
NCGASSAIPQPSTASKPWRSKSVSVKHSATAATLAVKPPAPEAPRPTPEALKPASNNQRS
MLEKLKLFNSKGASKVGEGPASRDTSCERLEILPSFEESEEMEAGGRPLSAAGPTSNSPK
IALKGIAQRTFSRALTNKKSSPKGSEKEKEKQQREKEKEKSKDLAKRASVTERPDLKEGP
REDLSGVAVTEMPKKSSKIASFIPKGGKLSSAKKEAPAPSHSGIPKPGMKSMPGKSPSAP
TPSKDGERSRGGKPSSGLPQQKPQLDGRHSSSSSSLASSEGKAPGGTTLNHSISSQTVSG
SVGTAQTTGSNTVSVQLPQPQQYSHPNTATVAPFLYRSQTDTEGNVTAETSSGGVTVEPS
HYTKSGQPALEELTGEDPEARRLRTVKNIADLRQNLEETMSSLRGTQVTHSTLETTFDTN
VTTEISGRGILSLTGRPTPLSWRLGQSSPRLQAGDAPSMGNGYPPRANASRFINTESGRY
MYSAPLRRQLASRGSSVCHGDVSDKAGDEMDLESISMDAPGYMSDGDVLSKNVRADDITS
GYMTDGGLGLYTRRLNRLPDGMAVVRETLQRNTSLGLGDADSWDDSSSVSSGISDTIDNL
STDDINTSSSVGSYANTPASSRKSLDVQTDAEKHSQVERNSLWSGDDVKKSDGGSDSGIK
MEPGSKWRRNPSDVSDESDKSTSGKKNPVISQTGSWRRGMTAQVGVTMPRTKPAAPAGTL
KTPGTGKTDDAKVSEKGRLSPKASQVKRSPSDAGRSSGDESKKPLPGSSRTPTANANSFG
FKKQSGSAAGLAMITASGATVTSRSATLGKIPKSSALVGRSTGRKTSMDGAQNQDDGYLS
LSSRTNLQYRSLPRPSKSTSRNGAGNRSSTSSIDSNISSKSAGLPVPKLREPSKTALGSS
LPGLVNQTDKEKGISSDNESVASCNSVKVNPAAQPVSSAAQATLQPGAKYPDVASPTLRR
LFGGKPTKQVPIATAENMKNSVVISNPHATLSQQGNLESPSGSGVLSSGSSSPLYSKNAD
STQSPLASSPSSAHSGPSNSLTWGTNASSSSAVSKDGLGFQSVSSLHTSCESIDISLGSG
GALSHNSSTGLIAASKDDALTPFVRTNSVKTTLSESPLSSPAASPKFCRSTLPRKQDSDP
HLDRNTLPKKGLRYTPTSQLRTQEDAKEWLRSHSAGGLQDTAANSPFSSGSSVTSPSGTR
FNFSQLASPTTVTQMSLSNPTMLRTHSLSNADGQYDPYTDSRFRNSSMSLDEKSRTMSRS
GSFRDGFEEVHGSSLSLVSSTSSIYSTPEEKCQSEIRKLRRELDASQEKVSALTTQLTAN
AHLVAAFEQSLGNMTIRLQSLTMTAEQKDSELNELRKTIELLKKQNAAAQAAINGVINTP
ELNCKGNGTSQSADLRIRRQHSSDSVSSINSATSHSSVGSNIESDSKKKKRKNWVNELRS
SFKQAFGKKKSPKSASSHSDIEEMTDSSLPSSPKLPHNGPMGSTPLLRNSHSNSLISECM
DSEAETVMQLRNELRDKEMKLTDIRLEALSSAHQLDQLREAMNRMQSEIEKLKAENDRLK
SESQGSGCSRAPSQASLSTSPRQSMGLSQHSLNLAESSSLDMLLDDAGECPARKEGGRHV
KIVVSFQEEMKWKEDSRPHLFLIGCIGVSGKTKWDVLDGVVRRLFKEYIIHVDPVSQLGL
NSDSVLGYSIGDIKRSNTSETPELLPCGYLVGENTTISVAVKGLAENSLDSLVFESLIPK
PILQRYVSLLVEHRRIILSGPSGTGKTYLANRLSEYLVLREGRELTDGVIATFNVDHKSS
KELRQYLSNLADQCASENNAADMPLVIILDNLHHVSSLGEIFNGLLNCKDHKCPYIIGTM
NQATSSTPNLQLHHNFRWVLCANHTEPVKGFLGRFLRRKLMETEIGGRVRNVELVKVIDW
IPKVWHHLNRFLEAHSSSDVTIGPRLFLSCPIDVDGSRVWFTDLWNYSIIPYLLEAVREG
LQLYGRRAPWEDPAKWVMDTYPWAASPQQHEWPPLLQLRPEDVGFDGYSMPREGSTSKQM
PPSDADGDPLVSMLMRLQEAANYSSPQSYDSDSNSNSHHDDILDSSLESTL
NT seq 7356 nt   +upstreamnt  +downstreamnt
atgccggccatcctggtcgcctccaaaatgaagtcgggactgcccaaacccgtgcacagc
gccgcgcccatcctgcacgtgcccccagcccgggcgggcccccagccctgctacctcaag
ttaggaagcaaggtggaggtgagcaagaccgcctaccctagccagatccccctgaaatcg
caggggctgcaggagccggcgggggaggggctcccgctgcggatgagcggctcggtggaa
aacgggttcgatacccagatctacacggactgggccaatcactatctagccaaatcaggc
cacaaacgtctcatcaaggatctccagcaagatgtgacggacggcgtcctcctggcccag
attatccaggttgtggcaaatgagaagattgaagacatcaatggctgtccaaagaacaga
tcgcaaatgattgaaaacatagatgcctgcttgaatttcctggcggctaagggaataaac
atccaggggctgtctgcagaagaaatcaggaatggaaacctcaaggccattctaggcctc
ttcttcagcctctcccggtacaagcagcagcagcagccccagaagccgcacctcccctcg
ccactgctgcctgccgtgtccccggcagccggggccccctcccagtgccaggctggcgct
cctcagcaacaagtgcccgccgctccccaagccccgtgccagcctcaccagccagcgcca
caccagccgtcaaaagcacaagctgagatgcagtccagtgcatcttccaaggactcatca
caaagcaaaatcatccacttcactctgggtcagaaaaagatctctagacttccaggtcct
accgcgagggtatccgctgcaggcagcgaggccaaaacacgcggagggtcagccactgct
aacaaccgacggagccagagctttaacaactatgacaagtccaaaccggtcacctcccca
ctcccacccccaccagcaagcagccatgagaaagagcctttggcgagtccggccccctcc
caccccggaatgagcgaagatgcacctgctgctttggagggcggcggctgcgcccctgct
aattgcggcgcctcctctgccatcccccagcccagcacggcctccaagccctggcgcagc
aagtcggtcagtgtgaagcacagcgccacggctgccacgctcgcagtcaagcctcctgca
cccgaggcccccaggcccacccccgaagccctgaagccagcctccaacaatcagaggtcc
atgctggaaaaactgaaacttttcaacagcaagggggcttccaaggtgggtgagggcccg
gcgtcacgggatacaagctgcgagcggctggagatcctgcccagcttcgaagagagcgaa
gagatggaggccggcggtcgcccgctgtccgcggcgggccccacctccaacagccccaag
atcgcgctcaagggcattgcccagagaactttcagccgggcgctgaccaacaagaagagt
tccccgaaaggcagcgagaaggaaaaggagaaacagcagcgggagaaggagaaggagaaa
agcaaggacctcgccaagagagcctcggtgacagagaggccggacctcaaggaggggccg
agagaagacctcagcggggtggcggtgaccgagatgccaaaaaagtcctccaagatcgcc
agcttcatccccaaaggggggaagctcagcagtgccaagaaggaggccccggccccttcc
cacagtgggataccaaaaccaggaatgaagagcatgcccgggaaatccccaagtgccccc
acgccttccaaggacggggagcgcagccggggtgggaagccgagctccgggctcccccag
cagaagccccagctggacggcagacactccagttcctcctccagcctggcgtcctcggaa
ggcaaagccccaggagggaccaccctgaatcacagcatcagcagccagactgtcagtggg
tccgtcgggaccgcccagaccacgggaagcaatactgtcagtgtccagctacctcagccc
cagcagtacagccaccccaacactgccacggtggcgcctttcctgtacaggtcccagaca
gacaccgaagggaatgttactgccgagaccagctcagggggtgtgaccgtggagccaagc
cactacaccaagagtggacagcctgccctggaggaactcactggggaagatcccgaggct
cggcgactgcggacggtgaagaacatcgctgatctgcggcagaatttggaggagaccatg
tccagtttacggggaactcaggttacacacagcacattggaaaccacgtttgacaccaat
gtcaccacggagatcagcggacgcggtatcctcagcttgacgggcaggcccacccccctg
tcctggaggctcggccagtccagccctcggctgcaggcgggagacgccccctcgatgggc
aacgggtacccaccccgagccaacgccagccgcttcatcaacaccgagtcgggccgctac
atgtactctgcccccctgcggaggcagctggcctccaggggcagcagcgtctgccacggg
gacgtctcggacaaggcaggagatgagatggacttggagagcatcagcatggacgccccc
ggctacatgagcgacggggacgttctgagcaagaacgtgcgggcggacgacatcacgagc
gggtacatgaccgatggtggacttggcctctacacccgccgcctgaaccggctccctgat
gggatggctgtggtgcgggagaccctgcaaagaaacacctccctgggcctcggagatgct
gacagctgggatgacagcagctccgtcagcagcgggatcagcgacaccatagacaacctc
agcacggatgacatcaacaccagctcctccgttggctcctatgccaacacgcctgcctcc
tcgcgtaagagcctggatgtccagaccgacgctgagaagcactcacaggtggagaggaat
tccctgtggtccggcgatgatgtcaagaagtcagacggagggtcagacagcggcataaag
atggagccggggtcgaagtggaggcggaatccttctgatgtgtctgacgagtccgacaaa
agcacgtcgggcaagaagaaccccgtcatctctcagacaggctcgtggcggcgaggcatg
acagctcaggtgggcgtcaccatgccgaggacgaagccggccgccccggcaggcacgctg
aagaccccagggactggaaaaacagatgatgcaaaggtgtctgagaaaggaaggctgtct
cccaaagcctcccaggtgaagcgctccccgtcagatgctggccgcagcagtggtgatgaa
tccaagaaacccctccccggcagctccaggacacccactgccaacgccaacagctttggg
ttcaagaagcagagtggctctgccgctggtttggccatgatcacagccagtggggccact
gtcaccagcaggtcagccacactgggcaaaatcccaaagtcgtccgcactcgtcggtcgg
tccaccggtcggaagacaagcatggatggggctcagaatcaggatgatgggtatctgtct
cttagctcccggacaaatttacagtaccggagtctgccaaggcccagtaaatccaccagc
cggaatggggctgggaacaggtctagtaccagcagcatagattccaacatcagtagcaag
tcagcaggcctgccggtgcccaagctgagggagccttccaagacagccctgggcagctct
ctgccaggtctggtcaaccagaccgataaggagaaaggcatctcatccgacaacgagagc
gtggcttcctgtaactcagtgaaggtgaacccggcagcccagcctgtgtctagtgcggct
caggccactctccagccaggggccaagtaccctgatgtggcctctcccacgctccgcaga
ctctttggtgggaagcctaccaagcaagtgcccatcgccacagccgaaaacatgaaaaac
tcggtggtcatctccaaccctcatgccaccctgagccagcaaggtaacttagagtccccc
tcgggcagcggcgtcctgagcagcggcagcagcagccctctctacagtaagaacgcagac
agcacccagtccccgctggcctccagccccagctccgcccactcgggcccctccaacagc
ctcacgtggggcaccaacgccagcagctcctcggccgttagcaaggacggcctgggcttc
cagtcggtcagcagcctccacaccagttgcgagtccattgacatctccctgggcagcgga
ggggcgctgagtcacaactcctccaccggcctcattgccgcctctaaggatgatgccctg
accccctttgtcagaaccaacagtgtgaagaccacactgtcggaaagccctctctcttcc
cctgccgctagccctaagttctgcagaagtactctgcccaggaaacaggacagtgacccg
caccttgataggaacactttgcctaaaaaaggactcaggtacacccccacctcccagctt
cgcacacaagaagacgcaaaagaatggttacggtcccactctgcaggaggcctgcaggac
acggccgccaactctcctttctcctctggctccagtgtaacttctccctccggaacaaga
ttcaacttttctcagcttgcgagtcccaccactgtcacccagatgagcttgtccaacccg
accatgctgaggacccacagcctctccaatgccgacgggcagtatgacccgtacacggac
agccgcttccggaacagctccatgtccctggacgagaagagcagaaccatgagccgctcg
ggctcattccgggatgggtttgaagaagttcatggatcctcactctccttggtttccagc
acgtcatcaatttattctacaccagaagaaaaatgccagtcagagattcgcaaactacgg
cgggagctggatgcctcccaggagaaggtttccgctttgaccacccagctgacagcaaat
gctcaccttgtggcggcctttgaacagagtcttggaaacatgacaatcaggctccagagc
ttaaccatgacggctgagcagaaggattcagaactgaatgagttaagaaaaaccattgag
ctgctgaagaaacagaacgcagctgcccaggcggccattaatggggtaataaacacccca
gagctcaactgcaaaggaaatggtacctcccagtccgcagacctccgtatccgcagacag
cactcctccgacagcgtctccagcatcaacagtgccaccagtcactccagcgtgggcagc
aacatagagagtgattcaaagaagaagaagagaaagaattgggtcaatgagttacgcagc
tccttcaagcaagccttcgggaagaagaagtcccccaagtcggcatcctctcattcagac
attgaggagatgacggattcttctctgccttcctcaccaaagttaccacacaacggtccc
atgggctccactcccctgctgaggaactctcactccaattctctcatctcggagtgcatg
gatagtgaagccgagacggtcatgcagctccgaaacgagctgagagacaaggagatgaag
ctgaccgacatccgcctggaagccctcagctctgcacaccagctggaccagctgcgggag
gccatgaacaggatgcagagtgaaatagagaagctgaaagccgagaacgaccggctgaag
tcggagtctcaaggcagtggctgcagccgggcgccctcccaggcgtccctctccacctcc
ccaaggcagtccatggggctctcccagcacagcctgaacctcgctgagtccagcagcctg
gacatgttgctggatgacgctggtgaatgcccggctcggaaggaaggaggcaggcatgtt
aagatagttgtcagctttcaggaggaaatgaagtggaaggaggattccagaccacacctc
tttctcatcggctgcattggagttagtggcaagacgaagtgggacgtgctcgacggggta
gttagacggctgttcaaagaatacatcattcacgtcgaccccgtgagtcagctggggctg
aactctgatagtgtcctcggctacagcattggggacatcaagcgcagcaacacctccgag
acccccgagcttcttccctgtggctacctggttggagagaacacaaccatctctgtggcc
gtcaaagggctcgcggaaaacagcctggactcgctggtgttcgagtccctgatccccaag
cccatcctgcagcgctatgtctccctgctggtggagcatcggcggatcatcctctctggg
cccagcggcactgggaagacctacctggccaaccggctgtcagagtacctggtgctccgg
gagggacgggagctgacagacggggtcatcgccaccttcaatgtggaccacaagtccagc
aaggaattgcgccagtacctgtccaacctcgccgaccagtgcgccagcgagaacaacgct
gcggacatgcctctggtcatcatcctggacaacctgcatcatgtcagctccctgggcgag
atcttcaacgggctgctcaactgcaaggaccacaaatgcccttatataattggcacaatg
aaccaggctacctcttctactcccaacttgcagcttcatcataacttcaggtgggtgctg
tgtgccaaccacacggagcccgtgaagggtttcctgggccggttcctgaggcggaagctc
atggagacggagatcggtggacgggtacggaacgtggagctggtgaaagtcatcgactgg
attcccaaggtctggcatcacctcaaccgcttcctggaggctcacagctcctcggacgtc
accataggcccccggctcttcctgtcgtgccccatcgacgtggatggttccagggtgtgg
ttcaccgacctgtggaactactcaatcatcccctatctcctggaagccgtcagagaagga
ctccagctgtatggaaggcgggccccctgggaggaccccgccaagtgggtgatggacacc
tatccttgggcagccagccctcaacagcacgagtggcctcccctcctgcagctccggccc
gaggatgtcggcttcgacggctactccatgcctcgggaggggtcaaccagcaagcagatg
ccccccagtgacgctgacggagacccgctggtgagcatgctgatgcggctgcaggaagct
gccaactactccagcccccagagctatgacagcgactccaacagcaacagccatcacgac
gatatcctggactcgtccctggagtctactctgtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (24)   
   Pfam (24)   
All databases (41)   

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