KEGG   Nanorana parkeri (Xizang Plateau frog): 108796442
Entry
108796442         CDS       T04897                                 
Symbol
ZFYVE26
Name
(RefSeq) LOW QUALITY PROTEIN: zinc finger FYVE domain-containing protein 26
  KO
K19027  zinc finger FYVE domain-containing protein 26
Organism
npr  Nanorana parkeri (Xizang Plateau frog)
Brite
KEGG Orthology (KO) [BR:npr00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:npr03400]
    108796442 (ZFYVE26)
DNA repair and recombination proteins [BR:npr03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   HR (homologous recombination)
    Other HR factors
     108796442 (ZFYVE26)
SSDB
Motif
Pfam: FYVE TetR_C_22
Other DBs
NCBI-GeneID: 108796442
NCBI-ProteinID: XP_018423425
Position
Unknown
AA seq 2499 aa
MAHPFGEEEMASLKSLCEFFCRCLLRGHWELARACLPTLHRSPKAGEIEDLVRGLVAAPH
FLQCTDKHTSQQVAWFWFNALETWFAKESQLLFNLKNETAFLLLLQGLQNQVPQQTMKDL
YRLFSSSRYDIKANRRDISTSYLTSDTVSLLRENLSQNPELLQAVLSFLLVDDNHSTSFE
YNHRLLNITVDFILDLLTSLHEHHRTEEPSDYLFSQTVNQIYKVLSTMCFDLDLQASELS
QLCSKVFRASWIKGHVSEEQVQASLLRKQNSGLVSLYGSVINEKMKTCFAAQISSGKVSA
QELTDNEKAIIHFFCNAQQSASWKKVFFYSLSTGKHFLEQILLTALTVLKAEDFCTLDEL
LSNEFKPLRRLLVLLGWTHLHSIESAKSLLHRLHNDTEICSDSILKEFCDGLLFQVEVVE
WCIEQKSPCVAKKDILHYLNSLDSHSGLYILHNLTNLPKLNEDDIFRLFHKGLSSGKNEV
SVNQREAHDLAQQRSNFLFQAFCGLKYAMYALCIHANKHVQCRNCHAKQMDGSLVDVEFV
KEPGKETCFSQDSSDLFVQYFTKCQYYLSLLPSQLKLELVENIFSLMFASLNDLAPETPL
LDDCPMEEVKEDLGMKVGRPGSLDINIDKGGLVISSLNSPQHTSGNLNNGNVTDCFQGSS
FFTTDNINYIDLEHFTTGLTGFLADEIVLDTFLKMLGEQVEQINNSFQPNLFSLNDEQSL
LKGISAPITSEEFSSRVAQLSKYILEAQWRYNVIMSNRNAESSASNLSVRNYVDCRCVLQ
QRSNLIPMMLSPPESLLISCILRKNYSEAHQVAQMFHLQSYPSYGALTFMERYQEVIGEL
AKVEKKIENQSSETTIRKTNNSRSTLQAIGNAAAAGMVFYSISDVTDKLVALAECSVPTL
QDDVWSRNSCLEKTDTWKNLVEELSPAAMAAFDLACTQSHLWKTCKQLLETSERRLLTSI
EAKGRRADIVMEHSEGIKGFQAVLQQMNKLLNYPSVLQAQNELEEKLSSLFKCSITEIFH
SCYSVLQDDYLVCHIVLDYELEQILLQLKSVIDCFELKGNIVQSLLDQLTMKPQEVQMNP
VRKQMTLLLENLEKRVQSLNMESDIFDHVHRFFIYIDTLAKVIVQSINSDLESALDLRVG
NPFILLRQKPSQLISYLVFERQVSLERLSLILKKENLQLNVMQVIVDYCCEALSFSHPRK
LNKEKSLACSLQQLMQQSLEICFPDIHITVSTCTKDCEDSMQSKPNSPASDYCQYSLTAS
TLNFLKSKSNVTAVLTCLSVIKSQKPPKSGLSWMDLRSSRKESPLDMDTISLECDLMLSE
FPIFQRYIHLMSAPFREDLQDPSSPSSPLCGKPCCALVLLGLHASSSVAVIEAFQEALSK
KDWTNALQIMNHYTCNIDGLEEVRDALLCCAAAEETNGWRYLFAVNNATLRVRLALSFLD
KWPLDSCRELLAYCLCETDIEENLKMELKNKRKEVEVYRKILFLKEDIAQSSRQDLKEDC
IKDPEAIIQLILKTKDYKLCEDWGLFYPIPKDLFIDVYLDHLLHLLDNKDTERSLQLLKR
IDDKNIQLAVIERALLQNPCIFAIHFLSEYLVLHFKNYLLEIRWREIRNLYMGSKVLLAL
PEAAQSTYADLISSPLLMLEQLLMNMKIDWISTVVQTLKQLVNDPDSTFSTEDMDKLLCI
YAAKALDVPFSFREKRIDSVNRNPESSSQSAELETVISSSQADQLPPTPFVGTPDKCQRR
NKPSPEFIPPEKPPSKMQWIPDDTEVICMVCKNERFTMFNRRHHCRRCGRLVCSSCSMKK
MVVEECRENPARVCDQCHDYFSTNDTKTEEDMEHMKEKQGEGRDLSEVLKLSKAADLQWC
LTLNEAENEVERREFYYEQAPSASLCSAILSLHSKSDECGYQLIERCCLLSKELTNPEMD
SRLLLAIMKNLLFSAKMFFVKAARSHDLALCDSYSSKVDLLKILVAASYKDIPSLHEIVR
PAAVVRLRNQLLEAEYYSLAIEVSTKTGLDTSGTWHAWGMACLKSDNLPGAREKFSRCAK
TPLDLNQKNVGSKLLEDIIQHLESAAKPILLVKDDDYFATLKELECTLKARCLWYEMMPE
GKIQNNMYYRECLYYLHTYGTNLGIIQFYMRHDLMRDALVHLLNKECPGDIFIEGIFVPS
YESGKLQSLENMLESIDPSLESWSTYLIEACRHLQKKNFYNILYEIQQFMKDHVRAAMTC
IRFFSHKAKTYHDLGGNQKWLVKSKEHLKIYLQEVSRSNRRKSFDTFRKKMSAADISRHI
NTIELQMEITKFLQRCENLEKSQDHHKQPPTLFGPNNMKIDVACRVILGGKNVNFDNGDF
DSSSFLQLLFLTIXDFQLDASMVYSKVCKQLVHQQNYSEILQLVKCVSESGIAAEKDCDQ
ILLRCVEEMADLSSDELEKLIQGMKSDEAKIKAFLACRMMRSAYLTAVKQEQEKAIQLVQ
EVWQVAHKLNDSVVQGICSKWLDEHPPLSKEGQYPTSRK
NT seq 7500 nt   +upstreamnt  +downstreamnt
atggcgcacccgttcggggaggaagaaatggcttctctgaagtctttgtgcgaattcttc
tgccggtgtctgctaagaggccactgggagctggcaagggcctgcttgcccacattacat
aggagtcctaaagcgggcgaaatagaggacttggtgagaggtcttgttgcagctccgcac
tttctacaatgcactgacaaacacacttctcagcaggtggcctggttctggtttaatgcg
ctggaaacttggtttgcaaaggaaagtcagctgctgtttaatttaaaaaatgaaactgca
tttcttctgctgctgcaagggctgcaaaatcaagttccccaacaaacgatgaaggatctt
tataggttattttcatctagtcggtatgatataaaggcaaacagaagggacatttccact
tcttaccttacttctgacacagtatcgttgctacgcgagaacctgtctcaaaaccctgaa
cttttacaagcagtgctcagctttctactagtggatgacaatcattccacatcatttgaa
tataatcatcgtctcctaaatatcactgtggacttcattttagacttgttgacatctctt
catgaacatcacaggactgaggaaccatctgactatttattttctcaaacagtgaatcag
atatacaaggttttaagcaccatgtgctttgatttggatctccaagcaagtgagctcagc
caattatgttctaaagtttttagagcatcctggattaaaggacatgtttcagaggagcaa
gttcaggcatctctgctcaggaaacagaattctggtttggttagtctgtatggcagtgtc
atcaatgagaaaatgaagacatgttttgctgcacagatatcttcaggaaaagtttctgct
caagagctcaccgataatgaaaaagcaattattcatttcttttgcaacgctcagcagtca
gcttcatggaagaaggtctttttctactccctctccactggaaaacactttttggagcaa
atactgcttactgccttgactgttctaaaagcagaagatttctgcactcttgatgagctg
ctatcaaatgagtttaagcctttgagacgtcttcttgttctgctgggatggacacacctc
cacagtatagagtctgctaaatcactgttgcaccgacttcataatgacacagaaatatgc
agtgactccatattaaaagagttttgtgatgggctcttgtttcaagtggaggttgtagaa
tggtgtatagaacaaaaaagtccctgtgttgccaagaaagacattttgcattacttgaat
agtctggacagccattctggtttgtacattcttcataatctgactaatctgccaaagtta
aatgaagatgatatctttagactttttcacaaaggactctcatcaggaaaaaatgaagtt
tctgtaaatcagagggaagcacatgatctggcacaacaacgcagcaattttctgtttcag
gcattttgtggattaaagtatgcaatgtatgcactttgtatccatgctaataaacatgtt
cagtgcaggaactgccatgccaaacaaatggatggatcacttgtggatgtagaatttgtg
aaagaacctggcaaggagacatgtttctctcaagactcttcagatctttttgtacaatat
ttcacgaaatgccaatattatttaagtctactgccttctcaactgaagctagaacttgtg
gagaacattttctctttaatgtttgcttcactgaatgatctggctccagagactccactg
cttgatgactgtcccatggaagaagttaaagaagacctgggcatgaaagttggtagacct
gggagcttggacatcaatattgataagggagggttggtgatatcatccctcaatagcccc
caacataccagtggcaacctgaacaatggcaatgtaacagattgttttcaaggatcatca
ttttttactacagataacattaactacatagacctggaacactttactactggactgact
ggatttttggctgatgaaattgtattggacactttcttaaaaatgttgggagaacaagta
gaacaaataaacaactcttttcagccaaatcttttctccttaaacgatgagcaaagctta
ctaaaaggtataagcgcaccaattacttccgaggaattcagcagcagagtggctcagcta
tctaaatatattttagaagctcagtggagatacaacgtgatcatgagcaacagaaatgca
gagagcagtgcaagtaacttgtctgtcaggaattatgtggattgccgctgtgttttgcag
caaagaagcaacctgattcccatgatgctttctccacctgaatccctgcttatttcatgt
attttaagaaaaaattacagtgaagcgcatcaggtggcacaaatgtttcatcttcaatct
tacccaagctatggtgcattaacattcatggagcgttatcaagaagtcataggagaactg
gcaaaggtggaaaaaaagattgagaatcagagttcggagactaccatcagaaaaacaaac
aatagtcgctctactttacaagcaataggaaatgcagcagccgcaggaatggtgttctat
tctatatctgatgtaacggacaagctagttgctcttgcagaatgttcagtaccgacatta
caggatgatgtctggagcagaaattcatgcttagaaaaaactgatacatggaaaaattta
gtagaagagttgagtccagcagctatggcagcatttgatttggcttgtactcaatcccat
ctttggaaaacatgcaaacagctactagagacatcagagaggcgcctacttaccagcatt
gaagcaaagggtcggagagcagatatagttatggaacattctgaaggtattaaaggtttc
caggctgttcttcagcaaatgaataaactcctaaactacccaagtgtacttcaggcacag
aatgaattagaggagaagctaagcagcctgttcaagtgtagcatcacagagattttccat
agctgttattcagtactccaagatgattacctagtttgccatatcgtcctggattatgaa
ctggaacagattcttctccagctaaaatctgtgatcgattgctttgagctgaaaggaaac
attgtgcagtcattgttggaccagttaactatgaagccccaagaagttcagatgaatcct
gttcgcaagcagatgactcttcttttggaaaatttagaaaagagagtacaatcattaaac
atggaaagtgatatatttgatcatgtccatcgttttttcatatacattgacactctggca
aaggttattgttcaaagtataaattcagacttggaatcagcattggatctgagggtggga
aatcctttcattcttctccgacaaaaaccttcccagttgatctcctatttggtgtttgaa
cgtcaagtctctcttgaaaggttgtcattaatactgaagaaagaaaatctgcaactgaat
gttatgcaagtgattgtagattactgctgtgaagctttgtcttttagccatcccaggaaa
ctgaataaagaaaagtcccttgcatgcagtcttcagcaattaatgcagcaaagtctggag
atatgttttcctgacattcacatcacagtttctacatgtactaaggactgcgaggacagc
atgcagagtaagccaaattctcctgcttctgactactgccaatactccctcacagcatca
accttaaactttttgaaaagcaaatccaatgtaacagcagttctaacatgtttaagtgtt
attaaaagtcagaagccacccaagtcaggactgtcatggatggatttaagaagcagtaga
aaagaaagtcctttagacatggacactatttctttggaatgtgacttgatgctttcagag
tttccaatttttcagaggtatattcatttaatgtctgcaccttttcgggaggatcttcaa
gaccccagttcgccaagtagtcctttgtgtggcaagccatgttgtgccttggttctttta
ggtcttcatgcctcctcttctgttgctgtaattgaagcttttcaggaagcactttcaaag
aaggattggacaaatgcattgcagattatgaatcactatacttgtaacattgatggtctt
gaggaagtcagagatgcacttctttgctgtgctgctgcagaagaaacaaatggctggaga
tatctttttgctgttaacaatgccacactgagagtgagactggctcttagttttttggac
aaatggccattggattcttgcagggagttactggcttattgtttatgtgaaactgatatt
gaagaaaatcttaaaatggaacttaaaaataaaaggaaagaagtggaagtgtatagaaag
attctattcctgaaagaagatatagctcagtcaagccggcaagatttaaaggaagattgt
atcaaagatccagaagccataattcaactcattttaaaaactaaggattataagttatgc
gaagattgggggcttttttatccaattccaaaggatcttttcatagatgtttaccttgac
catttgctacatctcctagacaacaaagacacagaaagatctctccagttactaaaaaga
atcgatgacaagaatatacagctggctgtcattgagcgggctctactgcagaatccatgc
atatttgctatacattttttgtcagagtacctggtactacattttaaaaactaccttctg
gaaatacgttggcgtgaaataagaaacctatacatgggatcgaaggtgttgctagcactt
ccagaggctgcacaatccacctatgcggatcttatctcaagccctttgttaatgctggag
cagttgctgatgaatatgaagatagactggatctctactgtggtgcagactctgaagcag
cttgtgaatgatccagactcgacattttcaactgaagacatggacaaattgctttgtatt
tacgcagcgaaagctttggatgtgccattttcattcagagaaaaacgaattgattctgtg
aatcgaaatccagaaagcagcagccagtcagcagaactagaaacagtaatttcatcctca
caagcagaccagctacctcctacaccctttgttggtactcctgataaatgccaaaggcga
aataagccttccccagagtttatacctcccgaaaaacctccatcaaaaatgcagtggatt
ccagatgacactgaagttatctgcatggtgtgtaagaatgagaggttcactatgtttaat
cgcagacatcactgtaggcgatgtggtaggctggtatgcagttcctgctcgatgaagaag
atggtagtggaagaatgcagagaaaacccagctcgtgtgtgtgatcagtgtcatgattat
ttctctacaaatgataccaaaacagaggaagacatggagcacatgaaagaaaaacaaggt
gaaggccgtgatctatcagaagtccttaaattgtctaaagctgctgatttgcagtggtgt
ctaacattaaatgaagctgaaaatgaggtggagaggagagagttttactatgaacaggcc
ccaagtgcttcactctgctcagccattcttagcttgcactctaagagtgatgaatgtggt
taccagctcattgagcgctgctgtcttttatcaaaggagttgactaacccagagatggac
agtcgacttcttctggccatcatgaaaaatttgctctttagtgccaagatgttttttgtc
aaagctgcaagaagtcatgaccttgccctttgtgacagttacagcagcaaggtggactta
ctgaagattttagtggcagcatcctataaggacatcccttctcttcatgagattgtaaga
cctgctgcagtagtaaggctgcgaaatcaactcttggaagcggagtattatagtttggcc
atagaggtgtctacaaaaacagggcttgacacttcgggtacgtggcatgcttggggtatg
gcgtgtcttaagtctgacaatttgcctggcgcaagagaaaaatttagtaggtgtgctaaa
actcctttggatctgaaccaaaagaatgttggatctaaactcctagaagatattattcag
cacctggaatctgcagccaagccaattctgctggtgaaagatgatgactattttgccaca
ttaaaagaattggaatgtactctgaaggcaagatgtctttggtatgaaatgatgccagag
ggaaagatacaaaataacatgtattatcgggagtgcctgtattacttgcacacatatggc
acaaaccttggaatcatacagttctatatgagacatgatctaatgagagatgctttggtt
catttattaaacaaggaatgcccaggagatattttcattgaaggtatatttgtgccaagt
tatgaaagtggtaaattacaaagccttgaaaacatgttagaatctattgaccctagtctg
gagagttggagcacttacctcattgaagcctgtagacatctgcaaaagaaaaatttctac
aacatcctgtatgaaatccaacagtttatgaaagaccatgtgcgtgcagcgatgacctgc
atacgttttttctctcacaaagctaagacctaccatgatttgggtggtaatcagaagtgg
ttggtaaaatccaaggagcacctaaaaatatacttgcaagaggtatccagaagcaacaga
agaaaatcgtttgacacatttagaaaaaaaatgtctgcagctgatatttccaggcacatt
aatactattgaacttcagatggagattacaaaattcctgcagaggtgtgagaatttggaa
aaaagtcaagaccatcacaaacaacctccaactctttttggacctaataacatgaaaata
gatgtggcctgtagagttattttagggggcaagaatgtaaattttgataatggggacttt
gattcctccagttttttacaacttttgtttttgacaatctaggactttcagcttgatgcc
tccatggtgtacagcaaagtgtgtaagcagcttgtacatcagcagaattactcggaaatc
ttgcaacttgtcaagtgtgttagcgagtctggtattgcagcggaaaaggattgcgatcaa
atattgctaagatgtgttgaagaaatggcagacttgtcttcagatgaacttgagaagtta
atccaaggaatgaaaagcgatgaagccaagatcaaggcattcttggcctgtcgtatgatg
agatctgcctacttaactgcagtcaaacaagaacaggaaaaagctatccagctggtacag
gaggtttggcaagtggcacacaagttgaatgacagtgtggtccaaggaatctgttccaag
tggctagatgaacaccctccactttcaaaggaaggacagtatcccacatctcgtaaataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (87)   
   KEGG ORTHOLOGY (1)   
   RefGene (83)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (94)   

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