KEGG   Oryzias latipes (Japanese medaka): 101162957
Entry
101162957         CDS       T02443                                 
Name
(RefSeq) putative leucine-rich repeat-containing protein DDB_G0290503 isoform X1
Organism
ola  Oryzias latipes (Japanese medaka)
SSDB
Motif
Pfam: SPRY PRY Fez1 DUF2552
Other DBs
NCBI-GeneID: 101162957
NCBI-ProteinID: XP_023821091
Position
17:complement(17747855..17761091)
AA seq 1349 aa
MVGTSSFIWVLLILTAVCKTSDLRHVSNVRDIFESTGNPEVDEALSKIPFDLGDMTDPSR
INVTKIKIQLCTGMKEALASMKLELAQTTRRYNELDEETLGLRREVRKLQMRLSTCSSTA
SAIAGSYQAQLQTKMNQLLDVIDSETFQILKILGVTREVQVLQKKLQLASKNATATSEIK
ALQREVQEKATELNSKREPFENSHPNAALILQIISLQSQIWDLHQTESKGEAVDQSDSRI
LVLQEQLNGKIRELQSKEETISAVLEMLSVHSKITQIQKTIRVLTEESKNRNAAFLLQWR
QKGELLTKKISQLANDVDNQELTKEILRLQNELSQLAKLQKDKESLEAQLKAKIDEMEAE
KSREEALQKKLEQTDYATSQLIFKIISVMEELRQQRIVAPTGETQDILTLLQTYKRDYAE
AKTEIKDLKEKLERTQEECSGLQEKHDKLKTELAQKIMKLNRTEDSKAALILNVINLHAE
IKALREQISKSKSGSETSQHSPVLVPRRQIYWLQSRSGKNISSPLLMRRKPQDLNDEPQL
HPIKAPLFEKTTFGLNDRFLPGEQDGIMMRKELMRQLEQKQEELNLKTAEIQRLISNPQT
ILEIIDLQNKIWDLEKKNTNWTNKELQALKKRLDSLVNEIDSNGEDNTLQVLKILTLQSQ
VEYLQNQLSNLEITHDSTQTQLQNELAAKENELKRYIHEVMEKNQTNGKLILSITELQIK
LKDIEKQKEKEDNTSAATISKLTNQLKLQEEENNRNKAFIMTLQNKITQTETQCSEYEQK
IKDLQSDINTKLKELKSKSDTVSSLVLQISTLSVEVEQLGKQLQNSVSKSKVEELTAIIE
EKNKELEQKAGELKERSPEAQKLLRIIAVQVEIERLVNVGANNTNANQIKVLKKELSTLI
NGIEDKTSENTKLVFQILSQQDEISLLKKEKVQQLEEKAKLIKDLEDERDNIKKQIEEKT
QLLNSNDMRIANFSHQIMELYKKIQPLEDEISDLKETYTEKLAELTNRLNVTQKELQQSE
QLLKQSDSKNYELIMKITELRSQLKEAKEKGSKDAEKDIAELEEKVQFHQKENAKLENAN
KNLKQQMEELKECCTVNTKCEDLQKKLQQSQEDADRLLQQLEEKDGALKRLQQNFEEQNE
QKVKLQEDHDNLLKRLVDLDEKTIYATKLTLDPNTAHPRVDLSADRTEMFTLPEIAPVQD
NPGRYDTALAVLGSTGFNKGKNYWEVSVAGKSCYHLGMASESAPRKGSLSFRPRNGFWTI
VLNKQGQLKSIDQRITTIPIEVHPLRIGVLLDYEKGVISFFDAGSRSHLYSFTGQAFTDK
IYPFLNYCVEDSTNPIVMLSPGSTDWIKS
NT seq 4050 nt   +upstreamnt  +downstreamnt
atggttggaacgtcttccttcatttgggttctcctcattctcaccgccgtctgtaagaca
tctgacctccgacatgtctcaaatgtgcgagatatatttgagagtacgggaaaccctgag
gtggatgaagccctttcaaagatcccatttgacttaggagatatgacggatccgagtcgc
atcaacgtgacgaaaataaaaattcagttatgtacaggtatgaaagaagcgctggcatcc
atgaagttggagcttgcgcaaacaactcgccgttataatgagcttgatgaagagaccttg
gggctgaggagagaggtcaggaagctgcaaatgcgactgtccacatgcagctcgacggcg
tcggccatcgctggctcctaccaagcccaactgcagactaaaatgaaccagctgttggat
gttatcgacagtgaaacatttcaaatactgaagatcctgggtgtcacaagggaggtacaa
gttttgcagaagaaacttcaacttgcatctaaaaatgcaactgctaccagtgagataaag
gccctgcagcgagaggttcaagaaaaggctacagagctgaactcaaagagagagccattt
gaaaacagccaccctaatgctgcacttattctacagataatctcactgcaaagccagatc
tgggatttacaccagactgagtcaaagggggaagctgttgatcagtcagactcgaggatt
ctggttctacaagaacagctcaacgggaagatcagggagttgcaaagcaaagaggagacc
atctcagctgtgctagaaatgctctcagtgcacagtaagatcacacagatccagaaaacg
atccgggtccttacagaagaatccaagaacaggaatgcagcttttcttttgcaatggaga
caaaagggtgagttgctgacaaagaagatttcccaactggctaatgatgtagataaccaa
gaactgaccaaagaaattctccggctgcagaatgagttgagtcaactggccaagttgcaa
aaggataaagagagcctggaagcccaactcaaagctaaaatagatgagatggaggcagag
aagtcacgggaggaagcgctgcagaaaaagctggagcagacagactatgctacatcccag
ctgatcttcaagatcattagcgtcatggaagagctgagacaacagcgaattgtggcaccg
acaggtgaaactcaggatattttaacgttgcttcaaacctataaaagagactatgctgaa
gctaagactgaaataaaggatctgaaggaaaaactagagagaacgcaagaggagtgttca
ggacttcaagaaaaacatgataagttgaagacagagcttgcgcagaagatcatgaaactc
aacagaacggaggattccaaagccgctctcattctgaacgtgatcaacctgcatgcagag
ataaaggctttgagggagcagatctcaaagtcaaaaagtggatcagaaaccagtcaacac
tcccccgttcttgtccctcgcaggcagatttactggcttcagtcaagaagcggcaaaaac
atttccagcccgctgttaatgagacgcaaaccccaagatcttaacgacgaaccgcaactg
catccaataaaggccccattatttgaaaagacgacttttgggctgaatgaccgctttctt
ccaggggagcaggatgggataatgatgagaaaagagctgatgagacagttggagcagaaa
caagaagagctgaacctcaagactgcagagatccagagactgatttctaatccacaaacg
attttagaaattattgatctgcagaataaaatctgggatcttgagaaaaagaacaccaat
tggacaaataaggagctacaagctttgaaaaaaaggctggattctttagtgaatgaaata
gacagtaatggtgaagataacacattacaggtactaaaaattctgacactgcagagtcag
gtggagtatctacagaaccaactgtccaatctcgagataacacacgattccacacaaact
caacttcaaaatgagttagcagccaaggagaacgagctgaagcgttacatccatgaagtg
atggagaaaaaccagacaaatggaaaacttattttgagcatcactgaactccaaattaaa
ctcaaagacattgaaaaacaaaaggaaaaagaggataatacaagtgctgcaacaatatcc
aagctgacgaaccagctgaagctccaagaagaggaaaacaatcgtaataaagctttcatt
atgactctgcagaacaagataacccagacagaaacccaatgttctgaatatgaacagaaa
attaaagatctgcagagtgacataaataccaaacttaaggaacttaaaagcaaatcggac
accgttagttcacttgttcttcaaatttctacattaagtgtggaagtggaacagctggga
aagcaacttcagaactctgtgtccaaatctaaagtggaagagctaacggctataatagag
gaaaagaacaaagaactggagcaaaaagctggagaacttaaagaaaggagtcctgaagca
caaaaactcctcaggatcattgctgtgcaagtggagatagaacgattggtgaacgtagga
gcaaataacaccaatgctaatcagataaaagttctcaaaaaagaactctctactttgatt
aacggaattgaagataaaaccagtgaaaacacaaaactggtgtttcagatcttgtctcaa
caagatgaaatatcattgctgaagaaagagaaagtgcagcagctggaggaaaaagccaag
ctaattaaagatctggaagatgaacgggacaacatcaagaagcaaatcgaggaaaaaacc
cagctgctaaactccaatgatatgaggattgccaatttttctcatcagattatggaactg
tataagaaaatccagccactggaggatgagatatcagacctgaaagaaacttacactgaa
aaacttgcagagcttacaaacaggctcaatgttacacagaaggagctccaacaaagtgaa
caacttctgaaacaatcagactccaagaactatgaactaataatgaaaattactgaactg
aggagccaactaaaagaagctaaagaaaaaggatccaaagacgctgagaaagatattgca
gagctggaggaaaaagtccaatttcaccaaaaagaaaatgcaaaacttgaaaatgctaac
aaaaacttaaagcagcaaatggaagaactgaaggagtgctgtactgtcaacaccaaatgc
gaagatctccagaaaaaactgcagcagagccaagaagatgccgatcgcctcctgcagcag
ctggaagagaaagatggcgccctcaaacgcctccagcagaactttgaagaacagaacgaa
cagaaagtcaaactccaggaagaccacgacaatcttctgaagagacttgtagatttggat
gaaaagaccatctatgccactaaattgaccttggatccaaacactgcacacccaagagtg
gatctgtctgcagatagaacagagatgttcacccttccagaaatagctccagttcaagac
aaccccggcagatatgacacggctcttgctgtcctgggaagcaccggcttcaacaaaggc
aaaaattattgggaggtgtctgtggccgggaagtcgtgctaccaccttgggatggccagt
gaatctgctccaagaaagggatcgctatcgttcaggccaaggaatggcttttggacaata
gtcctgaacaaacagggtcagctcaaatctatcgatcaaagaatcaccacaattccgatt
gaggttcaccccctcagaattggtgtcttattggattacgaaaagggggtcatttctttt
tttgacgctggttccagatctcatttgtactcttttacgggtcaggcgtttacagacaaa
atctacccgtttctcaattactgtgttgaggattctacaaatccaatagttatgctttcc
cctggctccactgactggatcaagtcataa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (70)   
   RefGene (67)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (4)   
   Pfam (4)   
All databases (79)   

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