KEGG   Sinocyclocheilus grahami (golden-line barbel): 107598973
Entry
107598973         CDS       T04918                                 
Name
(RefSeq) tight junction protein ZO-2-like isoform X1
  KO
K06098  tight junction protein 2
Organism
sgh  Sinocyclocheilus grahami (golden-line barbel)
Pathway
sgh04530  Tight junction
Brite
KEGG Orthology (KO) [BR:sgh00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04530 Tight junction
    107598973
SSDB
Motif
Pfam: PDZ PDZ_6 PDZ_2 Guanylate_kin SH3_2 DUF6288 SH3_1
Other DBs
NCBI-GeneID: 107598973
NCBI-ProteinID: XP_016145918
UniProt: A0A672NBN4
Position
Unknown
AA seq 1263 aa
MKYKKFFTVMQAAVGIVPLNKREFLPPPRRLWKSHEDQYASELFLSSYSRENNYWTSEPQ
YMYLAELRRASVRSLTPSWQSSGMEETVWEQYTVTLQRDSKMGFGIAVSGGRDNPNVETG
ETSIIVSDVLPGGPADGLLFENDRVMQVNTIAMDNVPHSFAVQSLRKSGKVAKVTVKRPR
KVAVLKRPPSPSGDSRDYNISSYYPEDNRSVHSDPESDYPRGNGGLGYPRDREHDRSLEK
SRIDYLEPDYRSQDNDSRRERSRGRSAERSPSSDSGYRRDGSRGRTLEHGSSPEPRYHRQ
HSRGRGGGGSPAGSYGRDQGYDTRRYDTRSDDRMIRSHSRDRLQDRSPSPSKEKDRGRER
YNYEPLEPPINVMLVKNRPNEEYGLRLGSQIFIKEMTSTGLAARDGNLQEGDIILKINGT
VTENLSLSDAGKLIEKSRGKLQLVVQRDHRQILVRIPALADSDSEPDDISEIESYHSYSP
QDDQRSRQSDLSSHSSNDVARENAREDPQSRLAKTAVSSSPYKTPEEPLPAQEEKVEPQE
EEPPPVIKTTPKILLRPSLEDEAIYGPNTVMVSFQKGESVGLRLAGGNDVGIFIAGVQEG
SPAEEEGLRVGDQIMKVNNVDFRGIVREEAVLFLLEIPRGEVVTILAQNKTEVYEDILVS
GRGDSFFIRTHFEYEKELPHCLAFSRGEIFKVVDTLYDGKLGNWLTIRMGKDNQLLEKGI
IPNKSRAEQMANVQNTHKGSGSDRADFWRLRGQRAAKKKDVRKSREESSAAVFTRFPAYE
RVVLREAGFRRPVVLFGPIADAACEKLAEELPDEFVIAKTEPKDAGSEKSSGVVRLNTIR
QIIEQDKHALLDVTPKAVDTLNYTQWYPIVILFSPDSKHGVKAMRQRIIPSSNRSARKLH
DQALKLRKTCSHLFTAVIDLNSANDAWYGSLKETIRDQQTHAVWVSEGKLDGTEGDLDVH
DDRMSYLSAMSADYLSMDSRLTSDYDDTADEGGTYTDNETDEPLDRQRVSAISRSSEPVM
PEEILRKSSPEIRGRIRRVGSREMLTEASPPLMSTFLPDPAKVKMLSQVEASRGQYDPFR
NYDSRSSSPASSEHPRSQDSPAKTKPLPPPTALKPTYVSRSSRGIVNSPPVRDRKPLEDS
PDDPSQRSFLGKVKAFEKMDHLARTQRVLEIQEAQNARMEIAQKHPDIYAVPMKSQKLDH
SRPQPIGSSARPEPQTPPCKLPYSESRPLGLGEEPREEFRHQLAEQTKRGYYTTTQNYQD
TEL
NT seq 3792 nt   +upstreamnt  +downstreamnt
atgaagtacaagaagttttttaccgtgatgcaggcggctgttggcatcgtgccgctcaac
aaacgagaattccttcctccccctcgaagactctggaaatctcatgaggaccagtacgcc
tcagagttgttcctctccagctactccagggagaacaattactggaccagcgaaccacaa
tatatgtacctcgcagagttacggcgcgcatctgtacgcagtttaacaccgtcgtggcag
agctcaggaatggaggagacggtttgggagcagtacactgtgactctacagcgggactct
aagatgggctttggaattgctgtgtccgggggccgggacaatccaaacgtggagaccgga
gagacgtccatcattgtgtcagacgtgctgccaggaggaccggccgatggactgctcttt
gagaatgaccgtgtgatgcaggtcaacaccatcgccatggataatgtgcctcattcattt
gctgtgcagtcacttcgaaaaagtgggaaagtggccaaagtgactgtaaagaggcctcgc
aaggtggctgtcctcaagcgcccaccgtccccgagcggggatagccgcgattacaacata
tccagctattatcccgaggacaaccgcagcgttcacagtgacccagaatctgattaccct
cggggaaatggcggcctgggctacccccgcgacagagagcatgaccgcagtctcgaaaag
agccggatagactacctggagccggattaccgcagccaggacaacgactcccggcgggaa
aggagcagaggcaggagcgcggagaggtcgcccagctctgacagcggctaccgcagggac
ggcagccggggccggacgctggagcacggatccagcccggagcctcgctatcacaggcag
cacagtagaggccgcggaggaggaggaagccctgccggaagctacgggagggaccagggc
tacgacacgcggaggtatgacactcgttcggatgacaggatgatcaggagtcacagcagg
gaccggctgcaggatcgctcaccgtcacccagcaaagagaaagacagaggaagagagcgg
tacaactatgagcccctggagccgcccatcaatgtcatgctggtgaaaaacaggcccaat
gaagagtacggcctccggctgggcagccagatcttcatcaaagagatgaccagcactgga
ttggctgccagagatggaaatctccaggagggcgacataattcttaagatcaacgggacg
gtgactgagaacctctctctgagtgacgccggcaagctgattgagaaatcacggggcaag
ctgcaactggtggtccagagagaccaccgacagatcctggtgcgcattcctgccctggca
gacagcgactctgagcctgacgatatttcggagattgagtcgtaccattcctactcacct
caagatgaccaaaggtcacgccagtctgacctctcctcacactcttccaatgatgtagca
cgagagaacgccagggaggatcctcaaagtagattggcaaagaccgctgtttcatcctct
ccttacaaaactccagaggagccacttccagcccaggaggagaaagtagaaccacaggaa
gaagaaccaccaccagtaataaagacaacacccaagatcctgctcagaccgagcctagag
gacgaggccatttatgggcccaacacagtgatggtgagctttcagaaaggagagagtgtt
ggcttgaggttggctggaggaaatgatgtgggaatattcatagcaggagttcaggagggc
agtccggctgaagaagaaggtctccgtgtgggggatcagattatgaaggtgaataacgtt
gactttcggggcattgtgcgagaggaggccgtgctgttcctgctggagatcccacggggt
gaggtcgtgaccattttggcacagaataaaactgaggtttatgaagacatcttggtgtcc
ggtcgaggggactcatttttcatccggactcattttgagtatgagaaggagctgcctcac
tgtctcgccttctcccggggagagatcttcaaggtggtggacaccttatacgacggtaag
ctgggaaactggctgaccatccgcatgggcaaagacaaccagctgctggagaagggcatc
attcccaacaagagcagagccgagcagatggcaaatgtccagaacacacataagggctca
ggaagtgaccgggccgacttctggaggctgcgtggtcagagggcggccaagaagaaagat
gtgcggaagagccgagaggaaagttctgcggccgtcttcacccgcttccctgcctatgag
agggtggtgctgagagaagcgggattccgaaggccggttgtgctgtttggaccaatcgct
gatgctgcctgtgaaaaactggccgaggagcttccagacgagtttgtaattgccaaaaca
gaacccaaagatgcggggtcagagaaatcctctggggtggttcgtctcaacactattcga
cagatcattgaacaggacaagcacgctctcctggacgtcacccctaaagcggtggacacc
ctaaactacacgcagtggtaccccatagtcatcctcttcagcccggacagcaaacatggg
gtgaaggcgatgagacagaggatcatccccagctctaaccgcagtgcccgcaaactccac
gaccaggctctgaagctcaggaaaacctgctcacacctgtttaccgctgttatcgatctg
aactcggctaatgatgcctggtacggcagtttgaaggagaccatacgagaccagcagacc
cacgctgtgtgggtctcagaggggaagctggacgggacggagggggaccttgacgttcat
gacgaccgcatgtcatatctctcagccatgagcgctgactatctcagcatggacagccgg
ctgaccagcgactatgacgacacggcggacgagggcgggacttacacagataacgaaacg
gacgagccgcttgatcgccagcgggtttcggccattagccgctcctctgagccagtcatg
ccagaggagatcctcaggaagtccagcccagagattcgaggtcgcatccggcgggtgggc
agcagagagatgctgacagaagctagtccccctttaatgtccaccttcctgcctgacccc
gcaaaggtaaaaatgctgtctcaagtggaggcgtcacgggggcagtacgacccctttcga
aactacgactcacgttcaagcagtcccgcgagcagcgagcacccgcgcagccaggactct
cctgcaaaaaccaaacctctgcctccccccacagctctcaaacctacctacgtgtcccgc
agctccagaggcatcgtaaacagccctccggtacgggaccgcaaacctctggaggacagc
cctgacgatccctctcagaggtctttcctgggcaaagtgaaggcctttgagaagatggat
cacttggcccggacacagagagtcctggagatccaagaggcccagaacgccaggatggag
attgcacagaaacatccagacatttatgccgtccccatgaaatctcagaaactggaccac
agcaggccacaacctatcggctccagtgcgcgaccggagccccagacgcctccttgcaag
ctgccatactcagagagccgcccgctcggcctcggcgaggagcccagagaggagtttcga
catcagctggcagagcagaccaagcgcggctattacaccaccacacaaaactatcaggac
actgagctgtag

  All links  
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (10)   
   UniProt (1)   
   RefSeq(pep) (9)   
DNA sequence (9)   
   RefSeq(nuc) (9)   
Protein domain (7)   
   Pfam (7)   
All databases (29)   

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