KEGG   Hippocampus comes (tiger tail seahorse): 109514326
Entry
109514326         CDS       T04969                                 
Name
(RefSeq) tight junction protein ZO-1-like isoform X1
  KO
K05701  tight junction protein 1
Organism
hcq  Hippocampus comes (tiger tail seahorse)
Pathway
hcq04520  Adherens junction
hcq04530  Tight junction
hcq04540  Gap junction
Brite
KEGG Orthology (KO) [BR:hcq00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04520 Adherens junction
    109514326
   04530 Tight junction
    109514326
   04540 Gap junction
    109514326
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:hcq04812]
    109514326
Cytoskeleton proteins [BR:hcq04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Others
     109514326
SSDB
Motif
Pfam: PDZ ZU5 PDZ_6 PDZ_2 Guanylate_kin SH3_2 SH3_1
Other DBs
NCBI-GeneID: 109514326
NCBI-ProteinID: XP_019722846
Position
Unknown
AA seq 1792 aa
MKYQKYITVMQMAMGVTASNKDCLPTKRQLWVTPSDGETSPSGVPESSDGPIGATGGAGA
MAMAATSTLSLPMSQGKPSLRRIKGRIHRSKSLDSIDLLDSNSAAMEETVIWEQHTVTLH
RAAGFGFGIAISGGRDNPHFQSGETSIVISDVLKGGPAEGLLQENDRVVMVNAVSMDNVE
HAYAVQQLRKSGKNAKITIRRKRKVQIPVSRPGDRETMSEHEEEDSDEEDGYEHHSGRAG
QSAYAGASGGTSSSRRHDRERSSSGRRDHSASRERSVSPRSDRRSQASSAPSRPSKVTLV
KSRKNEAEYGLRLASHIFVKDISPESLAARDGNIQEGDVVLKINGTVTENLSLIDAKKLI
ERSKGKLKMVVQRDDRATLLNIPDLDDSIPSANNSDRDDISEIHSLTSDHSNRSRGRGRS
PDRNEPSDHLRLSPRQITNGSHRSRDDERSKPGVMSTPVKSSDDGVLSQGSDQSSSRDDK
QLPPLPEPKPVYAQPGQPDVDLPVSPSDAPVPSAAHDDSILRPSMKLVKFKKGESVGLRL
AGGNDVGIFVAGVLEESPAAKEGLEEGDQILRVNNVDFANIIREEAVLFLLDLPRGEEVT
ILAQKKKDVYRRIVESDVGDSFYIRTHFEYEKESPYGLSFNKGEVFRVVDTLYNGKLGSW
LAIRIGKNHQEVERGIIPNKNRAEQLSSVQYTLPKTPGGDRADFWRFRGLRSSKRNLRKS
REDLSAQPVQTKFPAYERVVLREAGFLRPVVIFGPIADVAREKLAREEPDIFELAKTQQQ
QGGEKSEPRDAGTDQKSSGIIRLHTIKQIIDRDKHAVLDITPNAVDRLNYAQWYPIVVFL
NPDTKQGVKNMRTRLCPESRKSARKLYERALKLRKNNHHLFTTTINLNNMNDGWFGALKE
IIQQQQNQLVWVSEGKADGAAEDDLDIHDDRLSYLSAPGSEYSMYSTDSRHTSDYDDTDT
EGGAYTDQELDETLNDDVGPPTGPAITRSSEPVREDPPVIQEPPGYAGYQHALQSDPLNR
IDPAGFKAPAPQQKAEATAIPSNPQLPEPLAETVTPAVKTVGGPSPGEAPGAHHRLPSPN
PEAGSLKRPTPELAPESVTSETRQSGLAGSESKMFQKDPYSPDSTGRPGPGLKPGNYNPQ
QGYHPDQQPYRDYDHPPSRFDVSGGGGYVEPKYRNYDSPPFENSVPHYDQQQWNPYGQTT
STANSQGYDQRLPYSDGLDPQYTPPLRFDEPPPQQGFDGRPRYGKPTVPGPARYDDPPPL
SPDLHYNQDSQLTSHSPAARSPSGQRPTYNQGQTQHVKGYKPQQYDSAPVNSDNSLTSPP
KSEVTTFSPLDTSKLNTARKELHEDDPAMQPQSVLTRVKMFENKRSVSVDRARDTADPSG
NKAADLPLKAGGIIPKANSLSNLDSDKSFRVPEPQKPQSKAADDIVRSNHYDPDEDEDYY
RKQLSYFDRLQTGPAKPQAQAQTMHTFSRTESVEKPNAAEKRYEPVPQLTPSLPPATLPK
PSTEAQPPSREDTVHSNFLPHKSFPEKSPMNGTSEKLPKTVTSGGAPPASSYNRYVPKPF
TTSARPFERKFESPKFNHNLLPNDKPDMATKGQSASPVKPSQSQTTDHDSGLDTFTRTMD
HRSKYQHNNINAVPKAIPVSPTALDDDEDEDEGHTVVATARGVFNSNGGVLSSIETGVSI
IIPQGAIPEGIEQEIYFKVCRDNSILPPLDKEKGETLLSPLVMCGPHGLKFLKPVELRLP
HCASMTPDGWSFALKSSDSSSGDPKNWQNKSLPGDPNYLVGANCVSVLIDHF
NT seq 5379 nt   +upstreamnt  +downstreamnt
atgaagtaccagaaatacatcacggtaatgcagatggccatgggagtgacagcctccaac
aaagactgcctccccaccaagagacagctgtgggtaaccccgtcagatggagagacatca
ccctctggtgtcccagagtcttcagatgggcctataggtgctactggaggtgctggtgct
atggccatggcggccacatccactctctccctgcccatgagccaggggaaaccttccttg
cgtcgaatcaaaggtcgcattcaccgcagcaagagcctcgatagcattgatctgcttgac
tccaatagtgcagcaatggaggaaacagttatctgggaacagcacacagtgacccttcac
agggctgctggatttgggtttggtattgccatctcaggtgggcgggacaacccacatttt
caaagtggggagacgtccatcgtgatatctgatgttttaaaaggaggtccagcagagggg
ttgctgcaagaaaatgaccgtgtggttatggtgaatgcagtgtctatggacaacgtggag
catgcatatgctgtacaacaactgcgcaagagtggcaaaaatgcaaagataactattcgg
aggaaaaggaaagtacagatccctgtttctcggccaggggacagggagaccatgtcagag
catgaggaagaggacagtgacgaggaagatggctatgagcatcacagtggtcgtgctggc
caaagtgcctatgctggcgcaagtggaggcacgagcagtagtcgacgacacgatcgtgag
cgcagcagtagtggaagacgggatcacagtgcctcacgggaaaggagcgtttcaccacgc
tctgatcgacgttcacaagcctcctctgctcctagcaggccttccaaggtcacacttgtc
aagtcgcggaaaaatgaagcagaatatggactgcggttagccagccatatttttgtgaag
gatatctcgcccgaaagcctagctgctagggatggaaacatccaggaaggagatgttgtt
ctgaagatcaatggcacagttactgagaacctatcattgatagacgccaagaagctgatt
gagcgatcaaagggcaagctgaaaatggttgttcagagagatgaccgagccacgctcctg
aacattcctgacctagatgacagcattccatcagccaataactccgatagagatgacatt
tcagaaatacattcactgacatcagaccattccaatcgatcccgtggccggggacgatca
cctgacaggaatgagccatcggaccatctgcggctctcacctcggcagatcaccaatggc
agccatcgaagtcgagatgatgagcgatctaaaccaggggttatgtccacgccagtcaaa
agctctgatgatggtgtcttatctcagggtagtgaccaaagcagctccagagatgacaaa
cagttacctccgctgcctgaaccaaagcctgtgtatgcacagcctggccagcctgatgtg
gatctgccagtcagcccttctgatgcacctgtgcccagcgccgctcatgatgacagtatc
ctcaggccaagtatgaagttggttaaattcaaaaagggagagagtgtcggacttcgacta
gctggaggaaacgatgttggaatttttgtagcgggagttttggaggaaagtcctgcagcc
aaggagggactggaagaaggggaccagattctcagggtgaacaatgtggactttgccaat
ataattagggaagaggcggtgctgtttctgcttgatctcccgaggggggaggaagttaca
attctcgctcagaagaaaaaagatgtgtatcggagaatagtggagtcagacgtgggcgac
tccttctatattcgcacacattttgaatatgaaaaagagtcaccatatggcttgagcttt
aacaagggcgaggtgttccgtgtggtagacaccctctacaatggcaagttaggctcctgg
cttgctattcgcattggcaagaaccatcaggaggtggagaggggcatcatacccaataag
aacagggctgagcagctgtccagtgtgcagtacaccctgcccaaaacaccagggggtgat
agagcggatttctggcgatttcgtggcttgcgaagctcaaagaggaatttgcggaagagc
agagaggacctgtcagcacagccagttcagactaagttccccgcatatgagagggtggtg
cttagagaagctgggttcttgaggcctgtggtcatctttggaccaatagcagacgttgca
agagaaaagctggccagagaggagcccgacatctttgagttagcaaaaacacagcaacaa
caaggaggagaaaaaagtgaaccaagggatgctggaactgaccagaagagctctggcatc
attcgcctgcacaccatcaaacagattattgaccgggacaaacatgcagtgctggacatc
acaccaaatgcagtggaccgtttgaactatgcgcagtggtatccaatagtggtgtttctc
aaccctgacacaaagcaaggcgtcaagaacatgaggaccagactctgtccagagtctagg
aagagtgccaggaagctctacgagcgagcgctaaaattgaggaagaacaatcaccatctt
ttcaccacaactattaacttgaacaacatgaacgatggatggtttggagcactcaaagaa
ataatccaacagcagcaaaatcagctggtgtgggtttcagagggcaaggctgatggggca
gcagaggatgatctggatatccatgatgaccgtctgtcctacctgtcggcaccaggcagt
gagtattccatgtacagcaccgacagccgccacacctctgactatgacgacacggacacg
gagggcggagcctacaccgaccaggagctagacgaaacgctgaatgacgatgtgggccct
ccaacggggcctgccatcacccgctcctctgagcctgtccgcgaagacccgcccgttatc
caggagccacctggctacgctggttaccaacacgcgttgcagtcggaccccctgaaccgc
atcgacccagctggtttcaaggccccggcgccgcagcagaaagcagaagccactgccatc
cctagcaacccccagctccctgagcccctggctgagacagtgacccctgccgtaaaaact
gtagggggcccgagccccggcgaggctcctggagctcaccacaggctaccaagccccaac
ccagaggctggctcactaaagaggcccacgcctgagctagcccctgagagtgtcacctca
gaaacaagacagtctggactggccggttcagaatcaaagatgtttcaaaaggatccatac
agcccagacagcacagggagacctggtcctggactgaaacctggcaattataacccccag
cagggctatcacccggatcagcagccatacagagattatgaccaccctcctagtcggttt
gatgtcagtggtggcggtggttatgtagaaccaaaataccgaaactatgactctccgccc
tttgagaacagtgtgcctcactatgaccagcaacagtggaacccctacggccagacaacc
tctactgccaactcccagggctacgatcaacgcctgccatacagcgatggcctcgaccct
cagtacacccctccactccgcttcgacgagcctccacctcagcagggattcgacggacgg
cctcgctatgggaaacccacagttccggggcctgcccgctacgatgacccgccacccctt
tctccagacctgcactataatcaggattctcaactgacttcacactctccggctgcccgc
tcccccagtggccaacggcctacctacaaccagggacaaacacagcacgtcaaaggctac
aaaccccagcagtatgactctgctcctgtaaactctgacaacagcctcacatccccccca
aaatcagaggtcaccacattttcccctctggacacttcaaagcttaatactgccagaaag
gagttacacgaggatgaccccgccatgcaaccacagtcggtcctaacaagagtcaagatg
ttcgaaaacaaacgttccgtgtctgtggaccgagccagagatacagcggatccatctggg
aacaaggccgcagatttgcccttgaaagcaggaggaatcatcccaaaagctaattctttg
agtaacctggactcagacaagagctttagagtcccagagcctcagaagcctcagtccaaa
gcggctgatgacattgtgcgttccaaccattatgacccagatgaggatgaggactactac
aggaaacagctctcttactttgacaggctgcagactggccctgccaaaccccaagctcaa
gcacaaacaatgcacaccttctccagaacagaatcagtggagaaaccaaatgcagcagag
aaaagatatgaaccagtaccccagttgacaccctctctgccaccagccacacttcccaag
ccctcaactgaagcccagcctccttcccgagaggacactgtccacagcaacttcctgcct
cacaaaagtttccctgagaagtcgccaatgaatggcacgagtgaaaagcttccgaaaact
gtcaccagcggcggggctccaccagcatctagctacaaccgctatgtgcccaaacccttc
acaacctctgcaaggcctttcgaacgcaagtttgagagtcctaaattcaaccacaacctt
ctgcccaatgacaagcctgatatggccacaaaaggtcagagtgcaagcccagtgaagccc
tcccagtcccaaaccacagaccatgacagtggcctggatacattcactcgaacaatggac
catcgctccaagtatcagcacaataatatcaatgcggtgcccaaagccattcctgtgagc
cccactgccctggacgatgatgaggatgaggatgagggccacacagtggtcgccactgct
cgaggtgtcttcaacagcaacggtggcgtgctgagctccattgagacgggtgtcagcatt
atcatccctcagggcgccattcctgaaggcatagagcaggagatctacttcaaggtctgc
cgagataacagcatcctgcctccacttgacaaagagaaaggagagactttgctgagccct
ctggtgatgtgtggacctcacggcctcaagtttttgaagcctgtggagctgcgcttacct
cactgtgcgtcaatgacccctgatggttggtcttttgctctaaaatcctccgactcctcg
tcgggtgaccccaaaaactggcagaacaagtctctccctggagaccccaactacctggtg
ggagccaactgtgtttctgtgctcatcgaccacttttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (38)   
   KEGG ORTHOLOGY (1)   
   RefGene (34)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (12)   
   RefSeq(pep) (12)   
DNA sequence (12)   
   RefSeq(nuc) (12)   
Protein domain (7)   
   Pfam (7)   
All databases (75)   

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