KEGG   Lates calcarifer (barramundi perch): 108885420
Entry
108885420         CDS       T04895                                 
Name
(RefSeq) adhesion G protein-coupled receptor L1
  KO
K04592  adhesion G protein-coupled receptor L1
Organism
lcf  Lates calcarifer (barramundi perch)
Brite
KEGG Orthology (KO) [BR:lcf00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:lcf01002]
    108885420
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:lcf04131]
    108885420
  09183 Protein families: signaling and cellular processes
   04030 G protein-coupled receptors [BR:lcf04030]
    108885420
Peptidases and inhibitors [BR:lcf01002]
 Mixed peptidases
  Family P2
   108885420
Membrane trafficking [BR:lcf04131]
 Exocytosis
  Others
   Others
    108885420
G protein-coupled receptors [BR:lcf04030]
 Adhesion receptor family
  Latrophilin
   108885420
SSDB
Motif
Pfam: OLF Latrophilin 7tm_2 GAIN Gal_Lectin GPS HRM ZnuA
Other DBs
NCBI-GeneID: 108885420
NCBI-ProteinID: XP_050926724
Position
LG5:21593269..21619302
AA seq 1886 aa
MAASLWFLGVCVLSLAHVAPSGQAMSRAAMPFGLLRRELACEGYPIELRCPGSDVVMVET
ANYGRTDDKICDADPFQMENTQCYLPDALKIMAQRCNNRTQCVVVAGVDVFPDPCPGTYK
YLEIQYECVPYIFVCPGSLLSIQPASSLLEAEHQSGAWCKDPLQAGDRLYVMPWTPYRTE
VLYEYASWDDYRQNRITTTYKLPSRVDGTGFVVYDGAVFYNKERTRNLVKYDLRTRIKSG
EAVVVNANYHDTSPYRWGGKSDIDLAVDENGLWVIYSTEANNGRIVVSQVNPYTLRFEGT
WATGFDKRGASNAFMACGVLYAVRSVFQDDEGQADGRAGSDMVVYAYDTSRGQELPVQIP
FPNPYQYISSIDYNPRDNQLYVWNNYYVLRYPLQFTPPPPTKGPLSSLMTTVRSYTATVA
LTPVRPSASHPIGVINRGPFDQRPITAMVPLTPRPPLRVPLAPGGPGQVGGCEGRVARGV
QWPPTLKGETVERPCPKGSLGIASYQCMSSPVGWSSRGPDLSNCTSPWVSQIAQKIKSGE
NAANIAGELVNLTRGRIYAGDVSMSVKLIEQLLDILDSQLQALRPANKESAARNYNKLQK
RERTCRAYVQAVVQTVDNLLGPEALVSWADMSSIDQSRSASLLLDAVEKGAFLLANNLYE
GRFSDRAPNVDLEVYVLNTEADIQDLTFPHSYDSDSILEISATALQQYSNNGQVKLVLSL
YKNLGSFLTTQNSTLRLGLGLSQGSEVRRKSLVVNSHVISASVHRGSNRVYLSEPVIFTL
RHLQLENHFGPNCSFWNASGVSGNGRWSTQGCRLLHTNNTHTTCACNHLSSYAVLMTYQQ
PAFGVGVEELLVYVVSWVGISVALVCLAICLTTLCCQGAPWHTDHSTIHCNLWANLLITE
LLFLVGASKTQYTVVCSIIAGLLHFSLLSVFCWLCLEGVELYLLQREVFEGRNSRRKYFY
LCGYSIPGLVVAVSAAIDFRGYGSKTACWLRTDNYFIWSFLGPVAVIITLNLVVLVMTLH
KMHSTAALKPDSSRHDNLRAWAVGSLTLLFLQSVTWSSGLMFLSAPSLLLAYLFSSLNTA
QGLLITILHCSLARKGQKDYGRCLRLSQCCATSSSSSPDSVKGSALRSNSRYTSSQSRRA
TANRQSRIRRMWNDTVRRQTESSFIAADVNNTPTLNRAALGNHFLTNPVLQTHAGASPYD
TMLAQGYNQPFTSTVGTFRNKQKGGVSQSQESCGLDSVCLNGGYTPNTFTLHGLGTTPGS
RAGVVGSTDLLREGGVGIGGDDISPALLTPHGATDLGSGAGMRRNLSDAAALEKMIISEL
VQSNLRPSVPMPVPPERYGSLARPHHHDRAALTHTATLTRHAQPSPQEGGWAATMQPNTR
HNAQEGWAHTRHHTQEAETHSVTRGQDHATTPRLQDGWSHAHVSGDSGESRELLKDADRS
QLQGTLGRRGVQDRQQARPPEVQARPYSTLSRTPGTLSRHRSTVEPSGGTDRDRERDRDR
YRDRPLPPPPPPPPQESEPLYKALEEPLLMKQRDVGVETWRGGQDREKDETFLLKREGMM
DEWRGGAERGRDESFTSQKRDGEMDEWRGGMERGREEPHLLEKRDGRMDVWRGGAEAEQE
ETFITQKKDFGIDGWRGGMEREKEETLFLKDRDGWRAGVERDNEKQKDRALDVWRGGMDI
DREESFLFESKDGGLDGRKRGKDRGSLRYHGERQDSDSFALPLTPDLDLDPDSSPIYTRD
SNPSPLYPGDRSSPPLSIFPRSSPPTNIFAPRDTNSPPNNLYSRHSPQVYSRSSSPPRFY
TRTSPPTLSYPDSSPEGPEEVSPTGPPQRPALELPYSLGRPPLGPRPNHLQTFYQPPPLA
SNGEAVYTAEPTSEGDDGQMQRVTSL
NT seq 5661 nt   +upstreamnt  +downstreamnt
atggctgcgtcactgtggttcctgggggtgtgtgtgctcagcctggctcacgtagccccc
tccggccaagctatgtcccgggctgccatgccattcgggctgctgcgcagggagttggca
tgtgagggttaccccatagagctacgctgcccaggaagtgacgttgtgatggtagaaact
gccaactatggacgcaccgatgacaaaatctgtgacgcagaccccttccagatggagaac
acacagtgttacctccctgacgcattaaagattatggcccagaggtgtaacaacaggact
cagtgtgtggtggtcgcaggggtcgatgtgttcccagacccctgtcctggaacatacaag
tacctggagatccagtatgagtgtgtcccttacattttcgtgtgtcctggctcactgctc
agcatccagccagcctcctcgctcctggaggcagagcatcagtcaggtgcatggtgtaag
gacccactgcaggctggtgacaggctgtatgtcatgccgtggacaccgtatagaacagag
gtgctgtatgagtacgcctcctgggacgactatcgccaaaatagaatcaccaccacctat
aagttgcctagccgtgtggatggtacaggctttgtggtgtatgacggtgcagtgttctac
aacaaggagcgaacgcgcaatctggtcaagtatgacctgcggactcgcatcaaaagcggt
gaggcagtggtggtcaatgccaactaccacgacacctcaccttaccgctggggagggaag
tcagacatcgatctggcagtagacgagaacggcctttgggtgatctactctactgaagcc
aataatggacgtattgtggtcagccaggtgaacccatacaccctgcgctttgagggtacg
tgggccactggctttgacaaacgcggggcgagcaacgccttcatggcctgtggtgtgctc
tatgccgttcgctccgtcttccaggatgatgaagggcaggcggacggccgggctgggagc
gacatggtggtttacgcctacgacaccagccgtggacaggaactgcctgttcagatacca
ttccccaacccttaccagtacatctcctccatagactacaaccccagagacaaccagctg
tacgtgtggaataactactacgtgctgagatacccgctgcagttcactccaccgccgccc
actaaaggccccctctcttctctgatgacgacagtccgctcctacacggctactgttgcg
ttgaccccggtgcgtccatcagcctctcacccgattggcgtcatcaatcgagggcccttt
gaccagcggccgatcacagccatggtccctctgacgccacgtcctcctctgcgtgtcccc
ctggcgcccgggggcccaggtcaggtgggcggatgtgagggtcgggtggcgcgaggggtg
cagtggccccccaccctgaagggagagacagtggagaggccctgtcctaaagggtcactg
ggtatagcctcctatcagtgcatgtcatcgccagtgggctggagctccagagggcctgac
ctttccaactgcacctctccctgggtcagccaaattgcacagaagattaagagcggagag
aacgcagccaacatcgccggggagctggtcaacctgacccgggggcggatctatgccggt
gatgtcagcatgtctgtcaagctaattgaacagctattggatatcctggactcccagctc
caggccttgagaccagccaataaagagtctgcagcacgcaattacaacaagctgcagaag
agggaacgcacatgtagagcttatgttcaggctgtcgttcagacagttgataacctgttg
ggtccagaggcgctggtgtcctgggctgatatgagcagcattgaccaatcacgctctgcg
tcactgctgttagacgcagtagagaaaggagcgtttctattggctaacaacctttacgaa
ggccgtttcagtgacagggcaccaaatgttgatctggaggtatacgtgctaaatacagag
gcggatatacaggacctgacgttccctcactcctacgacagcgacagcatcttagagata
tcagcaacagctctgcaacagtacagcaacaatggccaggtgaagctggtcctctctctc
tataagaacttgggctccttcctaaccactcagaactcgactctgcggctcgggctgggg
ctcagtcaggggtcagaggtcaggcggaagagcctggtggtcaactcccatgtgatctct
gcctctgtgcacagaggatccaacagggtgtatctctccgagccagtgatcttcactctc
aggcacctgcagctggagaaccactttggccccaactgctctttctggaatgcatcaggg
gtatctgggaacggcaggtggtctactcagggctgccgcctgttacacaccaacaacaca
cacactacctgcgcctgcaaccacctgtccagttatgctgtcctcatgacgtaccagcaa
cctgcttttggggttggtgtagaagagcttctggtctatgtggtttcttgggttggcatc
tctgtagcactggtgtgtttggccatctgccttacaaccctgtgctgccagggggcaccc
tggcacacagaccacagcaccatccattgcaacctgtgggccaacctgctcatcactgaa
ctgctcttccttgtcggtgccagcaagacacagtacacagttgtgtgctccatcattgcc
ggcttgctgcacttctcgctgctctcagtgttttgctggttgtgtctggagggagtggaa
ctgtacctgctgcagcgggaggtattcgagggacgtaactccaggaggaagtatttctac
ctgtgtggctactctattcctgggctggtggtagcagtgtctgcagccatagacttcaga
ggctacggctcaaagactgcatgttggctacgaacagacaattatttcatctggagtttc
cttggacctgttgctgtcatcataacgttgaacctcgttgtcttggtgatgaccttacat
aagatgcacagcactgctgctttgaagccagactccagtcgccatgacaacctgagggcg
tgggcggttgggtccctgacgctgctcttcctgcagagtgtcacctggtcctcaggcctg
atgttcctgtctgctccgtctctcctcctggcttatctcttctcctccctcaacactgcc
cagggccttctcatcaccatactgcactgcagcctcgccaggaagggccagaaggattat
ggccgatgcctgcgtctctcgcagtgctgtgcaacttcctcttccagctctccagactca
gtgaagggttcagctctgcggtccaacagccgctacacaagcagccagagtcggagagcc
actgctaacagacagagtcgcatcaggaggatgtggaacgacactgttcgcagacaaact
gaatcgtctttcatcgcggcagatgtgaacaacactcctactcttaaccgagctgctttg
gggaaccatttcctcactaacccagtgttgcagactcacgctggagcctctccttatgac
acgatgctggcccagggatacaatcaacccttcacctccactgtaggaaccttcagaaac
aagcagaagggtggtgtgtcccagagccaggagtcctgtgggttagacagtgtgtgtctc
aatggaggctacacccccaacaccttcactctgcatggtctggggacaacacctgggtcc
cgagctggagtggtgggcagcactgatcttctgagggagggaggagtcgggataggaggg
gatgacatctccccagccctcctcaccccccatggggccacagatctgggcagcggtgct
ggaatgcgccgtaacctgtctgatgcggcggcgctggagaagatgatcatctctgagctg
gtgcagagcaaccttaggccctcagtccccatgcccgttcctcccgagcgctacggaagc
ctggcgaggcctcaccaccacgacagggcagctctcactcacactgccactctgactcga
cacgcccagccatccccccaagagggcggctgggctgccaccatgcagccgaacacacgc
cacaacgcgcaagagggctgggcacatacgaggcaccacacgcaagaagctgagacacat
tccgtgacgcgtggacaggatcacgccacgacgccacgcttacaagacggctggtcgcac
gcacatgtctccggagattctggagagtcccgtgagctgcttaaagatgcggacaggtcg
cagctgcaaggcaccctgggtcgccgcggggtccaggacaggcagcaagcacgaccccct
gaggttcaggctcggccctactccacgctcagccgcacccctggcactctgtcccgccac
cgcagcacagtggagccgagtggagggacagacagagacagagagagagacagggatcgt
taccgggacaggcccctcccgcctcctcctccccctcccccacaggagtccgagcccctg
tacaaggctctggaagagccactgctgatgaagcagagggatgtaggagtagagacatgg
agaggcggtcaggacagagagaaggatgagacatttctcttaaaaagggagggaatgatg
gacgaatggaggggaggagccgagagaggccgggacgagtcttttacctctcagaagaga
gatggagagatggacgaatggagaggtggcatggaaagagggagggaggaacctcatttg
ctggagaagagagatggaaggatggatgtgtggcgaggaggagcggaggcagagcaggaa
gagactttcataacccagaagaaagatttcgggattgacggatggaggggtgggatggag
agggagaaggaagaaaccttgtttttaaaagacagagatggatggagagcaggggttgaa
cgagacaatgagaaacagaaggatagagcactggacgtgtggcgaggagggatggatata
gacagggaggaatctttcctgtttgagagcaaagatggaggtctagatgggaggaaaaga
gggaaagatagagggtctcttcggtaccatggtgaacgacaggattcagacagctttgct
ctgcctttgacccctgatcttgaccttgaccctgactcctcgccaatctacaccagagat
tcaaacccctccccgctctaccctggagatcgaagctcgccaccgctcagcatcttcccc
cggagctctcccccaacaaatatcttcgctccacgagacaccaactcacctcccaacaac
ctctactcccgacactccccccaggtgtacagccgaagcagctcccctcctcgcttctac
acccgcacctcccctccaaccctctcgtaccccgacagcagccctgagggtccggaggag
gtcagccccactggcccgccccagcggcccgccctggaacttccctacagcctggggcga
cccccgctcggcccgcggcccaatcacctgcagaccttctaccagccgccgccactggca
tccaatggagaggcagtgtacacagcagagcccacctctgagggagacgacggacagatg
cagcgggtgacgagcctgtga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (39)   
   KEGG ORTHOLOGY (1)   
   RefGene (35)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (8)   
   Pfam (8)   
All databases (58)   

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