KEGG   Panulirus ornatus (ornate spiny lobster): 139756560
Entry
139756560         CDS       T10834                                 
Name
(RefSeq) uncharacterized protein isoform X1
  KO
K16727  Rho guanine nucleotide exchange factor 10
Organism
porn  Panulirus ornatus (ornate spiny lobster)
Brite
KEGG Orthology (KO) [BR:porn00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:porn04131]
    139756560
   03036 Chromosome and associated proteins [BR:porn03036]
    139756560
Membrane trafficking [BR:porn04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    139756560
Chromosome and associated proteins [BR:porn03036]
 Eukaryotic type
  Centrosome formation proteins
   Centrosome duplication proteins
    Other centrosome duplication proteins
     139756560
SSDB
Motif
Pfam: WD40_2 PH_19 RhoGEF Beta-prop_LRRK2
Other DBs
NCBI-GeneID: 139756560
NCBI-ProteinID: XP_071532261
Position
22:13094881..13165589
AA seq 1900 aa
METEMKTAISRELGEEHQLEEDIAELPVASFEGDDEEKFPGMCSGPLTMFVDGSEKSSSV
QLPREDPQQSGLDLPVTSANDDNNNHPERVLPPPSEDPTLGKGEAAGKTVLNPAHGAVDQ
PDASVACSKEQDEGVTDLMAAICRVLPELSQALNPAGVRRRHSATVMLTEGGESQGLASQ
AQGGKWYCPEDTPSQPRPLSEDLALSQPYSMPHTIPTDTVNLFCIAGKDNLYGNFPVLDP
QVDVSETDGEKLRPCHFPSNSEVRDASDGSEGGLRHEPMGLERKGQDSSLPSGTEGGGPL
IGEPGTVVGSGGEKDDLEDGEKREVSGQHEPAGDIRGEGESESRGQIDVGQGEDQGKTGT
DPCPDTLMRLDGGEETTREGRVADAAPTRTSGTGDQNTEAQENQIVGPETRQDTQMSKAG
EDGEPYYATVRKGPPIPVAQDEGKVLNSQPTGFGEQTNDSAKDVVVPTATEHVYECPCEV
EEVVESCSVAEDACREDVTRHPTNPDDAMTVSDKTECRSRSDIGDNRPRAPEPIYESIDD
RNVRGNDKSERNDDKNERGDDRNERNGQDCDSRSSRSSRSSRSSTLSGPWCEDRIYEDIS
DLGSGGGGGGGSVGGGSGGGGSGGGGSGGGGSEETWVSRRLHVHRQLSSSDSWGSEDFES
YSSNEEENGGGGSVKTQAPNLENFKQRLLRKREQWREKRQSSKSLKDASRKDSKEDQSKE
SAKPAEDNPPSTPDNKLYRWFSLRKSVNYDVERRSSTIASTERTSSYTTTSNGTSANSNN
RMPKLLEEADSEHGGLFSENGGVFAHTFQRRHQPPTLPPMPQSLSPEQIKRRHIVASIVH
SENNYVATLQRLVNDYKKPLEDSKPPVLNAAKLSTLFHRVSEILQCHTLFRIALAECVRQ
WDREEKIGDVFVASFSKAIVLDIYSDFINNFARAMEVAKQESKKKTAFADFLKMRQITSP
DRLSFFGLMVKPVQRFPQFILFLQDLLKHTPQGHHDRMSLQLALTQLESLAEMLNERKRE
AEQYQAFRDTLKHINTKFALRGIQEGNRYLLRQDDVLQLEFNQSGLISKSKGRRLFLTND
LIICVTVVPKTTDDYGNQNERLSLKWAYPVTDVEIQDTSSSPTLSRLLASGVNKTGSINS
ARIPEETMGSSVDNLCQEMNDLMHDYEVVSRISTLVSSLRGTYDGLTAEHLQQVSSSIQR
ALHIRDEQMAWVDACCLQFTVKNKEGREKETFTFQTNNPVIKKDWIVELRLAQLALDSSN
SPAWDVPEQEKRPSTKMPLFVKSLPVFSSPHDTEVKCGCCYTVTMSRPSRLSGTGRHHTF
LWLCSTDGVSSHITIYLMQQVGLREVVRVDKVEVCVTSLQHVPGITTTTDEPSLRAHTVW
MGTHSHRLMVYSGLEPERQTELGSTTVPAAITTIKYHCDQVYVGLCNGCVQVYRRGADGA
WQLREPLNITLGSLAVSALLPINTHVYAACGDNVHVIDCFTAEVTKKFSVHHEGAGGVQL
MAHSGIGLWIAQQNTSTICLYHTETFRHLQDINVASNVNRVLGERGTSAANINVTALLAS
RGLLWVGTNVGVALTIPLPRLEGVPIISGRANISYHAHTGPITFLLTLQPLVRPQASLPE
LRPASRPSLQDNHSLSQHQEGSRLHGTDDTRSFMATPTPMSRLEKQQSDGSLVPPRRVPP
RLRQQLSSPVILRRKPRDSQQHVRRLSKTLPRGLGLGTLAGSQECDVYGLYGDLLNVHEY
EDEPMIIGEGLLLSRYDSMRRSDPELAVPSQVSTLDRRLRLKASRPRSLDLSTWSMDSRA
SSACTTSSGSEDGSAVMNSVISSNNGSTAPHDCLPLSSTTNSGTTSRSTIPGRRKENDQS
RTLMTLMGGRGYINLRQSLDAQTSHTNDRDAHVVVWEMKL
NT seq 5703 nt   +upstreamnt  +downstreamnt
atggagacggagatgaagactgccatcagtagagagcttggcgaggaacaccagcttgaa
gaagatatagcggagctccctgtggcgtcctttgagggagacgatgaggagaagttccct
gggatgtgttcgggtcctctcactatgtttgtagacggtagcgagaagtcctcgtcggtc
cagctacctcgggaagatccccagcagtcggggctcgatctgccggtaacttcggccaac
gatgacaacaacaatcatcctgaaagggtgttgcctcccccgtctgaggatccaacgctc
gggaagggagaagctgctgggaagactgtgcttaacccggcccacggggctgtagaccag
ccagatgccagtgttgcgtgctctaaggaacaggatgagggcgtcaccgacctgatggcg
gccatatgtcgcgtcttgccggagctctctcaggccttgaaccccgcgggtgtgaggcgg
cgccactccgccacagtcatgttgaccgagggaggagagtcccaggggctggcttcacag
gcccaggggggtaagtggtactgccccgaggacacgccctcccagccacgccctttatcc
gaggacctcgctctctcccaaccttacagtatgccacatacgatacccacagacacagtt
aacctcttttgtatcgcggggaaggataatttgtacggaaacttccctgttctggaccct
caggtcgatgtttccgagacagacggtgaaaaattgcggccctgtcactttccttcgaat
tctgaggtgagggacgcgtctgacggctcggagggggggttgcgacatgagcccatggga
cttgaaaggaaagggcaagactccagtctgcctagcgggacggaaggaggaggcccgttg
ataggggaaccaggaacagtggtgggtagtggaggggagaaagacgaccttgaagatggc
gagaaaagggaagtctcaggtcaacacgaacctgctggcgacataagaggtgaaggagag
agcgagagccggggacaaatagacgtaggtcagggtgaagatcaaggaaagaccggaacc
gacccctgcccggataccttaatgcgactcgacggtggggaggaaaccactcgcgaggga
cgtgtcgcagacgcggctccgaccaggacctctgggacgggagaccaaaataccgaagct
caagaaaaccagattgtcgggccggaaaccaggcaagacacacagatgtctaaagctggc
gaggatggggaaccatactacgctacagtgaggaaaggcccaccaatacccgtggctcag
gacgaggggaaagtcctgaacagtcaacccacgggatttggagagcagaccaacgacagt
gccaaagacgtggttgtgccgaccgctaccgaacatgtttacgagtgtccgtgcgaggta
gaggaggttgtagaaagttgtagtgtggctgaggacgcctgtagagaggacgtcactcgc
cacccgaccaatccagacgacgctatgaccgtcagcgacaagaccgagtgccgcagtagg
tcagatattggcgataaccgacccagggctccggagcctatctacgaaagcatcgacgat
agaaacgtcagaggcaacgataagagtgaaagaaacgacgataaaaatgaaagaggcgac
gatagaaatgagagaaacggccaggattgtgattcgcggtcgagcagatcgagtcggtcg
agccggtcgagcacactgagcggcccttggtgtgaggaccgcatttacgaggacatctcc
gatcttggcagtggtggtggtggcggcggtggcagtgtcgggggtggaagtggaggtggt
ggcagcggcggtggtggcagcggtggtggtggcagtgaagagacgtgggtttcacgccgt
cttcacgtccaccgtcagctctcgtcctcagactcgtggggctcagaagacttcgagtcg
tactccagcaacgaggaggagaacggcgggggcggatcagtcaagacacaggcaccaaac
ctggagaacttcaaacagcgtctattacgaaaaagagaacagtggcgagagaagcgacag
tctagcaaaagcctgaaggatgcctcacgtaaggattccaaggaggaccagtcaaaggaa
tctgctaaacctgcagaagacaatcctccttccacaccggacaacaaattgtacaggtgg
ttttccttacgcaaaagtgtcaattacgacgtggaacgacgtagcagtacaatcgctagc
actgagcgcaccagctcctacaccaccaccagcaatggtaccagtgccaatagcaacaac
aggatgccaaagcttttggaggaggcagatagtgaacatggagggctgttttctgagaat
gggggagtctttgcacacacttttcagcgaagacaccagcccccaaccctaccacccatg
ccacagagcctcagtcctgaacagatcaaaaggcgacatattgttgcatctattgttcat
agtgaaaataattatgtagcaacactccaaagactagtcaatgactacaaaaaaccttta
gaagactcaaaaccacctgtcctcaatgcagccaagctttctactttatttcatagagtt
tccgagattcttcagtgccacactttattccgtattgccctggctgaatgtgttcggcag
tgggatcgcgaggagaaaataggagatgtgtttgttgcttctttctccaaggccattgtc
ttggacatttatagcgacttcataaacaactttgctcgtgccatggaagttgcaaaacaa
gaatctaaaaagaaaactgcttttgcagatttcctgaagatgcgtcagatcacctcgcct
gatcgactgtcattctttggactaatggtgaagcctgtccagcgcttcccacagttcatc
ctatttctccaggaccttctaaagcatactccacaagggcatcatgataggatgtcgctg
cagttggctcttactcaactagaatcgctggcagagatgctaaatgagagaaaacgtgaa
gcagagcaatatcaggctttccgtgacactctcaagcatatcaataccaaatttgctttg
cggggaatacaagagggcaatcgctatttattacggcaagatgatgttctgcagctggaa
ttcaaccagagtggcctcatcagtaagagcaaaggacggagactgttccttaccaatgat
ctgatcatctgtgtgacagtggtgccaaagacaactgatgattatggtaaccagaatgaa
cgactctctctgaagtgggcctaccctgttacggatgttgagatacaagacacaagctca
tccccaactttaagtcggttactggcctcgggagttaataaaacagggtccattaattct
gctcgtatcccagaggaaactatgggttccagtgtggacaacttatgccaggagatgaat
gatcttatgcatgattatgaagtagtttcccgaatctcaaccctggtgtcatctctgaga
ggtacctatgatggcttgacagcagaacacttacagcaagtttcaagcagcatccagaga
gcattacatattcgtgatgagcagatggcatgggtagatgcttgctgtttgcagtttaca
gtcaagaataaggaaggccgtgaaaaggagacatttactttccagaccaacaatcctgtt
atcaagaaggattggattgttgaacttcggttagcacaattagctcttgatagttctaac
tctccggcatgggatgtaccagagcaagaaaagagaccctcaactaaaatgccactgttt
gtcaagtcactcccagtattttcttctcctcatgacacagaggttaaatgtgggtgctgc
tacactgtgaccatgtcccggccaagcaggttgtcaggaacgggacggcatcatacattc
ctgtggctgtgttccactgatggtgtttcttcacatatcaccatttacctcatgcagcag
gttgggctacgggaagttgtgcgtgttgacaaggttgaagtttgtgtgacatctctgcag
cacgtccctggcatcaccacaactacggatgagccttcactccgagctcacactgtttgg
atgggcacacattcacacaggttaatggtgtatagcgggctagaaccagaacgccaaact
gaattaggctctaccacagtaccagctgccatcacaacgatcaagtaccactgtgatcag
gtatacgtaggcctctgtaatggatgtgtgcaggtgtatcgacgtggagcagatggcgcc
tggcaactccgtgaacctcttaacatcacactggggtcactggcagtctctgcgctcctt
cccatcaacactcatgtttatgctgcgtgtggggacaatgtacatgtcattgattgcttt
acagcagaggttacaaagaaattctctgtacatcatgaaggcgcaggtggtgtgcagctg
atggcacattctggcattggactatggattgcacagcagaacacctcaacaatttgtctt
taccacacagaaaccttccgccatctacaagatattaatgttgcatcaaatgttaatcgt
gttttgggtgaaagaggcacttctgctgctaatatcaatgtgacagcactgttagcctcc
agaggacttttatgggtaggcacaaatgtaggtgttgcactcacaattccattaccacgt
ctggaaggagttccaattattagtggacgagcaaatatcagttatcatgcccatacaggt
cccataacctttcttctaacactacaaccacttgtaagaccacaggcttctcttcctgaa
ttgcggcctgcttcccgcccttctttacaagataaccattccctctcacagcatcaggaa
ggttcccgattacatggcactgatgacaccagaagcttcatggcaacacctacacctatg
tcacgactagaaaagcaacaaagtgatggtagtcttgttccaccaaggcgtgtacctcct
agactgcgccagcaattgagctcccctgtaatactgcgacgtaaaccaagagatagtcag
cagcatgtccgacgcctctcaaagacattaccacgtggtttaggacttggaactctagca
ggcagtcaggagtgtgatgtgtatgggctttatggagatttattaaatgttcatgaatat
gaggatgagcccatgataattggagaaggtctcctgttatctcggtatgattctatgcgt
cgtagtgacccagaattggcagtcccatctcaagttagcaccctggatcgtcgacttaga
cttaaagcatcacgtcctcgttctttggatctttcaacctggtctatggactctagggcc
tcctcagcctgtaccacatcctcagggtcagaagatggcagtgcagttatgaatagtgtt
atatcttcaaataatggttccacagccccacatgattgtttgcctttgtcatcaacaaca
aacagtggcactaccagcagatcaactatacctggccgtcgcaaagaaaatgaccagtcc
cgtacactcatgactctcatgggtggacgtggctatattaatctgaggcagtcactagat
gcccaaacttctcacaccaatgacagagatgcacatgttgttgtgtgggagatgaagctt
taa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (4)   
   Pfam (4)   
All databases (16)   

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