KEGG   Dendronephthya gigantea (soft corals): 114517560
Entry
114517560         CDS       T06112                                 
Name
(RefSeq) triple functional domain protein-like isoform X1
  KO
K15048  kalirin [EC:2.7.11.1]
Organism
dgt  Dendronephthya gigantea (soft corals)
Brite
KEGG Orthology (KO) [BR:dgt00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:dgt01001]
    114517560
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:dgt04131]
    114517560
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:dgt04147]
    114517560
Enzymes [BR:dgt01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     114517560
Protein kinases [BR:dgt01001]
 Serine/threonine kinases: CAMK group
  Trio family [OT]
   114517560
Membrane trafficking [BR:dgt04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    114517560
Exosome [BR:dgt04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   114517560
SSDB
Motif
Pfam: RhoGEF Pkinase Spectrin PK_Tyr_Ser-Thr I-set fn3 Ig_3 SH3_2 SH3_1 ig PH Ig_2 SH3_9 IQ_SEC7_PH Pur_ac_phosph_N V-set PH_10 Kinase-like PH_13 Ig_6
Other DBs
NCBI-GeneID: 114517560
NCBI-ProteinID: XP_028393134
Position
Unknown
AA seq 2811 aa
MQMALEKFNFEAMSLLTKLEEIHESLIHQDYADDLVTLREQVKHNQHVRKWIIKAPIETL
EEEGSKLLEWITENKLKHPDAASEDWNTTSARIKTILENLHGKREKLKDSWHIRKHRLEQ
CIQYHLFQLDAEKMRQWIKESQVDLVANFSEVGTDESSCTELENEHQNIQNSCNEISENI
KKILEGAEKLLQSGHYEADLIESIAGSLEQEWKQFAMDINERGNLLACSVGFHKKSEEFL
RRVRTWQDHLHDDSYSNLTDIDQLSQLLIQEGNVKKEIDTSYEAVSSESKQLLEALQQPI
LAGDERDSPEFSEAASHVMELFLNVHEHHRQLGILWDAKQSRLRELIHLLTLEQDITQVI
KWIDEHGEPFLDKHTDVGMTSEKAEALLKRHEEFEAIAKNTYTNANQIKEAIKQLQDSGE
CRPDEVRKRTQYFDRRVQNFVRRVEERKEILEQAVSFYSSTKTIHENVDRVKAQLEIEEL
SDDPDDIAKVLLKLRHECERALENINQSINDGRLIVEHVTRGTQDVKTSGSCDHLEELIS
ELEAKKNVLEMAWMRRREQMELWQQLWEFERDGEQVKNHLESCEADLEKGGLADDLNGAK
QMLESFQEQLKAIDTLSLRTFCKGEELIDLLRHSDVELRVRNPNTPETIDAHHHIQNLLE
FLHHQRSSFLEFAEARKRKLEHRLGLKRLEADTKQAIGCIRNGENMLLSNIIPGFSFAEA
KDSLTEYEQFKKAMEKTRQRVASIQSRADELVKQNHATPDQVKKCSDLVFTRWQQLMKKA
NEKHQIVMASFNFFQTSEQVSSLLQKVLKDYKIGDDPCAQYSELELRDRCSVITSLLENH
AREREEIAKGHEAVYGYADAFLKNVSPTTENGGNLAAGLPNDANKEKMEQQVKEISELIR
GQKKFALDLWNVKNTVLGQCKEFLDFESSAKQALEWIHDQGEFYLSSNATIPDNEDEAKQ
RYEEHQKFTEMSEVYEEIREKVKCLLQDADELYKQSCFHSDGITQWATAVDKRFKDFTSR
MTKYLNQLESKLGFPITKYSENDEEMPDVSVLSQAQQHPQSLAIREKTLNLRELSKDSGI
HELMEEEKRKSARRKEFIMNELLHTERTYVADLKCIIQNYMEVMSTNPNVPQGLVGKEDV
VFGNIKEIYEFHQSVFLNALEKYETHPEDVGECFAEKAEEFKMYVFYCKNKTLSNNLLIE
HGATFFSDLQASYNHGLSIAAYLIKPVQRITKYQLLLKDLLTCCEGSETSLEAGLEVMLS
VPRQANDEMSISLIRGFDEHMHCLGRILLQDVFFMWDAKLLRRKGKERHLFLFQQGLLVT
KEVKDVDGKVVYLFKYKLKCSELGVTEHIAEDGCKFAIWTGLPPNNDDRKILKANTLDVK
QNWVKQLRSLQQQFQFGVLRSRTMSTCSKGAWKNPDRESGVVDDDRVSWDFEYGDKACDE
GSATEVTYYSVENYTRLAEDEISVRKGQFVEVLESPANNSRWRIRFINPETEPQIQEGWV
PSDVLRRQEEPRRIRRNSDGSLCSSEDSNSLSSCNDLSPAASLYNSPGVLNGATSPPVRR
RAKSTGQFGTLRMKPWRRDSMKKSTKSLQASPVPRNTRISGGGSKKLQALLGASENDIDL
LIKTKSPAPISPHKNGGSLEEDLSLPEETHGQLVAENGRNGSTEIIHDETEEIRQSKESL
QSKGSSEDCLRESNESLLNDEEDDKGNGVTCDEEDNKDCESQEDKEAIALKKRMYVIKEL
IQTEQDYVTDLESVVEGYIPELSKDDVPEELKGKEREIFGNMRQILEWHKSFFCKELEKC
EDAPERIGTVFLKAAKRLEMYIHYCQKKPKSEGLVREFEDTYFQDLKTRLGHRLALSDYL
IKPVQRIMKYQLLLKDILKYTERANLESTDLKSALDIMRVIPKKANDMMNVGMLEGYCGN
IKAQGDLILQDIVQVADYKAKTKPAKRRVFVFEQMIIFSEPFERKKDWTVFIYRHSIKTN
FMGVTENYGDDPCKFAIWTHRSPSEIYVLKTETPEDKLKWIKTLKQLLEHLKQFANEDDD
DCCNDSLNELNDFDEALVNPIEYQGGNFDPLGINSVTTSEGQVTPPAVTEENSRNNLISP
ATVTRRHSSASKTMSVPTPNQVRHFSLIPLDTAKTLEGLTGVFSEGRGKDKYTATSDYKA
KAKDQITVKKGDIVYVVSSKKHDKKWLYGHVSGSETFGLVPARVLHKDPDENHVNEDDLV
MNGPDKSKLSRKHSFPNSALRRVTQKKTKQDFFSHISTQLRDSIEKFQHDFHDDELLDGA
SEQLPNGSAVKETGPRCRLELRDAIINRPNTLRLSCEIVGNPAPTFHWEKDSKPLAATER
LKITQESQRSTLEITSSEFEDSGVYTCTAVNDHGQVTTSCIAQVRDKPSSPSKPTVTEIT
SSSVIVKWNPPASDGNSAITAYTVECKETGVSHWQAPVPFVSTTSTVVDDLTPGSVYQFR
VSANNVVGISKPSPPTESITLDVGNGKCHRDIGKDAVIWKADIDEFHNVYAELGRGRYSV
VKKCVDKISGKEYAAKLIKKRMCSQQDVEREVTILRRLKHPNINVFVDSFENDKNWIIVL
ELLPNGRLFDSIVVANPWTEKEAVGFVHQILEAVQHLHDCRVAHLDLKPENLLLDSGPIP
KVKLVDFGGAFTMSNENIIPDLLGNPEFSAPEVIRGLPISIETDVWSVGVIVHVMLTGVS
PFYDEHLQTMCDNISKVNCDLDADFMSNISTEAKAFIRRLLIREQWRRPECSDCLDMRWM
KMISTRSPFPVPVTRLNTSRLASFNARRRKDQHEVTKIRPLLLTEKGESNV
NT seq 8436 nt   +upstreamnt  +downstreamnt
atgcagatggcactagagaagttcaatttcgaggcgatgtccttgttgacaaaactggag
gaaattcacgaaagtttaatacaccaggattatgccgatgatttggtgaccttgcgcgag
caagtgaaacacaatcagcatgtcagaaaatggattatcaaggcgcctatcgaaacactg
gaggaagaaggaagtaaactactggagtggataaccgagaataaattaaaacaccccgac
gcggccagcgaggactggaacacaactagtgctaggattaaaacaattttagaaaattta
cacgggaaaagggaaaagttaaaggactcgtggcatatcaggaaacacaggctagaacaa
tgcatccagtatcatctttttcaactagatgctgagaagatgagacaatggatcaaggaa
agtcaggtggaccttgtagcaaattttagtgaagttggcacggacgaaagttcttgcaca
gagctggagaacgaacatcaaaatatacagaattcatgcaacgaaatatctgagaacatt
aagaaaatcctcgaaggagcagaaaagttattacaatcgggacattatgaagcggatctt
attgaatcaatagccggttcgttagaacaagagtggaaacaattcgctatggacataaat
gagcgtggtaatttgctcgcttgttcagtcggttttcacaagaagagtgaagagttttta
cgccgtgtacgaacgtggcaagaccatctgcacgacgatagctactcgaacctcactgat
atcgatcaattgagtcagttattaatccaagaggggaatgttaagaaggagatagacaca
tcctacgaagcagtctcgtcagaaagcaagcagcttctcgaggctctacagcaaccgata
ctcgccggagacgaacgggattcgccggaattctccgaggccgcgtctcatgtcatggaa
ctatttttgaacgttcatgaacatcacagacagttggggatactgtgggatgctaaacaa
tccaggcttcgggaattgattcatctgttaaccctcgaacaggatataacccaggtaatc
aaatggattgatgagcacggagaaccattccttgataaacatacggatgttggaatgaca
tcagagaaagccgaagctctgctgaaacgtcacgaagagtttgaggcaattgcaaagaac
acttacacaaacgcaaatcaaatcaaagaagcgatcaagcaattgcaagactcgggtgaa
tgtcgtcctgacgaagtacgaaagagaactcaatattttgatcgacgtgttcagaacttt
gtgcgtcgtgttgaggagaggaaagaaatacttgagcaagctgtatcattttattccagc
actaaaacgattcacgaaaatgtcgaccgagtgaaagcccagctggagatcgaagaactg
tcggacgatcccgatgatatagcgaaggtgcttctgaaattacgtcatgaatgcgaacga
gctttagaaaacattaaccaaagtatcaacgatggcaggctcattgttgagcacgtgacc
cggggaacgcaggacgtcaaaacgtccgggtcatgtgaccatttggaagaattgatctca
gagctcgaagcgaagaaaaacgttcttgaaatggcgtggatgagaagacgagaacagatg
gagctatggcagcagctgtgggagtttgaacgagatggagagcaggtgaagaatcacttg
gaaagctgtgaagcggatctcgagaagggaggcttagccgacgatctgaacggcgcgaag
caaatgcttgaatcattccaggaacaattgaaagctatcgatacgctctcgctgagaact
ttctgcaaaggcgaggaactcatagaccttttaaggcattctgacgttgagttacgggtt
cgtaatcccaacacgccggagacgatagacgctcaccatcacatacaaaacttactcgaa
tttctacatcaccaacgaagctcgtttttggaatttgccgaggcaagaaaaagaaaactg
gaacacagacttggattgaagaggttggaggccgacacgaaacaggccattggatgtatt
aggaatggcgaaaatatgttgctatcaaatattatccctggattctcttttgccgaagcc
aaggacagcctcacggaatacgaacagtttaaaaaggctatggagaaaacgaggcaacgc
gtggcttctatacaaagtcgtgcagacgagttagtcaaacaaaatcatgctacacctgac
caagtcaaaaaatgctcagatcttgtgtttacaagatggcaacagttgatgaagaaagcc
aacgaaaagcaccaaattgttatggcgtcgttcaacttcttccaaacatcagagcaggtc
agcagcctgcttcagaaagtgttgaaagattacaaaatcggcgatgatccttgtgcgcag
tactccgaactggagttgcgcgatcgatgcagcgtgattacgtcattactggagaaccac
gcgcgggaacgcgaggagattgcgaaaggccacgaagcggtgtacggttacgcagacgct
ttccttaagaacgtctcgccgaccactgagaatggcggaaatcttgccgcgggcttaccc
aatgacgcaaacaaggaaaaaatggaacagcaggtgaaagaaatttcagagttgatccga
ggacaaaagaaatttgcgctggatctttggaatgtgaagaataccgttctagggcagtgc
aaggaattcctggactttgaaagtagtgctaaacaggccttggaatggattcacgatcag
ggagagttttatttgtcatcgaacgcaacgatcccggacaatgaagacgaggcgaagcag
cgttacgaggaacatcaaaaattcactgaaatgtcagaggtatatgaggagatcagagaa
aaggtgaagtgcttgcttcaggatgctgacgaactgtacaagcagtcgtgtttccatagt
gacggcatcacgcaatgggcgacagcggtcgataaaagattcaaagatttcacgagtcgc
atgacgaaatatctgaatcaactcgagtccaaactgggtttccccatcacgaaatatagc
gagaatgacgaggaaatgccggatgtttcggtcttgtcacaagctcaacaacatccacag
agcctcgcgatacgtgaaaagacgctcaacttacgagaactctctaaagacagcggtatt
cacgagctcatggaagaggaaaagaggaaatctgcaagaaggaaagagttcattatgaac
gaattgcttcacactgaaagaacttatgtggctgatttgaaatgtattattcagaattat
atggaagtgatgtctacaaacccgaatgtacctcaaggtctggttggaaaagaagatgtt
gtctttggtaacatcaaagagatctacgaatttcatcaaagcgtgttcctgaatgctttg
gagaaatacgagacccatccagaagatgttggagaatgctttgcagaaaaagcagaggaa
tttaagatgtacgtgttctactgcaaaaataaaacgttatcaaacaacctgctcatcgaa
catggagcgacgtttttctcggatctgcaagcgtcgtacaatcatggtctctccattgct
gcttatctcattaaacccgttcagagaataacaaaatatcaactcttgcttaaggatctg
ttgacgtgttgtgaaggttcagaaacaagtctcgaggctggccttgaagtcatgttgagc
gttcctcgacaagccaacgatgaaatgtccattagtttgattcgagggtttgatgaacat
atgcattgtttgggaagaattctcttacaggacgtcttcttcatgtgggatgccaagtta
ttacgacgaaaaggcaaagagagacatctatttttgttccaacaaggtcttcttgttaca
aaagaagtgaaagacgttgacggaaaagtcgtatacttgttcaagtataagctgaagtgt
tcagaacttggcgtgactgagcacattgccgaagacggatgtaagtttgcgatatggact
ggactgccacctaacaatgacgataggaagatacttaaggcgaacacactggatgtgaaa
caaaactgggtaaaacaactacgtagtcttcaacaacaatttcaatttggcgttttaaga
agcagaaccatgtcgacctgttcaaaaggcgcttggaaaaatcctgacagagaaagcggt
gtcgtggatgacgaccgtgtgtcctgggatttcgagtatggagataaggcttgtgacgag
ggttctgcgacggaggtaacatattacagcgtggaaaactacacgagattagccgaagac
gagatatctgtgagaaaaggacaattcgtcgaagtcctcgagagtccagcgaacaactcg
cgatggagaatacggtttataaatcccgaaactgagccacagattcaagaaggttgggtt
ccgtcagacgtgttgagaagacaagaagaaccgaggagaattcgtcgcaattcggacggc
tccttatgcagtagcgaagattctaattcgttgtcttcctgcaatgacctgagtccagct
gcgtctctctacaatagcccaggagtactcaacggagcgacatcaccccccgtacgaagg
cgagcgaaatcaacaggacagtttggtactctgcgtatgaaaccttggagacgagattca
atgaagaaaagtacaaaatccctccaggcctctcccgtaccgcgcaacaccaggatctct
ggcggaggaagcaagaagcttcaggcattacttggcgctagtgaaaatgacatcgatctg
ttaatcaagacaaaatcaccagcgccaatttccccacacaagaatggcgggtccttggaa
gaagatctgtcacttcctgaagagactcacgggcaactggtcgcggaaaacgggcgtaac
ggctcgacggaaataatacacgacgagacggaggaaatacgacagagcaaagaaagtcta
caaagcaagggaagttccgaggattgtctacgtgaaagtaacgaaagtttattaaacgat
gaagaggatgacaaggggaatggtgtcacttgcgatgaggaagacaacaaagattgcgag
agtcaggaagataaggaagcgattgctctgaaaaaaaggatgtatgtcatcaaagaactc
attcaaactgaacaggattatgtgacggatcttgaatctgtcgtcgagggatacatacca
gaattgtcgaaagacgacgtccctgaagagttgaagggaaaggaaagagaaatatttgga
aacatgaggcagatccttgaatggcataaaagtttcttctgtaaagagcttgagaaatgc
gaagacgcacctgaacgaattggaaccgtttttcttaaagccgcaaaacgtttagaaatg
tacattcattactgtcagaagaagccgaagtctgaaggactggttagagaatttgaagac
acgtatttccaggatttaaaaacccgtcttggccaccgattggctctctcagactatttg
attaagcctgttcagagaatcatgaaatatcaacttttactgaaggatattttaaaatac
acagaaagagccaacttggagtcgaccgatctcaaaagcgctttggatatcatgcgagtt
atcccgaaaaaggcaaacgatatgatgaatgttgggatgttggaaggatattgtggtaac
atcaaggctcaaggcgacctcatcttgcaagatattgtgcaagtggctgattacaaggcg
aaaacaaagccggccaaaagacgtgtgtttgtgttcgaacaaatgatcatattcagcgaa
ccttttgagagaaagaaagattggactgtcttcatatatcgacacagcatcaagaccaac
ttcatgggtgtgacggagaattacggtgacgatccatgcaagttcgcaatttggactcac
cgtagtccgagtgaaatatacgtgctgaaaacggaaacaccagaagataaattgaagtgg
attaaaactttgaaacagttactggagcacttaaaacaatttgcaaatgaagacgatgat
gattgttgtaatgactccttaaacgaactaaatgattttgacgaagctctggtgaatcct
atcgaatatcaaggtggaaactttgatcctctagggataaacagcgttacgacttcagaa
ggtcaggtcacaccaccggccgttactgaagagaattcacggaacaatctcatttctccg
gcaaccgtcacgcgacgacacagctccgcaagcaagacaatgagtgtgcctactccgaat
caggtcaggcattttagtcttattccactcgatacggcgaagactctagaaggactaaca
ggagttttttccgaagggcgagggaaagacaaatacacagccacgtctgactacaaggcc
aaagcgaaagatcaaatcactgtgaaaaaaggcgacatcgtttacgtagtttcaagcaag
aaacacgacaagaaatggttgtatggtcacgtttccgggagtgaaaccttcggacttgtc
ccagcgcgtgtcttgcacaaggacccggatgaaaatcacgtgaatgaagacgatttggta
atgaacggaccagacaaatcaaaactatctcgcaaacacagttttccgaacagcgctcta
cgccgggtaacgcagaaaaaaacgaaacaagacttcttcagtcatatctcaacgcagctt
cgtgacagcatcgagaaattccaacacgatttccacgacgatgagttactggatggggca
tctgaacaattaccaaacggaagcgctgtaaaagaaacgggtcctcgatgtcgccttgag
ttaagggatgcgatcatcaatcgtcccaacactctgcgtctgtcctgcgaaattgtggga
aatcccgcgccgacgtttcattgggagaaagactcgaagcccctcgcggccacggaacga
ttgaagatcacgcaggaatcgcaacgcagcacgctcgagatcacgagcagcgagtttgag
gatagcggcgtctacacgtgcaccgcagtcaacgaccacggtcaggtgacgacgtcttgc
attgcgcaagtccgagataagccctcatcaccttcgaaaccgaccgttaccgagataaca
tcctcgtcggtcatcgtaaaatggaatcctcctgcgagcgatggcaatagtgctattacc
gcgtacactgtcgaatgtaaagagactggggttagtcattggcaagcaccagtcccattc
gtttcgacgacatccacggtcgttgatgatctcactccaggttcagtgtatcagttccga
gtcagtgcaaacaatgtggtcggaattagtaaacccagtcccccaacggagtcgataact
ctcgatgtcggtaatggaaaatgtcatcgagacattggcaaagatgcggtgatttggaag
gcagatatagatgaattccataacgtctacgccgaacttggaaggggaaggtactcggtc
gtcaaaaagtgcgtcgacaaaataagcgggaaggagtacgccgcaaaattaatcaaaaaa
cgaatgtgttcacagcaagatgtggaacgagaggtgacaatcctgcgtcgtttgaaacac
ccgaacattaatgtcttcgtggactcttttgagaatgataaaaactggattattgtcctg
gaacttttaccaaacggtcggctgttcgactccatcgtcgttgcaaatccttggacggaa
aaggaagctgttggttttgtacaccagattcttgaggctgtccagcatttacacgactgt
cgagtggctcatctagacttaaaacctgaaaacctcctgctcgacagtggtcccatccca
aaagtaaaacttgtcgactttggcggcgcctttacgatgtcaaacgaaaatatcattcca
gatcttcttggcaacccagaattctctgcgccagaagtcattcgtggtttaccaatcagt
atcgaaacagatgtctggagtgttggagtcatcgtgcacgtcatgttgactggagtatca
ccgttctatgacgaacatcttcaaacaatgtgtgataacatatctaaagtaaactgtgat
ttggacgcggatttcatgtcaaatatttcgaccgaagcaaaagctttcatcagacggtta
ctcattcgcgagcaatggagaagaccggagtgcagcgattgtctggacatgagatggatg
aaaatgatctcaactcgttcacctttccccgtgcccgtcacccgtctaaacacgtcacgg
ctggcatcgttcaacgcgcgcagacggaaggatcagcacgaggtcaccaaaatacgaccg
ttacttctaaccgagaagggagaatcaaatgtataa

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (8)   
   RefSeq(pep) (8)   
DNA sequence (8)   
   RefSeq(nuc) (8)   
Protein domain (20)   
   Pfam (20)   
All databases (46)   

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