KEGG   Oryzias latipes (Japanese medaka): 101166941
Entry
101166941         CDS       T02443                                 
Name
(RefSeq) kalirin isoform X1
  KO
K15048  kalirin [EC:2.7.11.1]
Organism
ola  Oryzias latipes (Japanese medaka)
Brite
KEGG Orthology (KO) [BR:ola00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:ola01001]
    101166941
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:ola04131]
    101166941
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:ola04147]
    101166941
Enzymes [BR:ola01000]
 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
     101166941
Protein kinases [BR:ola01001]
 Serine/threonine kinases: CAMK group
  Trio family [OT]
   101166941
Membrane trafficking [BR:ola04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    101166941
Exosome [BR:ola04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   101166941
SSDB
Motif
Pfam: RhoGEF Spectrin PH CRAL_TRIO_2 SH3_1 SH3-RhoG_link PH_10 PH_19 SH3_2 IQ_SEC7_PH CRAL_TRIO SH3_9
Other DBs
NCBI-GeneID: 101166941
NCBI-ProteinID: XP_011481279
Position
2:11011505..11079535
AA seq 2359 aa
MNPADGGGEAGPDGQATAGSGKGESVRAVDVLTVLREKVAFVSGGRDKRGGPILTFPART
NHDRIKQEDLSRLVTYLSTIPSEDVRARGFTVVVDMRGSKWDSVKPVLRTLQESFSSNIH
TALLIKPDTFWQKHKTNLGSAKLSFETSLVSVEGLSRLIDPSQLTADLGGSLEYDHVEWT
ELRLGLEEFSGAATQLLTQLEQLEAGLSRIPEPQDIDEARKLLEEHTRLRNSIATAPVDA
LDREGKCLLQRMRLGSSHGEASNESGGGGGTWLSGGADFQSVAPKVSSLLDRLQGARSHL
LQCWGDKKLHLDQALQLHLFEQDATKMSEWIAHSKELFMQSLAEVGQNHQHALDLQTQHQ
HFTANCMNGSVNVDSVVTVAARLAEAGHYGAERIALVSSKLQDNWKSMTSALEERSNMLA
MATGFHQGAEQFLARVEGWVKLCSEGPLPSTTAELEPAIKKHQELNEEISANYTQVSESG
KALLEVLQRCPTTDSDESATKPDFTAATHTIMGVLHQVMQGHHEVEGAWQHRKLRLHQRL
QLCVFQQDVKQVLDWVEQHGEVFLNKHTGVGKSLHRARALQKRHDDFQQVAQNTYTNAEK
LLEAADQLAQSGECEEEEIYQAARDLELRMQAFIQRVEQRKLLLDLAVSFYTHTKELSAW
MEGLQKQLSSDLLVCPDTVEALQALISQQQQQQTNTQEAAMSVIREGEDLILQLRPQGSS
VAHVESVLQQLEESHVQLEELFHQRKIRVDIFLQFRILHQCTLEVTAEMDAWKMDLEKQS
QEFSSEKVASNRLAETNQDKLTQDKLALGQSRLVESSPEALTLAQQRIHRHMERRLAMNN
MIYEVIQQGHDLQQYISEVQASGIELSDVEGGLSSQVEELQRLLQDKQKELQQIADHTHT
LLEQNLQLRHLQSQVKQVLGWISEGEVMLSSCMLNSSCLSEAEQLQKEHERLQQAIEALL
HADSLQRTHQVALALQQRAELLVRSGHYDPDAVRSCAQTVALHWQTLMLRIEDRLKLVNA
SAAFYRTSQQVCGVLESLEQEYRREEDWCAGGERQPEQLLPLINKHMEQKEAFLKACTLA
RRNAEVFLKYIHRNSVTMANISGHSITVSGVSEVTGHSRVPEQQVKGILSELLQRENRVL
HFWTLKKRRLDQCQQYLMFQTHAQQALDWLQQSGDHYLATHTSPGATMAETQELLNQYRE
FCISAKHTQEKVHLLIQLAESMLAKGHTHRTELRRCVSTVDKRYRDFSVRMGQYRHLLET
ALGGCSQDNKDLELELIPNSLSDSDPEVNLSDPSHQVSDEKRRSARKKEYIMAELLQTER
VYVRDLQECIETYLWEMTSGSEDVPLGLANSHYTVFGNIQDIYEFHNSIFLKELENYEQL
PEDVGHCFVTWADKFHMYVTYCRNKPDSSLLIQQHGVGFFEEVQRRHGLANSISSALIKP
VQRITKYQLLLKELLACCEEGKGEIKEGLDVMLSVPKRANDAMHVSMLEGLEDGVEVQGE
LLLQDSFLVWEPKSLIRKGRDRHLFLFELSLIFSKEIKDSSGRTKYLYKSRLRTSELGVT
EHIEGDQCKFALWVGRTPTSDNKTVLKASSLELKQEWVRSIRQVIQERRGHLRGALREPI
PLPKTPNPTLGRQRSITRRETSEDADSLGDASSQPDTVSIASRTSQNTADSDKLSGGCEL
VVVLLDFTSGGPGELSVRCGQTVELVERSADRPGWCLIRTTDQTPQQEGLLPMSALCLSH
SHSAGDMEGLLPASTTSSSTSSTCTTTSSSLNSSSTTTSSSTMSAAKDSSLFSSEGSGLP
TQTSSQSATSPTVGGPGGAPVGAVGSPGPKRSGSGTGNTLKRWLTSPVRRLSQGKADGQK
KPPIRARRRDNKLELATPLTVNTQMQKARKEEAGQSGGEEEQEEESHTPLPPPMQIMKDP
NNPEALDSDQGSNESDTEQRNKALRGRMFVVNEMVQSEKDYVKDLGVIVEGFMSRLEVRG
IPEDMRGKDKIVFGNIQQIYDWHRDFFLVELERCIQNHDLLADLFIRHERRLHMYVVYCQ
NKPKSEFIVIEYETFFEEIQHEISCRMSISDYLIKPIQRITKYQLLLKDFFKYTTKAGLD
TEEIEKAVELMSLVPKRCNDMMNLGRLQGYEGKLTSQGKLLQQETFCVWEQDGGVLSRSK
ERRVFLFEQIIIFSELLRKGSNNPGYQFKNSIKVSYLAMQDSVDGDPCKFVLWSRGSAER
FTLQASSASIKMTWVETIATLLDAQNNFLSALQSPIEYQRKEGGISVTRPLSSGRPPSAP
PTPNGHATQPPADSEDDQELVQVLQDFVAVREDEISVFRGEKVQILSSNQQGQSLVYRPA
NTDSPAAEGWVPRSVLKTH
NT seq 7080 nt   +upstreamnt  +downstreamnt
atgaatccggcagatggaggaggagaagcgggcccggacggccaggcgacggcaggttct
ggtaaaggggagtctgtccgggcggtcgatgtcttgacggtgctcagagaaaaagtggcc
tttgtgtcgggtggacgcgacaaacgaggtggaccaattctcacctttcctgctaggacc
aatcacgatcgaataaaacaggaagacctcagccgcttggttacttatttatcaactatc
cctagcgaggatgtgcgtgcccgtggctttaccgttgtggtggatatgcggggcagtaag
tgggacagcgtgaagccggttctgcgaacactacaggagtccttttcctcaaacatccac
acagcactactcatcaaaccggacaccttctggcagaaacacaagaccaacctaggcagt
gccaagctgagtttcgagaccagtctggtgtcagtggagggtttgtcccgacttattgat
ccctctcagctgaccgctgacctcggaggttcattggagtatgaccatgtggagtggact
gagctgcgtcttggtttagaggagttctcaggggctgccacacagctactaacccaactg
gagcagctggaagccgggctgagccgcatacccgagcctcaggacattgatgaggcccgc
aaactcttggaagaacacactcgcctccgcaatagcatcgccactgcgcctgttgatgcc
ctcgaccgagaagggaagtgtttacttcagcggatgcgcctaggttcatcccacggtgaa
gcctcaaatgagagtgggggtggtgggggaacttggttgtcaggaggagcagatttccag
agcgtggcgccgaaggtttcgtctttattggaccggctgcagggggctcgcagtcactta
ctgcagtgctggggtgataagaagctgcacttggaccaggcactgcaactccacctgttt
gaacaggatgctaccaagatgtcagagtggatcgctcacagtaaagagctcttcatgcag
agtctggcagaagtcggtcagaaccaccagcacgctctcgatctacaaacgcagcaccag
catttcaccgccaactgcatgaacggcagtgtgaatgtggacagtgtcgttaccgtggca
gcaaggctcgcggaggccggccactacggagcagagcggattgctttggtgtcgtcaaag
ttacaggacaactggaagtcaatgacaagtgctctggaagagcggagcaacatgcttgcc
atggcaaccggtttccatcaaggggcagagcagtttctagcccgagtggagggatgggtt
aaactgtgctctgaagggccattgccatcaacaacagccgagctggaacctgcaataaaa
aaacaccaggagctcaatgaggagatttcagccaactacacacaggtcagtgaaagcggt
aaggcattgctggaggtccttcagcgttgccccacaacagattctgacgaatcagcaacc
aaaccagatttcactgcggccacacacaccattatgggggttctacaccaggtgatgcag
ggtcatcacgaagtagagggagcatggcagcatcgtaagctccgcctccaccagcgcctg
cagttatgtgtgtttcaacaggatgttaaacaggttttggactgggtggagcagcatgga
gaggttttcctgaacaaacacacgggtgtggggaagtccttgcaccgggcacgggcgctg
cagaagcgacacgatgactttcagcaggttgcacagaatacgtacaccaatgcagagaag
cttctggaggcagcagaccagttggcgcagtctggagagtgtgaggaagaggagatctac
caggcagccagagacctggagctgcgaatgcaggccttcattcagcgcgttgaacagagg
aagctgctgctggacctcgccgtatccttctacacgcacacaaaggagctctctgcatgg
atggagggcctccagaagcagctctcctcagacctcctcgtgtgcccggacactgtggaa
gctctgcaggctttaatcagccaacagcagcagcagcagaccaacactcaggaagctgcg
atgagtgtcatccgggaaggagaagacctcatcctgcaactcaggcctcagggcagctcg
gtggcccatgtggaatcggttttgcagcaactggaagagtctcatgttcagcttgaggaa
ctttttcaccagaggaagatccgagtggacattttcctgcagttccgcatactgcaccag
tgcacgctggaggttacagctgagatggatgcttggaaaatggacttggaaaaacaatcc
caggaattttcctcggagaaggtcgcctcaaatcggcttgctgaaaccaaccaggacaag
ctgacccaggataagctggcactaggacagtcccggcttgtggagtccagcccggaagcg
ttaacactagcacagcagcggattcacaggcacatggaacggaggctggcgatgaacaac
atgatatatgaggtcatccagcaaggtcatgaccttcagcagtacatctcggaggtgcag
gcatcaggtatcgagctgtcagacgtggagggtgggctgtcctctcaggtggaggagctg
cagcgcctcctgcaggacaaacagaaggagctgcagcagattgccgatcacacgcatacg
ctgctggagcagaacctgcagctgagacacctccagagccaggtcaagcaggtgctcggc
tggatctcagagggggaggtgatgctgtcctcctgcatgttgaattccagctgtctgtca
gaggcggagcagctgcagaaggaacacgagcgcctccaacaggccatagaggctctgctg
cacgcagactccctgcagaggactcatcaggtggcgctggccctgcagcagagagcggag
ctgctggtcaggtctggccactatgatccagatgcagtgaggtcctgcgctcagactgta
gcgctgcattggcagacactaatgctcaggattgaagacagactcaaactggtcaatgcg
tcggctgctttctacaggacatcccagcaggtatgtggggtcctggagagtctggagcag
gaataccgcagggaggaggactggtgtgcaggaggagagaggcaaccagagcaactgctg
ccgctaatcaataaacacatggagcagaaggaggcttttctgaaggcctgtactcttgcg
agacggaatgcagaagtttttctcaagtatatccatcgcaatagcgtcaccatggcaaat
atctctggccatagcatcactgtctctggggtctctgaggttactggccattccagagtc
cctgaacaacaggtcaaaggtatccttagtgagctgctccagagggaaaacagagttctt
catttctggactttaaagaaacgcagattggatcagtgccagcagtatctgatgttccaa
acccacgcacagcaggctcttgattggttgcagcagtcaggtgaccattacttggccaca
catacgtcaccaggtgcaaccatggctgagacacaggagctgctgaaccaatacagagag
ttctgcatttctgcaaagcacacacaggagaaggttcacctgctgatccagctggctgag
agtatgctggctaaaggtcacacccaccgcactgagctccgccgctgcgtttcaacagtg
gataagcgctaccgtgacttctctgtcaggatgggacaatatcgccacctgctagagaca
gcgctgggaggctgttctcaggacaataaagacctggagctggagctgatccccaatagt
ctctcggactctgacccagaggtcaacctatctgacccaagtcaccaagtcagtgatgag
aaaagacggtccgcccgcaaaaaggagtacatcatggcagagctccttcagacagaacga
gtctatgtcagagacctgcaggagtgcatagagacgtacctgtgggagatgacaagcggt
tcagaagatgttccactcggtcttgccaacagtcactacactgtgtttggaaacattcag
gacatctacgagttccataacagtattttcttaaaggagttagagaactacgagcagctt
cctgaagacgtgggacactgtttcgtcacctgggctgataagttccacatgtatgtgacg
tactgcagaaacaaaccagactccagtttattgatccaacagcatggagtgggatttttt
gaggaggtgcagaggagacacggacttgctaactccatctcctctgcgctgattaaaccg
gtccagaggatcaccaagtaccagctgttgcttaaggagctgctggcttgctgcgaggaa
ggcaagggggagatcaaggaaggcctggacgtgatgctgagtgtcccaaagagagccaac
gatgcaatgcacgtcagcatgttagaaggtctggaggacggggtggaggtgcagggagag
ctcctcctgcaggactctttcctggtctgggagcctaagtctctgataagaaaggggcgg
gacagacacttattcttgtttgaactgtcactcatctttagcaaagagattaaagactcg
tccggccgcaccaagtatctctacaaaagtcgcttgaggacgtcagagctgggagtgacg
gagcacatagagggggatcagtgtaagtttgcactgtgggtgggacgaacgccgacatca
gacaacaagaccgtcctgaaggcttcatccctcgagctaaagcaggagtgggttcgcagt
atccgacaggtgatccaggagaggcggggtcacctgcgaggcgcactgagggagcctatc
ccgctcccaaaaacccccaaccccacgctgggacgacagcgcagcatcacccgcagggag
acgagcgaggacgcagacagcctgggtgatgccagcagtcagcctgacacggtttccatc
gcatcacgaacgtcgcagaacactgccgacagcgacaagctctctgggggctgcgagcta
gtggtggtgctgctggacttcacctctggaggaccgggagagctcagcgtccgctgcggc
cagacggtggagctggtggagcgctctgcagaccggcctggctggtgtctgatcagaacc
acggatcagacgccccagcaagagggtttgctgcccatgagcgccctctgcctgtcgcac
tcccacagtgcaggtgacatggaggggctcctcccagcctccaccacctcctctagcacc
tcctccacctgcaccaccacctcctcctctctcaactcctcctccaccaccacctcctca
tccaccatgagcgcagcaaaggattccagtctgttcagttctgagggttcaggcctcccg
actcagaccagcagtcaaagtgccacctcccccaccgtaggtggaccgggcggagctcca
gtaggtgcagtagggtctccggggcccaaacggagcggctctggcacaggcaacacgtta
aagcggtggttgaccagccctgtgcgaaggctgagtcagggaaaagctgacggacagaaa
aaacctccaatcagagccaggaggcgggacaacaagctcgagctggccacgccccttacc
gtaaatacacagatgcagaaggcaagaaaggaggaggcggggcaaagtggaggggaggag
gagcaagaggaagaaagccacaccccattacctccaccgatgcagattatgaaagacccc
aacaatccagaggctctggactcagatcagggatcaaacgagtccgatactgaacagaga
aacaaagcactaagaggacgaatgtttgttgttaatgagatggtccaatcagagaaggac
tacgtaaaggacctaggagtgattgttgagggcttcatgtccaggcttgaggtcaggggg
atcccagaagacatgaggggaaaagacaagatcgtgtttggcaacatccagcagatctac
gactggcaccgcgacttctttctggtggagctagagcgctgcatccagaaccacgatctg
ctggccgacctgttcatcagacatgagcgtcgtctgcacatgtatgtggtttactgtcaa
aacaagcccaagtcggagttcatcgtcattgagtatgagaccttctttgaggagatccag
catgagatcagctgcaggatgtcgatcagtgattatctgatcaaacccatccagagaatc
accaagtaccagctactactgaaggacttcttcaaatatacgaccaaagcagggctggac
actgaggagattgagaaagcggtggagctgatgtcattggttccaaagcgctgcaacgac
atgatgaacctgggacgcctgcagggatatgaggggaagttgacgtctcaggggaagctg
ctgcagcaggagaccttctgcgtttgggagcaggacgggggagtcttgtctcgcagcaaa
gagcgcagagtcttcctcttcgagcagatcatcatcttcagtgaactgctccggaaaggc
tccaacaatccaggataccagttcaagaacagcatcaaggtgagttacctggccatgcag
gacagcgtagacggcgatccctgtaagtttgtgctgtggtcccggggctcggcagagcgc
ttcactctacaagcgtcctccgccagcatcaagatgacctgggtggagaccattgccact
ctgctggacgcccagaacaacttcctctctgctctccagtcacctattgagtaccagaga
aaagagggcgggatttcagtgacccgtccactgtcgtctggtcgtccaccgtctgctccg
cccacgcctaacggccatgccactcaacctcctgctgacagtgaggatgaccaggagctg
gttcaggtgctgcaggactttgtggccgtgcgggaggacgagatttccgtgtttcgggga
gagaaagtccagattctgtcgtccaaccagcagggtcagagtcttgtttacagacctgcc
aacaccgactcgcccgccgccgagggctgggtgccacgaagcgtgctcaaaacacactga

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (22)   
   KEGG ORTHOLOGY (1)   
   RefGene (18)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (12)   
   Pfam (12)   
All databases (45)   

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