EKS-ANC-00206

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-ANC-00206

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
Other/NKF3	494.3	1.7E-148	1322	1650	329

Status

Unreviewed

Ensembl Protein

ENSACAP00000011290

UniProt Accession

H9GHR9;

Protein Name

Protein Synonyms/Alias

Gene Name

LOC100566634

Gene Synonyms/Alias

LOC100566634;

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
ENSACAG00000011547	ENSACAP00000011290	ENSACAT00000011527

Organism

Anolis carolinensis

Functional Description

Protein Length

1733

Protein Sequence
(FASTA)

MSACNAFTEH VWKPGECKNC FKPKNLHQLP PAPEKPPVSN TNLKTNATHN NNQRSRNTGN 60

FRPPVAKKPT IAVKPTMMTV DGQVICGEVS SQDPCENKPV TVGWNQNRAV VNKKTLNNNN 120

NEEEIEGYSH AHRPFGNSDD VGKSPSNNNG LTDVLKEIAG LDTSSPLTGN ELNSREAFLG 180

RINNCYKRSL ERKMPPSCMM GGMKDSQNKH VVLSGSTDVI SNEGGRFCYP ECSSGDESED 240

DMFFSSIHED HESWDESDEE LLAMEIRMRG QPRFANFRAN TLSPVRFCVD KKWNTVPLRN 300

KSLQRFCAVD YDDSYDEILN GYGDEPMILY GQESMQSMVS SDSMSPDSSL TEESCSGTAS 360

SSSQKLCNGV LSPSTPKDMK CIEEGYKGFC DDQQQKTASK SPQNVTKTLE THKAVLALRL 420

EEKDGKIAVQ SDNPECRSPS GMPAQATNSN LVHSEEQAKP YRIVNMEQPI CKPYTVVDVS 480

AAMTHECIEI QAKSVDSNSV LSNSSDTPIA NAAPNSVSAG QINANLKKSS AVRYQEVWTS 540

STSPRQKIPK VELIANAPGP SVPVRKNIHK SAPTSPTSTN LSTKTIPVKS PNLSEIKFNS 600

YNNAGMPPFP IIIHDEPTYA RSSKNAIKVP IVINPNAYDN LAIYKSFLGT SGELSVKDKT 660

TSVISHTYEE IEAKSTASES LACKSAELFQ TKGSVNSTER KLGSVAQKVQ EFNSCLGKGQ 720

TSPKTPDHSS PTNAQRTLQD TGARTDNSQE VSNGSRENAC TVLSQIVASI QPPQSPPEVS 780

QSGPKSCSAE ELYSLPPDAD TSKGAPVRPK SLFTLQSSAD AEAVQSTEVM SKEIPLKSPV 840

THSPMLVSPS HSSASPKSEQ APPFPPPRST SSPYHASKAL QRHFSNWTKP LSPVRSTEAE 900

SVLHSENRRA VDAKPKRWIS FKSFFRRRKT EDEEDREREK GKLVGLDGTV IHMLPPPPVQ 960

RHNWFSESKT DASEKPSIVF MFKCEQAKME ARSDQQKAEL QRADAVAREE QSPEVSEENL 1020

SSCSSPPQVP REILSFSRVP DEQTVENLSP RMPRSAFEHQ GSSDNASLTR LSPPEMLQGE 1080

EEKEDMSDSS DISACSATYS NLGQSRATMI PPKHPRQPKG ALDDAIAFGE ISDLEMATSL 1140

HPTPPPLPKK TILRAHTEPV PKELQKQTLE NSMCVMANPT YDIDTNWEAS SACSSVSSEF 1200

KAVDNESGDS LDRPPTKGLA ICSSTNSFSS LTATSIKDRG SNSAESLSSR PATHSKHSKA 1260

VQKPQRQALY RGIENRGEVV SKIRSLHTDS LKKLSAKCED LFMAGQKDQL RFGVDSWSDF 1320

RLTSDKPCCE AGDAVYYSAS YAKDPLNNYA VKICKSKAKE SQQYYHSLAI RQSLAIHFNI 1380

QQDCGHFLAD VPVRLLPWED PNSPEEEEEE QDDDVQKNKE SPTCADVSQK DSSSPQGTIS 1440

KQRSRVVVIT REVPYLTMAD FVQASSNRHD SNPDFYERQV CLLLLQLCSG LEHLKPYHIT 1500

HCDLRLENLL LVDYRPGSSL LNFDSVEPTP MSACPARLIV SNFSQAKQKT HMVDPEVLKD 1560

QSRLAPEIIT ATQYKKCDEF QTGILIYEML HLPNPFDENP ELKEKEYTRA DLPKIPCRSL 1620

YSLGLQQLAN CLLNPNPSER ILISEAKGVL QCLLWGPRED VFQTFSASSR PAQRETVLQN 1680

WLDIKRTLLM IKFAEKSLDR ECKVNLEDWL CCQYLAFATT DSLSRVVKIM QRR 1733

Nucleotide Sequence
(FASTA)

ATGTCTGCTT GCAATGCCTT CACTGAACAT GTCTGGAAAC CAGGAGAATG TAAAAACTGC 60

TTCAAGCCAA AAAACTTGCA CCAATTGCCT CCAGCCCCTG AAAAACCTCC AGTTTCAAAT 120

ACGAATCTAA AAACCAATGC GACCCACAAC AACAATCAGC GTTCTAGGAA CACAGGGAAT 180

TTTCGACCTC CTGTGGCAAA GAAGCCCACT ATAGCTGTGA AACCCACCAT GATGACAGTA 240

GATGGACAGG TTATATGTGG TGAAGTCAGC TCACAAGATC CTTGTGAGAA CAAGCCAGTT 300

ACTGTGGGAT GGAATCAAAA CAGAGCTGTT GTAAACAAAA AGACACTGAA CAATAATAAT 360

AATGAGGAAG AAATTGAAGG TTACAGCCAT GCACATAGGC CTTTTGGGAA TAGTGATGAT 420

GTTGGTAAAT CTCCAAGCAA CAATAATGGA CTGACGGATG TACTGAAAGA AATTGCAGGT 480

TTGGATACCT CATCTCCTCT AACAGGAAAT GAACTTAATT CAAGGGAAGC ATTCTTGGGA 540

AGAATAAACA ACTGTTATAA AAGATCATTA GAAAGAAAGA TGCCTCCAAG TTGTATGATG 600

GGTGGAATGA AAGATTCACA AAACAAGCAT GTTGTTCTGA GTGGAAGCAC TGATGTAATA 660

AGCAACGAAG GGGGTCGTTT CTGTTATCCA GAATGCTCCA GTGGGGATGA AAGTGAGGAT 720

GACATGTTTT TTAGCAGCAT CCACGAAGAC CATGAGAGCT GGGATGAAAG TGATGAAGAG 780

CTCCTAGCAA TGGAGATTCG TATGAGGGGA CAGCCACGTT TTGCAAACTT TAGGGCTAAT 840

ACACTATCGC CTGTCCGGTT TTGTGTTGAC AAAAAATGGA ATACAGTGCC TTTAAGGAAC 900

AAGTCTCTCC AGAGATTTTG TGCAGTAGAT TATGATGACA GCTATGATGA AATTTTGAAC 960

GGTTATGGAG ATGAACCCAT GATTCTATAT GGGCAAGAAA GCATGCAGAG TATGGTCTCA 1020

TCTGATTCCA TGTCTCCTGA CTCTTCTCTC ACCGAAGAGT CTTGCTCAGG GACAGCCAGT 1080

AGTTCTTCCC AAAAGCTCTG TAATGGTGTG TTATCTCCTA GCACTCCTAA AGATATGAAA 1140

TGTATTGAAG AAGGATATAA AGGGTTTTGT GATGATCAGC AACAGAAAAC TGCATCTAAA 1200

AGCCCTCAGA ATGTTACCAA AACTTTGGAG ACACACAAGG CTGTTCTTGC TCTTAGGCTG 1260

GAAGAGAAGG ATGGCAAGAT TGCTGTTCAG AGTGATAACC CAGAATGCAG AAGTCCTTCA 1320

GGTATGCCAG CTCAAGCCAC AAATTCAAAT TTGGTCCATT CAGAAGAACA AGCTAAACCT 1380

TACAGAATAG TAAATATGGA ACAGCCCATT TGTAAGCCAT ACACTGTAGT GGATGTATCA 1440

GCAGCCATGA CTCATGAATG TATAGAAATC CAAGCAAAAA GCGTAGATTC AAACAGTGTT 1500

CTGTCTAATT CATCTGATAC TCCAATTGCA AATGCTGCAC CTAATTCTGT CTCAGCAGGT 1560

CAAATTAATG CCAATCTTAA AAAATCGAGT GCAGTCAGGT ACCAGGAGGT TTGGACTTCA 1620

AGTACAAGTC CACGACAAAA GATCCCCAAA GTGGAACTAA TTGCCAATGC TCCAGGACCT 1680

TCTGTACCTG TACGGAAAAA CATACATAAA TCTGCCCCTA CTTCACCTAC TTCAACAAAC 1740

CTTTCTACAA AAACAATCCC TGTTAAATCT CCTAACTTGT CAGAAATAAA ATTCAATAGT 1800

TACAATAATG CTGGCATGCC ACCATTCCCA ATTATTATTC ATGATGAGCC AACTTATGCC 1860

AGGAGCTCCA AGAATGCCAT CAAAGTTCCT ATTGTAATAA ACCCAAATGC ATATGACAAT 1920

TTAGCTATTT ATAAAAGTTT TCTGGGAACG AGTGGAGAGC TCTCTGTTAA AGATAAAACC 1980

ACAAGTGTCA TCAGCCATAC GTATGAAGAA ATAGAAGCTA AAAGCACTGC ATCAGAAAGC 2040

CTAGCTTGCA AATCTGCTGA ACTTTTCCAA ACTAAAGGTT CAGTGAATAG CACTGAGAGA 2100

AAGCTGGGTT CTGTGGCTCA AAAGGTTCAG GAATTTAACA GCTGTCTTGG TAAAGGTCAG 2160

ACATCACCCA AAACCCCTGA TCACAGTTCC CCAACAAATG CACAAAGAAC TCTTCAGGAC 2220

ACTGGAGCCA GAACGGACAA TTCACAGGAG GTATCTAACG GCAGTCGAGA AAATGCTTGC 2280

ACGGTGCTCT CCCAGATTGT AGCTTCTATT CAGCCTCCAC AGTCTCCCCC AGAAGTGTCT 2340

CAGAGTGGGC CCAAGTCTTG CAGTGCTGAA GAACTCTATT CTTTACCCCC TGATGCAGAC 2400

ACAAGCAAAG GTGCCCCCGT AAGACCCAAA TCTCTCTTTA CACTACAGTC CAGTGCTGAC 2460

GCTGAAGCAG TACAATCCAC TGAAGTGATG TCAAAGGAAA TCCCTTTAAA GTCACCGGTC 2520

ACTCATTCCC CGATGCTGGT GTCACCCTCC CACAGCTCTG CCAGCCCCAA AAGTGAACAG 2580

GCCCCCCCAT TCCCTCCTCC CCGTTCCACA TCTTCGCCTT ATCATGCCAG CAAAGCATTA 2640

CAACGACATT TCAGCAATTG GACCAAACCA TTGAGCCCTG TCCGATCAAC AGAGGCAGAA 2700

TCTGTTTTGC ACTCCGAAAA TCGACGGGCT GTTGATGCCA AGCCCAAGCG CTGGATATCA 2760

TTTAAGAGCT TCTTTCGCCG CAGAAAGACC GAAGATGAGG AAGACCGCGA GAGAGAGAAG 2820

GGGAAACTGG TGGGTCTTGA TGGGACTGTG ATTCACATGC TCCCACCGCC TCCTGTTCAG 2880

CGGCACAATT GGTTCAGCGA GTCCAAAACA GATGCCAGCG AGAAACCCTC TATTGTTTTT 2940

ATGTTTAAAT GTGAACAAGC CAAGATGGAG GCCAGATCTG ATCAACAGAA GGCCGAGTTG 3000

CAAAGAGCTG ATGCTGTGGC AAGAGAAGAA CAGTCTCCCG AGGTGTCAGA AGAAAATTTG 3060

AGCAGCTGTT CTTCACCACC ACAAGTTCCA AGGGAAATTC TAAGTTTTAG TCGTGTGCCT 3120

GATGAGCAAA CTGTGGAAAA TTTGTCCCCT CGGATGCCAA GATCTGCATT TGAGCATCAG 3180

GGTAGCAGTG ACAATGCGTC CCTCACTCGG CTATCTCCTC CAGAAATGCT ACAAGGGGAG 3240

GAAGAAAAGG AAGACATGTC TGATTCCTCT GACATCAGTG CCTGCAGTGC CACATATAGT 3300

AACTTAGGGC AATCCAGAGC AACTATGATA CCACCAAAGC ATCCTCGACA ACCGAAGGGG 3360

GCTTTGGATG ATGCCATTGC TTTTGGCGAA ATATCTGATC TGGAAATGGC TACCAGTTTA 3420

CATCCAACAC CGCCTCCCCT GCCAAAGAAA ACTATTCTAA GAGCTCATAC AGAACCGGTT 3480

CCAAAGGAAC TCCAGAAACA AACCCTTGAA AATAGCATGT GTGTGATGGC CAATCCTACC 3540

TATGACATTG ATACCAACTG GGAAGCCAGC AGCGCCTGCT CTTCAGTCAG CTCAGAATTC 3600

AAGGCAGTGG ACAATGAATC AGGAGATTCT TTGGATAGAC CTCCAACAAA AGGACTGGCA 3660

ATCTGCTCAT CAACCAATAG CTTTTCCAGC CTAACGGCTA CCAGTATTAA GGACAGGGGT 3720

TCTAATAGCG CGGAGTCTCT GTCAAGTAGG CCTGCCACCC ATAGCAAGCA TAGCAAAGCT 3780

GTCCAGAAGC CACAAAGGCA AGCACTTTAT AGAGGAATTG AAAACAGGGG AGAGGTGGTA 3840

AGCAAGATCA GAAGTCTTCA CACTGACTCC CTGAAAAAAC TGTCTGCTAA GTGTGAAGAC 3900

TTGTTCATGG CTGGACAGAA GGACCAGCTT AGATTTGGAG TCGACAGCTG GTCAGACTTC 3960

AGATTAACCA GCGACAAACC ATGCTGCGAA GCAGGTGATG CTGTCTATTA CTCCGCATCT 4020

TATGCAAAAG ATCCCCTCAA CAACTATGCA GTCAAGATCT GTAAGAGCAA AGCGAAAGAA 4080

TCCCAGCAGT ATTACCACAG TTTGGCCATC CGTCAAAGCT TGGCTATCCA CTTTAACATC 4140

CAGCAGGATT GTGGCCATTT CCTCGCAGAT GTGCCTGTCC GGCTTCTTCC TTGGGAGGAT 4200

CCCAACTCAC CAGAAGAAGA AGAGGAAGAG CAGGATGATG ACGTGCAAAA GAACAAAGAA 4260

AGCCCCACCT GTGCGGATGT TTCGCAGAAA GACAGTTCGA GCCCACAAGG AACCATCAGT 4320

AAACAGCGCA GTCGGGTTGT GGTTATCACC AGAGAGGTTC CCTATCTGAC CATGGCAGAC 4380

TTTGTGCAAG CATCTTCTAA TCGCCATGAT AGTAACCCAG ACTTTTACGA AAGGCAGGTG 4440

TGCCTCCTCC TTTTACAACT GTGTTCTGGT CTGGAGCACC TGAAGCCCTA TCACATCACA 4500

CATTGCGACC TGCGTTTGGA GAACCTCTTA CTGGTGGACT ACCGGCCGGG AAGCAGTCTC 4560

CTCAATTTTG ACTCTGTGGA GCCCACGCCA ATGTCCGCTT GCCCTGCCAG GCTGATAGTG 4620

AGCAATTTCT CTCAAGCCAA GCAAAAGACT CACATGGTTG ATCCAGAAGT CCTGAAAGAC 4680

CAGTCCCGCC TTGCCCCGGA GATTATCACG GCAACCCAGT ATAAGAAATG CGATGAGTTC 4740

CAAACTGGCA TCCTCATTTA CGAAATGCTA CACCTGCCCA ACCCCTTCGA CGAAAACCCA 4800

GAGCTGAAGG AGAAAGAGTA CACTCGTGCC GACCTCCCCA AAATCCCCTG TCGTTCACTT 4860

TATTCCCTGG GACTTCAGCA GCTTGCGAAC TGCTTGTTAA ACCCGAACCC CTCAGAGAGG 4920

ATCCTTATAT CTGAGGCCAA GGGCGTCCTT CAGTGTTTGC TTTGGGGTCC CCGAGAAGAT 4980

GTGTTTCAGA CATTCAGTGC CTCCTCCAGA CCAGCCCAAA GGGAAACTGT GCTTCAGAAC 5040

TGGCTGGACA TCAAACGGAC ACTGCTGATG ATCAAGTTTG CTGAGAAATC TTTGGACAGG 5100

GAATGTAAAG TGAACCTTGA AGACTGGCTT TGTTGCCAGT ATTTGGCTTT TGCCACTACG 5160

GACTCCCTCA GCCGAGTAGT GAAAATCATG CAGCGACGTT AA 5202

Domain Profile

S: 1     ltsdkpcceagdavyytasyakdplsnyavkickskekksqsy.....vrqslpvhfniq  55

         ltsdkpcceagdavyy+asyakdpl+nyavkicksk+k+sq+y     +rqsl++hfniq

Q: 1322  LTSDKPCCEAGDAVYYSASYAKDPLNNYAVKICKSKAKESQQYyhslaIRQSLAIHFNIQ  1381

         79**********************************************************

S: 56    qdcGhflaevpsrlla..dpdapekd......................pkpasetepsak  91

         qdcGhfla+vp rll+  dp++pe++                         +s+  + +k

Q: 1382  QDCGHFLADVPVRLLPweDPNSPEEEeeeqdddvqknkesptcadvsqKDSSSPQGTISK  1441

         *****************99*9999998899999999988777666653223333334455

S: 92    erdhvvvitrevphltvadfvrdslashraepelyerrvcllllqlcsGlehlkeygvih  151

         +r+ vvvitrevp+lt+adfv+ s  +h+++p+ yer+vcllllqlcsGlehlk+y+++h

Q: 1442  QRSRVVVITREVPYLTMADFVQASSNRHDSNPDFYERQVCLLLLQLCSGLEHLKPYHITH  1501

         6***********************************************************

S: 152   rdlrlenlllvhlqpqagaaqaaapaepaptsaapsaapaattasqegprekqltrlivs  211

         +dlrlenlllv+++p +++   +   ep+p sa+p                   +rlivs

Q: 1502  CDLRLENLLLVDYRP-GSSLLNFDSVEPTPMSACP-------------------ARLIVS  1541

         ***************.99999999***********...................8*****

S: 212   nflkakqksgglvdlqikkdqarlapeivsasqykkfdefqtGiliyellhlpnpfevra  271

         nf++akqk+ ++vd++++kdq+rlapei++a+qykk+defqtGiliye+lhlpnpf++++

Q: 1542  NFSQAKQKT-HMVDPEVLKDQSRLAPEIITATQYKKCDEFQTGILIYEMLHLPNPFDENP  1600

         *********.**************************************************

S: 272   elkereyrredlprlpllslysrGlqqlasllleadpikriliseakrvl  321

         elke+ey+r+dlp++p +slys Glqqla++ll+++p++riliseak+vl

Q: 1601  ELKEKEYTRADLPKIPCRSLYSLGLQQLANCLLNPNPSERILISEAKGVL  1650

         ************************************************98

Domain Sequence
(FASTA)

LTSDKPCCEA GDAVYYSASY AKDPLNNYAV KICKSKAKES QQYYHSLAIR QSLAIHFNIQ 60

QDCGHFLADV PVRLLPWEDP NSPEEEEEEQ DDDVQKNKES PTCADVSQKD SSSPQGTISK 120

QRSRVVVITR EVPYLTMADF VQASSNRHDS NPDFYERQVC LLLLQLCSGL EHLKPYHITH 180

CDLRLENLLL VDYRPGSSLL NFDSVEPTPM SACPARLIVS NFSQAKQKTH MVDPEVLKDQ 240

SRLAPEIITA TQYKKCDEFQ TGILIYEMLH LPNPFDENPE LKEKEYTRAD LPKIPCRSLY 300

SLGLQQLANC LLNPNPSERI LISEAKGVL 329

Keyword

Complete proteome; Reference proteome.

Sequence Source

Ensembl

Orthology

Ortholog group

Ailuropoda melanoleuca"; ?>Bos taurus"; ?>Callithrix jacchus"; ?>Canis familiaris"; ?>Cavia porcellus"; ?>Danio rerio"; ?>Equus caballus"; ?>Felis catus"; ?>Gallus gallus"; ?>Gorilla gorilla"; ?>Homo sapiens"; ?>Ictidomys tridecemlineatus"; ?>Latimeria chalumnae"; ?>Loxodonta africana"; ?>Macaca mulatta"; ?>Meleagris gallopavo"; ?>Monodelphis domestica"; ?>Mus musculus"; ?>Mustela putorius furo"; ?>Myotis lucifugus"; ?>Nomascus leucogenys"; ?>Oreochromis niloticus"; ?>Ornithorhynchus anatinus"; ?>Oryctolagus cuniculus"; ?>Oryzias latipes"; ?>Otolemur garnettii"; ?>Pan troglodytes"; ?>Pelodiscus sinensis"; ?>Petromyzon marinus"; ?>Pongo abelii"; ?>Pteropus vampyrus"; ?>Rattus norvegicus"; ?>Sarcophilus harrisii"; ?>Sus scrofa"; ?>Taeniopygia guttata"; ?>Takifugu rubripes"; ?>Tetraodon nigroviridis"; ?>Xenopus tropicalis"; ?>Xiphophorus maculatus"; ?>