EKS-ANC-00018

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-ANC-00018

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
CAMK/Trio	345.3	2.0E-103	458	713	256

Status

Unreviewed

Ensembl Protein

ENSACAP00000006664

UniProt Accession

G1KFS2;

Protein Name

Protein Synonyms/Alias

Gene Name

Gene Synonyms/Alias

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
ENSACAG00000006816	ENSACAP00000006664	ENSACAT00000006810

Organism

Anolis carolinensis

Functional Description

Protein Length

1957

Protein Sequence
(FASTA)

PVWDPPDFEE ELADCTAEVG ETVKLACRVT GTPKPTVTWY KDGKPVEVDP HHIIIEDLDG 60

SCTLILDNLT GIDSGQYMCY ASSPAGSAST LGKILVQVPP RFVNKVKHAY YADGEDAQFT 120

CTIEGAPYPQ IRWYKDGSPL TDPNKHQSFS EPRSGVIVLV IKNACKDDMG VYECELVNRL 180

GTAKSGAQLY HQSAAALAQE RRPDQTITIE DPSIQMSPQS FTSYLVVFLC YEAIGLATGP 240

VTHPSLQNLG LHSNYSSSHS PRSEFSTPEP IFVTKIRQPT HRHDPEAMQK AAIPTLFVTE 300

PDERQGAGAW ANLGRPVCLV WDVLLLEVKN TKQCLLHLRG CDLTTSGPPY MQVTIEDEQV 360

RCGEMAKFHA IIEGDPIVLW FKGISLLIDS ERIRQFNEGT RYSLILYNTR PEDGGVYTLI 420

AKNSAGEVLC KAELVVQEDK KSQEAKKEST RRKLHAFYEV KQEIGRGSFG FIKRVVHKEN 480

RVPCAAKFIP LRSKRREQAY RERDILASLS HERIIQLLDQ FETRKTLILI LELCSSEELL 540

ERLFKKNVVT EAEVKIYIKQ LLEGIGYLHE NQVLHLDIKP SNILMVYDDR DDIKLCDFGF 600

AQKINPAEPQ YSKYGSPEFV SPEILSQSPV SKASDIWPIG VISYLRISLT CKSPFAGEND 660

RATLLNIQSG NIPWDSPDVV HLSKEAKDFI RKILQPSPEA RPSAMECLSH AWFQHNLPLE 720

ESHFIETKQL KFFVSRSKWQ RSLMSYKSVL VMRPIPDILE KTHQNTSLGI SRHLVEDSSS 780

SSTSGSSSDN EIAVSPGKRH FGPTPELHLS VFEEANFPEY HQPSETSLPL VKEEGKREGA 840

EAGRSPGCIP RHSVIKSTFY SQPSESLANV PPSPGKEHRK HLERAKRSYR KAGYSKSALS 900

GLREPLLEQF GEEGVEEISG DEETERSREG GPLMIKSASF DTAQKSPRVA FPVTSRRGEG 960

LMHQEDITSG LVHKQEGKAK QLLQTPKASI PKRESNDGQS LPMVSHDSKI GRYLPEETKL 1020

TPHKKEPSAV AKSTVLEGKV PASSQAKSAP GSISESKSQK LLYQAPAMPS KIKLPDIKGQ 1080

VPFGIETVPV HISGEESQPI SQQKPAIYSG VVSGVLQSIP SFSQGAFQAP ISSVGMAHEE 1140

KSSSAKPSIY REAIPVPSEV RSLLQEGESI YRLMPRGQGA SASGFSHEGP SQKHSVYSDR 1200

EAETLDYLVD EMVCLSEEMT ALAESVSEQE GFERHVSPSR GSQGSGQMYN RMYEIALVQI 1260

QDLSEDMPHP DSKTGKFDIY EVEPAFLNLY ELYDIVYFPF EFLSFRKSPE KLPRKRRFPL 1320

DEEKTASTPE LETVSKQTQA HMIGKRSDSE GDIPIESQQI YVLSEDPTGK RRSSLQSRLG 1380

RFKPFVRSQS MELVEQSLKK KMKASVAHLS RMLTRKSSSD EEKSPGSAKR RLAFPSFTLP 1440

SLKMKEKAPS FVEELTDQTI SLGQSLTLSC RTSSRSSPRT EWFKDGAALR STDRILISST 1500

LKHYQLLTIL AATREDFGTY TCVATNSQGT ISTSCVIRRA EAPSNPPAPD IVDVLEDGVQ 1560

LAWEPVDMKT SVTYSVLCKK DDGEWKTLAS DISDCCYTVE HLPEGLVYSF RIACVTKAGV 1620

GPYSNPTAKV KIGERDQEAF QAQEAADDKM TAPAQPTHQT YAFQTEIKSR GRFSITKQCR 1680

EKLSGNPLAA KIIPYRQENK EAVLMEYHIL RKLHHTNIGQ LQGAYVSPRH LVLIMELCVG 1740

PELLNALAGR SSYSEVEVRD YLWQILSAVE YLHAQNILHL DLRSENMIIT EPNLLKILDF 1800

GNAQFYTPDR VITLDGCTDY VETMASELLS DKGAVPQTDI WSVGVTAFIM LSAEYPIHSE 1860

AACDFGRLVK REKVKLNKCY AGLSGGAVSF LQSTLSSNPW RRPTASECLQ SPWLQETGLD 1920

ERQQATVSFS TTKLRNFMAE RERKRALLCS KYGVMAV 1957

Nucleotide Sequence
(FASTA)

CCCGTTTGGG ATCCACCAGA TTTTGAGGAG GAACTGGCTG ACTGTACAGC TGAGGTTGGA 60

GAAACGGTCA AGTTGGCCTG CCGGGTTACT GGAACACCCA AGCCAACAGT TACATGGTAT 120

AAAGATGGTA AGCCTGTGGA GGTGGATCCC CATCACATCA TCATTGAAGA TCTCGATGGC 180

TCCTGCACTT TGATCCTTGA CAACCTCACA GGCATTGATT CGGGGCAATA CATGTGCTAT 240

GCTTCTAGCC CAGCTGGCAG TGCCAGCACC TTAGGGAAGA TCCTTGTTCA AGTCCCTCCC 300

AGATTTGTCA ACAAGGTCAA ACATGCCTAC TATGCTGATG GCGAAGATGC ACAGTTTACT 360

TGCACCATTG AAGGAGCACC GTATCCACAG ATCAGGTGGT ATAAAGATGG AAGCCCATTG 420

ACCGACCCAA ATAAACACCA GAGTTTCAGT GAGCCACGGA GTGGCGTGAT CGTTCTGGTG 480

ATCAAAAATG CCTGTAAAGA TGACATGGGA GTCTATGAAT GTGAGCTGGT GAACAGGTTA 540

GGGACAGCAA AGAGTGGCGC CCAGCTCTAC CATCAGAGTG CGGCAGCATT GGCCCAGGAG 600

AGGAGACCAG ATCAAACCAT TACAATTGAA GATCCTTCAA TTCAAATGTC ACCCCAATCC 660

TTTACTTCAT ATCTTGTGGT ATTTTTGTGT TACGAAGCAA TAGGGTTGGC GACGGGACCT 720

GTAACCCATC CCTCACTGCA AAATCTTGGC CTCCACAGCA ACTATTCATC TTCTCACTCC 780

CCGAGATCTG AGTTCTCGAC ACCAGAGCCA ATATTTGTGA CCAAGATTAG GCAACCCACC 840

CACCGGCATG ACCCAGAAGC AATGCAAAAG GCAGCCATCC CTACTCTTTT TGTGACCGAG 900

CCAGACGAAA GGCAAGGGGC AGGAGCATGG GCAAACTTGG GCCGTCCGGT TTGTTTGGTC 960

TGGGATGTTT TGCTCCTTGA AGTAAAGAAC ACAAAACAGT GCCTTCTCCA TCTCAGAGGT 1020

TGTGACCTAA CAACCTCTGG CCCACCGTAC ATGCAAGTGA CGATTGAGGA TGAACAAGTT 1080

CGTTGCGGGG AGATGGCAAA GTTTCATGCC ATAATTGAAG GAGATCCAAT AGTTTTGTGG 1140

TTCAAGGGCA TTTCATTATT GATAGACAGT GAAAGGATTC GTCAGTTCAA TGAAGGCACC 1200

AGATACTCCT TGATTCTTTA CAACACCAGG CCAGAAGACG GGGGTGTCTA TACTCTCATT 1260

GCCAAAAATT CAGCAGGGGA GGTCTTATGC AAAGCGGAAC TGGTGGTTCA AGAAGACAAG 1320

AAAAGTCAAG AAGCAAAGAA AGAAAGTACA AGAAGAAAGC TTCATGCCTT TTATGAGGTC 1380

AAGCAGGAAA TAGGAAGGGG TTCCTTTGGC TTTATCAAGA GGGTTGTCCA CAAAGAAAAC 1440

CGAGTGCCGT GTGCAGCCAA GTTTATACCC CTGCGAAGCA AAAGAAGGGA ACAGGCTTAT 1500

CGGGAGAGGG ACATTCTGGC CTCCCTGTCC CACGAGAGGA TCATTCAGCT TCTGGATCAG 1560

TTTGAAACAC GGAAGACTTT AATCCTTATT TTGGAGCTCT GCTCCAGTGA AGAGCTTCTG 1620

GAAAGATTGT TCAAGAAGAA TGTGGTGACG GAAGCAGAGG TGAAGATATA TATCAAACAA 1680

CTTTTGGAAG GGATTGGCTA TCTCCATGAA AATCAAGTAC TTCACTTGGA TATTAAGCCC 1740

TCAAACATCT TGATGGTTTA TGATGATCGG GATGACATTA AGCTCTGTGA TTTTGGCTTT 1800

GCTCAGAAGA TCAACCCGGC TGAGCCTCAG TACAGCAAAT ATGGGTCTCC AGAGTTCGTC 1860

TCACCAGAAA TTCTCTCCCA GTCACCAGTG TCAAAAGCTT CTGATATCTG GCCTATTGGA 1920

GTAATTAGTT ACTTAAGGAT TAGCTTGACA TGCAAGTCTC CATTTGCTGG GGAAAATGAC 1980

AGAGCCACCC TCTTAAACAT TCAGAGTGGA AACATTCCTT GGGATAGTCC CGATGTGGTT 2040

CATCTGAGCA AAGAAGCCAA AGACTTTATC AGAAAGATAT TACAACCTTC TCCAGAGGCA 2100

AGACCTAGTG CAATGGAGTG TCTTTCCCAT GCGTGGTTTC AGCACAACCT TCCACTTGAA 2160

GAATCTCATT TTATCGAAAC AAAGCAACTC AAATTTTTCG TATCTCGAAG CAAATGGCAG 2220

CGTTCCCTTA TGAGTTACAA ATCTGTCCTG GTAATGAGAC CCATCCCAGA CATTTTGGAG 2280

AAAACCCATC AAAACACTTC TCTGGGCATC TCCAGACACT TGGTGGAAGA TAGCAGTTCC 2340

TCTAGTACCA GTGGGTCATC TTCCGACAAT GAAATTGCAG TCTCACCGGG AAAAAGACAC 2400

TTTGGTCCCA CACCAGAACT TCACCTTTCT GTGTTTGAGG AAGCAAATTT TCCAGAATAT 2460

CATCAGCCTT CAGAAACCTC ACTGCCACTA GTCAAAGAAG AAGGCAAACG AGAAGGAGCT 2520

GAAGCAGGAC GGTCTCCGGG ATGTATCCCT AGGCACAGTG TCATAAAAAG TACTTTCTAC 2580

AGCCAGCCAT CTGAAAGTCT TGCAAATGTT CCCCCATCAC CAGGCAAAGA GCACAGAAAA 2640

CATTTAGAAA GAGCCAAAAG ATCATATAGG AAAGCAGGAT ATTCAAAATC AGCTTTAAGT 2700

GGGTTGCGTG AACCTTTGCT AGAGCAGTTT GGAGAAGAAG GAGTTGAAGA GATATCTGGT 2760

GATGAGGAAA CTGAAAGGTC CAGGGAAGGG GGACCTCTGA TGATCAAATC AGCTTCTTTT 2820

GATACAGCTC AAAAATCACC ACGAGTTGCC TTCCCAGTTA CCAGCAGAAG AGGCGAAGGC 2880

CTAATGCATC AAGAAGATAT AACCTCAGGG TTAGTCCACA AGCAGGAAGG TAAGGCCAAG 2940

CAGTTACTTC AGACACCTAA GGCTTCCATT CCAAAACGAG AAAGCAATGA TGGACAGTCT 3000

CTCCCAATGG TCTCCCATGA CAGCAAAATT GGGAGATACC TTCCTGAAGA GACAAAACTG 3060

ACACCACATA AGAAAGAACC TTCGGCTGTT GCAAAATCAA CAGTGTTAGA AGGGAAAGTC 3120

CCAGCTAGTT CTCAAGCAAA GTCTGCTCCA GGTTCTATCT CAGAGAGCAA AAGCCAGAAA 3180

CTGTTATACC AAGCACCTGC CATGCCCAGT AAGATAAAAT TACCTGATAT AAAAGGTCAG 3240

GTCCCTTTCG GTATAGAGAC AGTGCCTGTT CACATATCTG GGGAAGAAAG CCAACCAATT 3300

TCACAGCAGA AACCTGCTAT TTACAGTGGG GTGGTTTCTG GTGTCCTCCA AAGTATACCT 3360

TCATTTTCTC AAGGTGCTTT CCAAGCCCCA ATCTCCTCTG TAGGAATGGC TCATGAAGAA 3420

AAGAGCTCAT CTGCAAAGCC TTCCATTTAC AGAGAAGCAA TTCCTGTTCC TAGTGAAGTT 3480

AGAAGTCTCC TTCAAGAAGG AGAAAGCATC TATAGATTGA TGCCAAGGGG CCAAGGGGCA 3540

TCAGCTTCAG GCTTCTCTCA TGAAGGTCCA TCTCAGAAAC ACTCGGTTTA CAGTGACAGA 3600

GAAGCTGAAA CTCTGGACTA TCTAGTAGAT GAAATGGTTT GCTTGTCAGA AGAGATGACT 3660

GCTTTGGCAG AGTCAGTTTC TGAACAAGAA GGATTTGAGA GGCATGTCTC TCCTTCAAGA 3720

GGCAGTCAAG GAAGCGGCCA GATGTACAAC CGGATGTATG AGATTGCTTT GGTGCAGATC 3780

CAGGATCTCT CAGAAGATAT GCCCCATCCC GACAGCAAGA CAGGGAAGTT TGACATCTAT 3840

GAGGTGGAGC CTGCTTTCCT CAATCTCTAT GAACTCTATG ACATTGTCTA CTTCCCATTT 3900

GAGTTCCTCA GCTTTAGGAA ATCCCCTGAG AAGTTACCCA GGAAAAGGCG TTTCCCTTTG 3960

GATGAAGAGA AAACGGCATC TACCCCTGAG TTGGAGACAG TATCAAAACA AACTCAAGCA 4020

CACATGATAG GGAAAAGGTC TGATTCAGAA GGAGATATCC CCATTGAGTC CCAACAGATT 4080

TATGTCCTCT CAGAAGATCC AACAGGGAAG AGAAGGAGCT CTCTCCAGAG CAGATTGGGA 4140

CGCTTCAAAC CTTTTGTCAG GTCTCAATCC ATGGAACTGG TAGAGCAAAG CCTGAAGAAA 4200

AAGATGAAAG CCTCAGTTGC CCACCTTTCC AGAATGTTGA CAAGAAAATC CTCTTCTGAT 4260

GAGGAAAAGT CTCCTGGAAG TGCAAAGAGG AGGCTCGCTT TCCCTTCATT CACTCTGCCA 4320

AGCCTCAAGA TGAAGGAGAA AGCTCCATCT TTTGTGGAAG AGCTTACTGA CCAGACCATT 4380

TCCTTGGGTC AGTCTTTAAC ACTCTCTTGC CGGACATCAT CCCGTTCGTC TCCTCGTACT 4440

GAGTGGTTCA AAGATGGAGC AGCCCTTCGC AGCACGGACC GGATCCTAAT CTCATCTACG 4500

CTCAAACATT ACCAGCTTTT AACTATATTA GCAGCTACAA GAGAAGATTT CGGCACTTAC 4560

ACCTGTGTGG CCACCAACTC CCAGGGCACC ATTTCTACCT CCTGTGTAAT AAGGAGAGCA 4620

GAGGCACCTT CCAACCCACC AGCTCCTGAT ATTGTTGATG TCCTTGAAGA TGGAGTGCAG 4680

CTGGCTTGGG AGCCGGTGGA CATGAAAACC TCAGTGACCT ACTCTGTTTT GTGCAAAAAG 4740

GATGATGGAG AGTGGAAGAC TTTGGCCAGC GACATCTCAG ACTGCTGCTA TACCGTCGAA 4800

CATCTCCCCG AGGGCTTGGT CTACTCCTTC CGGATTGCCT GCGTCACCAA AGCCGGCGTG 4860

GGTCCCTACA GCAACCCAAC GGCCAAAGTG AAAATTGGCG AAAGGGATCA AGAAGCATTC 4920

CAGGCTCAAG AGGCAGCGGA CGACAAAATG ACTGCTCCAG CTCAGCCAAC CCACCAGACC 4980

TATGCCTTCC AGACAGAGAT TAAAAGCAGA GGCCGCTTCA GCATTACCAA ACAGTGCCGA 5040

GAAAAGCTCA GCGGGAACCC CTTGGCTGCC AAAATCATCC CTTACAGGCA AGAAAACAAG 5100

GAGGCTGTGC TCATGGAGTA TCACATTCTG CGGAAACTTC ACCACACCAA CATCGGGCAG 5160

TTGCAAGGGG CTTATGTGAG CCCAAGGCAC TTGGTGCTGA TCATGGAGCT CTGCGTTGGG 5220

CCCGAACTCC TGAATGCCTT GGCTGGAAGG TCATCCTATT CAGAGGTGGA AGTCAGAGAC 5280

TATCTCTGGC AGATTCTCAG TGCAGTCGAG TATCTCCATG CTCAGAATAT CCTGCACTTG 5340

GACCTAAGGT CTGAAAATAT GATTATCACT GAGCCGAATC TGCTTAAAAT CCTCGACTTT 5400

GGCAATGCCC AGTTCTACAC ACCAGACCGA GTCATTACCT TGGATGGGTG TACCGACTAT 5460

GTGGAAACTA TGGCTTCAGA ACTTCTCTCA GACAAAGGAG CTGTCCCTCA AACCGACATC 5520

TGGTCTGTTG GTGTTACAGC TTTTATCATG TTAAGTGCCG AGTACCCCAT CCATTCTGAG 5580

GCTGCCTGCG ACTTTGGGAG ACTTGTCAAA CGAGAGAAAG TCAAGCTGAA CAAATGCTAT 5640

GCTGGCCTTT CTGGAGGTGC GGTCTCATTC CTCCAAAGCA CACTTTCCTC TAATCCATGG 5700

AGGCGGCCAA CAGCATCTGA ATGCCTCCAG TCTCCGTGGC TGCAAGAGAC AGGCCTGGAT 5760

GAGAGGCAGC AGGCCACAGT GTCTTTCTCC ACTACCAAGC TGAGGAATTT TATGGCTGAA 5820

CGGGAAAGAA AAAGAGCTCT GCTATGCTCA AAGTACGGTG TCATGGCTGT GTAG 5874

Domain Profile

S: 1     yevleeigRGrFsvvkkvrekatkravaakfvpkkakkkaqvlrEaeiLkrLqHpllvsl  60

         yev++eigRG F+++k+v++k ++  +aakf+p ++k+++q++rE++iL++L+H+++++l

Q: 458   YEVKQEIGRGSFGFIKRVVHKENRVPCAAKFIPLRSKRREQAYRERDILASLSHERIIQL  517

         99**********************************************************

S: 61    hdayetprslvlilElcsdeeLLdrlaekeslsEsevkaylrqllealqYLHnsrvlHLD  120

         +d++et+++l+lilElcs+eeLL+rl++k++++E+evk y++qlle++ YLH+++vlHLD

Q: 518   LDQFETRKTLILILELCSSEELLERLFKKNVVTEAEVKIYIKQLLEGIGYLHENQVLHLD  577

         ************************************************************

S: 121   ikpenllvlaaaeeavkivDlgnAqeltpeepqekllgtpEfvaPEiiegepvseatDiW  180

         ikp+n+l++  +++++k++D+g+Aq+++p+epq++++g+pEfv+PEi++++pvs+a+DiW

Q: 578   IKPSNILMVYDDRDDIKLCDFGFAQKINPAEPQYSKYGSPEFVSPEILSQSPVSKASDIW  637

         ************************************************************

S: 181   avGvlay..vlLsgvsPfldeskretllnilkgrvsfseelfaglseeAkeFlkkvLqed  238

         ++Gv++y  ++L+++sPf++e++r+tllni  g++ + ++   +ls+eAk+F++k+Lq +

Q: 638   PIGVISYlrISLTCKSPFAGENDRATLLNIQSGNIPWDSPDVVHLSKEAKDFIRKILQPS  697

         *******555899***********************************************

S: 239   prkRPsaaecLqhpWl  254

         p +RPsa ecL+h W+

Q: 698   PEARPSAMECLSHAWF  713

         ***************8

Domain Sequence
(FASTA)

YEVKQEIGRG SFGFIKRVVH KENRVPCAAK FIPLRSKRRE QAYRERDILA SLSHERIIQL 60

LDQFETRKTL ILILELCSSE ELLERLFKKN VVTEAEVKIY IKQLLEGIGY LHENQVLHLD 120

IKPSNILMVY DDRDDIKLCD FGFAQKINPA EPQYSKYGSP EFVSPEILSQ SPVSKASDIW 180

PIGVISYLRI SLTCKSPFAG ENDRATLLNI QSGNIPWDSP DVVHLSKEAK DFIRKILQPS 240

PEARPSAMEC LSHAWF 256

Keyword

ATP-binding; Complete proteome; Disulfide bond; Immunoglobulin domain; Kinase; Nucleotide-binding; Reference proteome; Repeat; Transferase.

Sequence Source

Ensembl

Orthology

Ortholog group

Bos taurus"; ?>Callithrix jacchus"; ?>Cavia porcellus"; ?>Danio rerio"; ?>Felis catus"; ?>Gasterosteus aculeatus"; ?>Homo sapiens"; ?>Macaca mulatta"; ?>Meleagris gallopavo"; ?>Monodelphis domestica"; ?>Mus musculus"; ?>Mustela putorius furo"; ?>Myotis lucifugus"; ?>Nomascus leucogenys"; ?>Oreochromis niloticus"; ?>Ornithorhynchus anatinus"; ?>Oryctolagus cuniculus"; ?>Pelodiscus sinensis"; ?>Pongo abelii"; ?>Rattus norvegicus"; ?>Sarcophilus harrisii"; ?>Sus scrofa"; ?>Taeniopygia guttata"; ?>Takifugu rubripes"; ?>Tetraodon nigroviridis"; ?>Xenopus tropicalis"; ?>Xiphophorus maculatus"; ?>

Gene Ontology

GO:0005524	; F:ATP binding
GO:0004674	; F:protein serine/threonine kinase activity
GO:0004713	; F:protein tyrosine kinase activity

KEGG

InterPros

IPR003961	; Fibronectin_type3.
IPR007110	; Ig-like.
IPR013783	; Ig-like_fold.
IPR013098	; Ig_I-set.
IPR003599	; Ig_sub.
IPR003598	; Ig_sub2.
IPR011009	; Kinase-like_dom.
IPR020675	; Myosin_light_ch_kinase-rel.
IPR020682	; Obscurin-myosin_light-ch_kin.
IPR000719	; Prot_kinase_cat_dom.
IPR017441	; Protein_kinase_ATP_BS.
IPR002290	; Ser/Thr_dual-sp_kinase_dom.
IPR008271	; Ser/Thr_kinase_AS.
IPR008266	; Tyr_kinase_AS.

Pfam

PF00041	; fn3; 1.
PF07679	; I-set; 4.
PF00069	; Pkinase; 2.

SMARTs

SM00060	; FN3; 1.
SM00409	; IG; 1.
SM00408	; IGc2; 3.
SM00220	; S_TKc; 2.

Prosites

PS50853	; FN3; 1.
PS50835	; IG_LIKE; 3.
PS00107	; PROTEIN_KINASE_ATP; 1.
PS50011	; PROTEIN_KINASE_DOM; 2.
PS00108	; PROTEIN_KINASE_ST; 1.
PS00109	; PROTEIN_KINASE_TYR; 1.

Prints

Created Date

20-Feb-2013