EKS-NOL-00105

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-NOL-00105

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
CAMK/MLCK	402.5	6.7E-121	1431	1686	256

Status

Unreviewed

Ensembl Protein

ENSNLEP00000000538

UniProt Accession

G1QHZ6;

Protein Name

Protein Synonyms/Alias

Gene Name

MYLK

Gene Synonyms/Alias

MYLK;

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
ENSNLEG00000000375	ENSNLEP00000000538	ENSNLET00000000574

Organism

Nomascus leucogenys

Functional Description

Protein Length

1881

Protein Sequence
(FASTA)

MGDVKLVASS HISKTSLSVD PSRVNSMPLT EAPAFILPPR NLCIKEGATA KFEGRVRGYP 60

EPQVTWHRNG QPITSGGRFL LDCGIRGTFS LVIHAVHEED RGKYTCEATN GSGARQVTVE 120

LTVEGDFAKQ LGQPVVSKTL GDRFSAPAVE TRPSIWGECP PKFATKLGRV VVKEGQMGRF 180

SCKITGRPQP QVTWLKGNVP LQPSARVSMS EKNGMQVLEI HGVNQDDMGV YTCLVVNGSG 240

KASMSAELSI QGIDQSCLSF GRETKATNSD VRKEVTNVSS KESKLDSLEA AAESKNCSSP 300

QRGGSPPWAA NSQPQPPRES KLESCKDSPR TPPQIPVLQK TSSSITLQAA RVQLEPRAPG 360

LGVLSPSGEE RKRPAAPRPA TFPTRQPGLG SQDVVSKAAT RRIPMEDQRD SAFPKFESKP 420

QSQEVGENQT VKFRCEVSGI PKPEVAWFLE GTPVRRQEGS IEVYEDAGSH YLCLLKARTR 480

DSGTYSCTAS NAQGQVSCSW TLQVERLAVM EVAPCFSSVL KDCTVIEGQD FVLQCSVRGT 540

PVPQITWLLN GQPIQYAHST CEAGMAELHI QDALPEDHGT YTCLAENALG QVSCSARVTV 600

REKKSSGKSE YLLPVAPSKP TAPIFLQGLS DLKVMDGSQV TMTVQVSGNP PPEVIWLHNG 660

NEIQESEDFH FEQRGTQHSL CIQEVFPEDT GTYTCEAWNS AGEVRTQAVL TVQEPHDGTQ 720

PWFISKPRSV TASLGQSVLI SCAIAGDPFP TVHWLRDGKA LCKDTGHFEV LQNEDVFTLV 780

LKKVQPWHAG QYEILLNTNR FSASLPFLAL VYCTKRGNDK KVSLCRPGWS AENTCWVFNT 840

KSSDLRALSM RKGTTSTLRD HGVRVKVTGQ AHHQGLSRPS CSITVPSRVS LSPSPFIAGN 900

FHLPRWPAAC VTDATEQLCQ SPSTVSASSS CSTRPCPHPH LPPGPGSSSP AALDWRAWKG 960

NEGGRAGEGG APLTNVPIYK HSLASLPAPL PLPSTLPPSG ICSPLTFLSY PAPFPPATFL 1020

FPFTGCKGRE PASCEGLWQD VKNDVTQRGH VGTTDNERSE SRGTAPFKEK LQDVRVAEGK 1080

KLLLQCQVSS DPPATITWTL NGKTLKTTKF IVLSQEGSLC SISIEKALPE DRGLYKCVAK 1140

NDAGQAECSC QVTVDDAPAS ENTKAPEMKS RRPKSSLPPV LGTESDATVK KKPAPKTPPK 1200

AAMPPQIIQF PEDQKVRAGE SVELFGKVTG TQPITCTWMK FRKQIQESEH MKVENSENGS 1260

KLTILAARQE HCGCYTLLVE NKLGSRQAQV NLTVVDKPDP PAGTPCASDI RSSSLTLSWY 1320

GSSYDGGSAV QSYSIEIWDS ANKTWKELAT CRSTSFNVQD LLPDHEYKFR VRAINVYGTS 1380

EPSQESELTT VGEKPEEPKD EVEVSDDDEK EPEVDYRTVT VNTEQKVSDF YDIEERLGSG 1440

KFGQVFRLVE KKTRKVWAGK FFKAYSAKEK ENIRQEISIM NCLHHPKLVQ CVDAFEEKAN 1500

IVMVLEIVSG GELFERIIDE DFELTERECI KYMRQISEGV EYIHKQGIVH LDLKPENIMC 1560

VNKTGTRIKL IDFGLARRLE NAGSLKVLFG TPEFVAPEVI NYEPIGYATD MWSIGVICYI 1620

LVSGLSPFMG DNDNETLANV TSATWDFDDE AFDEISDDAK DFISNLLKKD MKNRLDCTQC 1680

LQHPWLMKDT KNMEAKKLSK DRMKKYMARR KWQKTGNAVR AIGRLSSMAM ISGLSGRKSS 1740

TGSPTSPLNA EKLESEEDVS QAFLEAVAEE KPHVKPYFSK TIRDLEVVEG SAARFDCKIE 1800

GYPDPEVVWF KDDQSIRESR HFQIDYDEDG NCSLIISDVC GDDDAKYTCK AVNSLGEATC 1860

TAELIVETME EGEGEGEEEE E 1881

Nucleotide Sequence
(FASTA)

ATGGGGGATG TGAAGCTGGT TGCCTCGTCA CACATTTCCA AAACCTCCCT CAGTGTGGAT 60

CCCTCAAGAG TTAACTCCAT GCCCCTGACA GAGGCCCCTG CTTTCATTTT GCCCCCTCGG 120

AACCTCTGCA TCAAAGAAGG AGCCACCGCC AAGTTTGAAG GGCGGGTCCG GGGTTACCCA 180

GAGCCCCAGG TGACATGGCA CAGAAACGGG CAACCCATCA CCAGCGGGGG CCGCTTCCTG 240

CTGGATTGCG GCATCCGGGG GACGTTCAGC CTTGTGATTC ATGCTGTCCA TGAGGAGGAC 300

AGGGGAAAGT ATACCTGTGA AGCCACCAAT GGCAGTGGTG CTCGCCAGGT GACAGTGGAG 360

TTGACAGTAG AAGGTGATTT TGCGAAGCAG CTTGGTCAAC CTGTTGTTTC CAAAACCTTA 420

GGGGATAGAT TTTCAGCTCC AGCAGTGGAG ACCCGTCCTA GCATCTGGGG GGAGTGCCCA 480

CCAAAGTTTG CTACCAAGCT GGGCCGAGTT GTGGTCAAAG AAGGACAGAT GGGACGATTC 540

TCCTGCAAGA TCACTGGCCG GCCCCAACCT CAGGTCACCT GGCTCAAGGG AAATGTTCCA 600

CTGCAGCCGA GTGCCCGAGT GTCTATGTCT GAGAAGAACG GGATGCAGGT TCTGGAAATC 660

CATGGAGTCA ACCAAGATGA CATGGGAGTG TACACGTGCC TGGTGGTGAA CGGGTCAGGG 720

AAGGCCTCGA TGTCAGCTGA ACTTTCCATC CAAGGTATCG ACCAGAGCTG CTTGTCATTT 780

GGGAGAGAAA CAAAAGCCAC CAATTCAGAC GTCAGGAAAG AAGTGACCAA TGTAAGCTCA 840

AAGGAGTCAA AGCTGGACAG TCTGGAGGCT GCAGCCGAAA GCAAGAACTG CTCCAGCCCC 900

CAGAGAGGTG GCTCCCCACC CTGGGCTGCA AACAGCCAGC CTCAGCCCCC AAGGGAGTCT 960

AAGCTGGAGT CATGCAAGGA CTCGCCCAGA ACGCCCCCGC AGATCCCAGT CCTTCAGAAG 1020

ACTTCCAGCT CCATCACCTT GCAGGCCGCA AGAGTTCAGC TGGAACCAAG AGCACCAGGC 1080

CTGGGGGTCC TATCACCTTC TGGAGAAGAG AGGAAGAGGC CAGCTGCTCC CCGTCCAGCC 1140

ACCTTCCCCA CCAGGCAGCC TGGCCTGGGG AGCCAAGACG TTGTGAGCAA GGCTGCTACC 1200

AGGAGAATCC CCATGGAGGA CCAGAGGGAT TCAGCATTCC CCAAATTTGA GAGCAAGCCC 1260

CAAAGCCAGG AAGTCGGGGA AAATCAAACT GTCAAGTTCA GATGTGAAGT TTCAGGGATT 1320

CCAAAGCCTG AAGTGGCCTG GTTCCTGGAA GGCACCCCTG TGAGGAGACA GGAAGGCAGC 1380

ATTGAGGTTT ATGAAGATGC TGGCTCCCAT TACCTCTGTC TGCTGAAAGC CCGGACCAGG 1440

GACAGTGGGA CATACAGCTG CACTGCTTCC AACGCCCAAG GCCAGGTGTC CTGTAGCTGG 1500

ACCCTCCAAG TGGAAAGGCT TGCTGTGATG GAGGTGGCCC CCTGCTTCTC CAGTGTCCTG 1560

AAGGACTGCA CCGTCATTGA GGGCCAGGAT TTTGTGCTGC AGTGCTCCGT ACGGGGGACC 1620

CCAGTGCCCC AGATCACTTG GCTGCTGAAT GGGCAGCCCA TCCAGTATGC TCACTCCACC 1680

TGTGAGGCCG GCATGGCTGA GCTCCACATC CAGGATGCCC TGCCGGAGGA CCATGGCACC 1740

TACACCTGCC TGGCTGAGAA TGCCTTGGGG CAGGTGTCCT GCAGCGCCCG GGTCACCGTC 1800

CGTGAAAAGA AGAGTAGTGG GAAGAGCGAG TACCTTCTGC CTGTGGCTCC CAGCAAGCCC 1860

ACTGCACCCA TCTTCCTGCA GGGCCTCTCT GATCTCAAAG TCATGGATGG AAGCCAGGTC 1920

ACTATGACCG TCCAAGTGTC AGGGAATCCA CCCCCTGAAG TCATCTGGCT GCACAATGGA 1980

AATGAGATCC AAGAGTCAGA GGACTTCCAC TTTGAACAGA GAGGCACTCA GCACAGCCTT 2040

TGTATCCAGG AAGTGTTCCC GGAGGACACG GGCACGTACA CCTGCGAGGC CTGGAACAGC 2100

GCTGGAGAGG TCCGCACCCA GGCCGTGCTC ACGGTACAAG AGCCTCACGA TGGCACCCAG 2160

CCCTGGTTCA TCAGTAAGCC TCGCTCAGTG ACAGCCTCCC TGGGCCAGAG TGTCCTCATC 2220

TCCTGCGCCA TAGCTGGTGA CCCCTTTCCT ACCGTGCACT GGCTCCGAGA TGGCAAAGCC 2280

CTCTGCAAAG ACACTGGCCA CTTCGAGGTG CTTCAGAATG AGGACGTGTT CACCCTGGTT 2340

CTAAAGAAGG TGCAGCCCTG GCATGCCGGC CAGTATGAGA TCCTGCTCAA CACAAACCGA 2400

TTTTCTGCCT CTCTTCCCTT CCTAGCTCTT GTCTACTGTA CCAAAAGGGG AAATGACAAA 2460

AAAGTCTCGC TCTGTCGCCC AGGCTGGAGT GCAGAAAACA CTTGTTGGGT TTTTAACACA 2520

AAAAGTTCTG ATCTGAGAGC ATTATCAATG AGGAAAGGAA CTACCTCCAC GTTAAGGGAT 2580

CACGGAGTCA GAGTCAAGGT CACTGGGCAG GCCCACCACC AGGGCCTGTC TAGACCGAGC 2640

TGCTCCATCA CAGTCCCCAG CAGGGTTAGC CTTTCTCCTT CCCCTTTTAT TGCTGGCAAC 2700

TTCCATCTTC CCCGCTGGCC AGCAGCCTGT GTCACTGATG CTACAGAACA GCTCTGCCAG 2760

AGCCCTTCCA CGGTGAGTGC CTCCAGCAGC TGCTCCACCA GGCCATGCCC CCATCCCCAC 2820

CTTCCTCCTG GCCCCGGCAG CTCCAGCCCA GCAGCCCTAG ATTGGAGAGC CTGGAAGGGG 2880

AATGAGGGAG GGAGAGCAGG GGAAGGAGGG GCGCCTCTCA CCAATGTTCC CATCTATAAA 2940

CACAGCCTGG CCAGCCTCCC CGCTCCCCTC CCGCTCCCCT CTACCCTCCC ACCCTCAGGG 3000

ATTTGCTCTC CCCTGACGTT TCTTTCTTAC CCAGCCCCTT TTCCTCCTGC TACTTTCCTT 3060

TTTCCCTTCA CTGGTTGCAA GGGGAGGGAG CCTGCCAGCT GTGAGGGCCT CTGGCAGGAC 3120

GTTAAGAATG ATGTGACTCA GAGAGGCCAT GTAGGGACCA CAGATAATGA AAGATCAGAG 3180

AGCCGGGGGA CAGCCCCATT CAAGGAGAAG CTGCAAGATG TTCGTGTGGC AGAGGGCAAG 3240

AAGCTGCTGC TCCAGTGCCA AGTGTCTTCT GACCCCCCAG CCACCATCAC CTGGACGCTG 3300

AATGGAAAGA CCCTCAAGAC CACCAAGTTC ATCGTCCTCT CCCAGGAAGG CTCACTCTGT 3360

TCCATCTCCA TCGAGAAGGC ACTGCCTGAG GACAGAGGCT TATACAAGTG TGTAGCCAAG 3420

AATGACGCTG GCCAGGCTGA GTGCTCCTGC CAAGTCACCG TGGACGATGC TCCGGCCAGT 3480

GAGAACACCA AGGCCCCAGA GATGAAATCC CGGAGGCCCA AGAGCTCTCT TCCTCCCGTG 3540

CTAGGAACTG AGAGTGATGC GACTGTGAAA AAGAAACCTG CCCCCAAGAC ACCTCCGAAG 3600

GCAGCAATGC CCCCTCAGAT CATCCAGTTC CCTGAGGACC AGAAGGTACG CGCAGGAGAG 3660

TCAGTGGAGC TGTTTGGTAA AGTGACAGGC ACTCAGCCCA TCACCTGTAC CTGGATGAAG 3720

TTCCGAAAGC AGATCCAGGA AAGCGAGCAC ATGAAGGTGG AGAACAGCGA GAACGGCAGC 3780

AAGCTCACCA TCCTGGCCGC GCGCCAGGAG CACTGCGGCT GCTACACACT GCTGGTGGAG 3840

AACAAGCTGG GCAGCAGGCA GGCCCAGGTC AACCTCACTG TCGTGGATAA GCCAGACCCC 3900

CCAGCTGGCA CACCTTGTGC CTCTGACATT CGGAGCTCCT CACTGACCCT GTCCTGGTAC 3960

GGCTCCTCGT ATGATGGGGG CAGTGCTGTA CAGTCCTACA GCATCGAGAT CTGGGACTCA 4020

GCCAACAAGA CGTGGAAGGA ACTAGCCACA TGCCGCAGCA CCTCTTTCAA CGTCCAGGAC 4080

CTGCTGCCTG ACCACGAATA TAAGTTCCGT GTACGTGCAA TCAACGTGTA TGGAACCAGT 4140

GAGCCAAGCC AGGAGTCTGA ACTCACAACG GTAGGAGAGA AACCTGAAGA GCCGAAGGAT 4200

GAAGTGGAGG TGTCAGACGA TGATGAGAAA GAGCCTGAGG TTGATTACCG GACAGTGACA 4260

GTCAATACCG AACAAAAAGT GTCTGACTTC TACGACATTG AAGAGAGATT AGGATCTGGG 4320

AAATTTGGAC AGGTCTTTCG ACTTGTAGAA AAGAAAACTC GAAAAGTCTG GGCAGGGAAA 4380

TTCTTCAAGG CATATTCAGC AAAAGAGAAA GAGAATATCC GGCAGGAGAT CAGCATCATG 4440

AACTGCCTCC ACCACCCCAA GCTGGTCCAG TGTGTGGATG CCTTCGAAGA AAAGGCCAAC 4500

ATCGTCATGG TCCTGGAGAT CGTGTCAGGA GGTGAGCTGT TTGAGCGCAT CATTGACGAG 4560

GACTTTGAGC TAACGGAGCG CGAGTGCATC AAGTACATGC GGCAGATCTC AGAGGGGGTG 4620

GAGTACATCC ACAAGCAGGG CATCGTGCAC CTGGACCTCA AGCCGGAGAA CATCATGTGT 4680

GTCAACAAGA CGGGCACCAG GATCAAGCTC ATCGACTTTG GTCTGGCCAG GAGGCTGGAG 4740

AACGCAGGGT CTCTGAAGGT CCTCTTTGGC ACCCCGGAGT TTGTGGCTCC TGAAGTGATC 4800

AACTATGAGC CCATCGGCTA CGCCACAGAC ATGTGGAGCA TTGGGGTCAT CTGCTACATC 4860

CTAGTCAGTG GCCTTTCCCC CTTCATGGGA GACAACGATA ACGAAACCTT GGCCAATGTT 4920

ACCTCTGCCA CCTGGGACTT CGACGACGAG GCATTTGATG AGATCTCCGA CGATGCCAAG 4980

GATTTCATCA GTAATCTGCT GAAGAAAGAT ATGAAAAACC GCCTGGACTG CACGCAGTGC 5040

CTTCAGCATC CATGGCTAAT GAAAGATACC AAGAACATGG AGGCCAAGAA ACTCTCCAAG 5100

GACCGGATGA AGAAGTACAT GGCAAGAAGG AAATGGCAGA AAACGGGCAA TGCTGTGAGA 5160

GCCATTGGAA GACTGTCCTC TATGGCAATG ATCTCAGGGC TCAGTGGCAG GAAATCCTCA 5220

ACAGGGTCAC CAACCAGCCC GCTCAATGCA GAAAAACTAG AATCTGAAGA AGATGTGTCC 5280

CAAGCTTTCC TTGAGGCTGT TGCTGAGGAA AAGCCTCATG TAAAACCCTA TTTCTCTAAG 5340

ACCATTCGCG ATTTAGAAGT TGTGGAGGGA AGTGCTGCTA GATTTGACTG CAAGATTGAA 5400

GGATACCCAG ACCCCGAGGT TGTCTGGTTC AAAGATGACC AGTCAATCAG GGAGTCCCGC 5460

CACTTCCAGA TAGACTACGA TGAGGACGGG AACTGCTCTT TAATTATTAG TGATGTTTGC 5520

GGGGATGACG ATGCCAAGTA CACCTGCAAG GCTGTCAACA GTCTTGGAGA AGCCACCTGC 5580

ACAGCAGAGC TCATTGTGGA AACGATGGAG GAAGGCGAAG GGGAAGGGGA AGAGGAAGAA 5640

GAGTGA 5646

Domain Profile

S: 1     ysikeelgkGkfgvvvkavekstgkklaakivkvrkekdkeevkkEieilnqlrHekliq  60

         y+i+e+lg+Gkfg+v++ vek+t+k++a+k++k+ ++k+ke++++Ei+i+n+l+H+kl+q

Q: 1431  YDIEERLGSGKFGQVFRLVEKKTRKVWAGKFFKAYSAKEKENIRQEISIMNCLHHPKLVQ  1490

         899*********************************************************

S: 61    lydafeskeeivlvlElveggelferiveedyeltEeevvlfvrqvlealeylHkkgivH  120

         ++dafe+k++iv+vlE+v+ggelferi++ed+eltE+e+++++rq++e++ey+Hk+givH

Q: 1491  CVDAFEEKANIVMVLEIVSGGELFERIIDEDFELTERECIKYMRQISEGVEYIHKQGIVH  1550

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

S: 121   ldlkpenillqskkskqiKlidFGlarklkkkeklkvlfgtpefvaPEvvnkepvslatD  180

         ldlkpeni++++k++++iKlidFGlar+l+++ +lkvlfgtpefvaPEv+n+ep+++atD

Q: 1551  LDLKPENIMCVNKTGTRIKLIDFGLARRLENAGSLKVLFGTPEFVAPEVINYEPIGYATD  1610

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

S: 181   mWsvGvityvLlsGlsPFlgdndeetlenvssakydfdeeafkevseeakdFiskllvke  240

         mWs+Gvi+y+L+sGlsPF+gdnd+etl+nv+sa++dfd+eaf+e+s++akdFis+ll+k+

Q: 1611  MWSIGVICYILVSGLSPFMGDNDNETLANVTSATWDFDDEAFDEISDDAKDFISNLLKKD  1670

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

S: 241   kkkRmsaeeaLkhkwl  256

         +k+R++++++L+h+wl

Q: 1671  MKNRLDCTQCLQHPWL  1686

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

Domain Sequence
(FASTA)

YDIEERLGSG KFGQVFRLVE KKTRKVWAGK FFKAYSAKEK ENIRQEISIM NCLHHPKLVQ 60

CVDAFEEKAN IVMVLEIVSG GELFERIIDE DFELTERECI KYMRQISEGV EYIHKQGIVH 120

LDLKPENIMC VNKTGTRIKL IDFGLARRLE NAGSLKVLFG TPEFVAPEVI NYEPIGYATD 180

MWSIGVICYI LVSGLSPFMG DNDNETLANV TSATWDFDDE AFDEISDDAK DFISNLLKKD 240

MKNRLDCTQC LQHPWL 256

Keyword

ATP-binding; Complete proteome; Kinase; Nucleotide-binding; Reference proteome; Repeat; Transferase.

Sequence Source

Ensembl

Orthology

Ortholog group

Ailuropoda melanoleuca"; ?>Anolis carolinensis"; ?>Bos taurus"; ?>Callithrix jacchus"; ?>Canis familiaris"; ?>Cavia porcellus"; ?>Ciona intestinalis"; ?>Ciona savignyi"; ?>Danio rerio"; ?>Gallus gallus"; ?>Gasterosteus aculeatus"; ?>Gorilla gorilla"; ?>Homo sapiens"; ?>Ictidomys tridecemlineatus"; ?>Latimeria chalumnae"; ?>Loxodonta africana"; ?>Macaca mulatta"; ?>Meleagris gallopavo"; ?>Monodelphis domestica"; ?>Mus musculus"; ?>Mustela putorius furo"; ?>Myotis lucifugus"; ?>Oreochromis niloticus"; ?>Ornithorhynchus anatinus"; ?>Oryctolagus cuniculus"; ?>Oryzias latipes"; ?>Otolemur garnettii"; ?>Pelodiscus sinensis"; ?>Petromyzon marinus"; ?>Pongo abelii"; ?>Rattus norvegicus"; ?>Sus scrofa"; ?>Taeniopygia guttata"; ?>Takifugu rubripes"; ?>Tetraodon nigroviridis"; ?>Xenopus tropicalis"; ?>Xiphophorus maculatus"; ?>

Gene Ontology

GO:0032154	; C:cleavage furrow
GO:0005737	; C:cytoplasm
GO:0030027	; C:lamellipodium
GO:0001725	; C:stress fiber
GO:0005524	; F:ATP binding
GO:0004687	; F:myosin light chain kinase activity
GO:0060414	; P:aorta smooth muscle tissue morphogenesis
GO:0032060	; P:bleb assembly
GO:0071476	; P:cellular hypotonic response
GO:0051928	; P:positive regulation of calcium ion transport
GO:0030335	; P:positive regulation of cell migration
GO:0090303	; P:positive regulation of wound healing

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.
IPR000719	; Prot_kinase_cat_dom.
IPR017441	; Protein_kinase_ATP_BS.
IPR002290	; Ser/Thr_dual-sp_kinase_dom.
IPR008271	; Ser/Thr_kinase_AS.

Pfam

PF00041	; fn3; 1.
PF07679	; I-set; 9.
PF00069	; Pkinase; 1.

SMARTs

SM00060	; FN3; 1.
SM00409	; IG; 2.
SM00408	; IGc2; 7.
SM00220	; S_TKc; 1.

Prosites

PS50853	; FN3; 1.
PS50835	; IG_LIKE; 9.
PS00107	; PROTEIN_KINASE_ATP; 1.
PS50011	; PROTEIN_KINASE_DOM; 1.
PS00108	; PROTEIN_KINASE_ST; 1.

Prints

Created Date

20-Feb-2013