PhosphoNET

           
Protein Info 
   
Short Name:  NOMO2
Full Name:  Nodal modulator 2
Alias:  NODAL modulator 2; NOMO; PM5; PM5 protein 2; PM5 protein, centromeric copy
Type:  Cell surface
Mass (Da):  139439
Number AA:  1267
UniProt ID:  Q5JPE7
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005789  GO:0016021   Uniprot OncoNet
Molecular Function:  GO:0030246  GO:0005515   PhosphoSite+ KinaseNET
Biological Process:      Phosida TranscriptoNet
    STRING Kinexus Products
   
Info Box  A variety of parameters were considered in the selection of putative P-sites. Confirmed P-Sites have lower Hydrophobicity Scores. The P-site Similarity Score is lower the more that it resembles typical confirmed corresponding P-Ser, P-Thr or P-Tyr sites. The Maximum KInase Score provides the calculated score for highest match of 500 human protein kinases for the amino acid sequence surrounding the target P-site as determined with Kinase Substrate Predictor V2. The Sum KInase Score provides the additive sum of the positive individual Kinase Substrate Predictor V2 scores from 500 human protein kinases. The Conservation Score is the average of the percent similarity of the human P-site with the equivalent P-site in 20 other diverse species. Click the coloured buttons below to retrieve this and other information in the Info Box, or click the orange buttons for relevant links.
Phosphosites 
-7-6-5-4-3-2-101234567Expt. conf.EffectKinasePPaseKinexus ProductsRef.Evol.Kinase Pred.P-site Match
Site 1S45GCGGFVKSDVEINYS
Site 2Y59SLIEIKLYTKHGTLK
Site 3Y67TKHGTLKYQTDCAPN
Site 4Y77DCAPNNGYFMIPLYD
Site 5S99IEPPLGWSFEPTTVE
Site 6T103LGWSFEPTTVELHVD
Site 7T104GWSFEPTTVELHVDG
Site 8S113ELHVDGVSDICTKGG
Site 9T117DGVSDICTKGGDINF
Site 10S137SVNGKVLSKGQPLGP
Site 11S150GPAGVQVSLRNTGTE
Site 12T154VQVSLRNTGTEAKIQ
Site 13T156VSLRNTGTEAKIQST
Site 14S162GTEAKIQSTVTQPGG
Site 15T163TEAKIQSTVTQPGGK
Site 16T186GDYEILATHPTWALK
Site 17T197WALKEASTTVRVTNS
Site 18T198ALKEASTTVRVTNSN
Site 19T202ASTTVRVTNSNANAA
Site 20S220IVAGYNVSGSVRSDG
Site 21S222AGYNVSGSVRSDGEP
Site 22Y267PQDESLVYLCYTVSR
Site 23Y270ESLVYLCYTVSREDG
Site 24T271SLVYLCYTVSREDGS
Site 25S273VYLCYTVSREDGSFS
Site 26S278TVSREDGSFSFYSLP
Site 27S280SREDGSFSFYSLPSG
Site 28Y282EDGSFSFYSLPSGGY
Site 29S283DGSFSFYSLPSGGYT
Site 30T290SLPSGGYTVIPFYRG
Site 31Y295GYTVIPFYRGERITF
Site 32T301FYRGERITFDVAPSR
Site 33T312APSRLDFTVEHDSLK
Site 34S317DFTVEHDSLKIEPVF
Site 35T359NNQIKVKTKADGSFR
Site 36S364VKTKADGSFRLENIT
Site 37T371SFRLENITTGTYTIH
Site 38T372FRLENITTGTYTIHA
Site 39Y385HAQKEHLYFETVTIK
Site 40T388KEHLYFETVTIKIAP
Site 41T422SIIRFPDTVKQMNKY
Site 42Y429TVKQMNKYKVVLSSQ
Site 43S434NKYKVVLSSQDKDKS
Site 44S435KYKVVLSSQDKDKSL
Site 45S441SSQDKDKSLVTVETD
Site 46T444DKDKSLVTVETDAHG
Site 47T447KSLVTVETDAHGSFC
Site 48S452VETDAHGSFCFKAKP
Site 49T478AETRAGLTLKPQTFP
Site 50T487KPQTFPLTVTDRPVM
Site 51T489QTFPLTVTDRPVMDV
Site 52S524DLLVTLQSLSRQGEK
Site 53S526LVTLQSLSRQGEKRS
Site 54S533SRQGEKRSLQLSGKV
Site 55S537EKRSLQLSGKVNAMT
Site 56Y555DNVLPGKYKISIMHE
Site 57S581EVLEDDVSAVEFRQT
Site 58T588SAVEFRQTGYMLRCS
Site 59Y590VEFRQTGYMLRCSLS
Site 60T601CSLSHAITLEFYQDG
Site 61Y605HAITLEFYQDGNGRE
Site 62Y617GRENVGIYNLSKGVN
Site 63T637KPGVYKVTPRSCHRF
Site 64Y649HRFEQAFYTYDTSSP
Site 65T650RFEQAFYTYDTSSPS
Site 66Y651FEQAFYTYDTSSPSI
Site 67T653QAFYTYDTSSPSILT
Site 68S655FYTYDTSSPSILTLT
Site 69T660TSSPSILTLTAIRHH
Site 70T683KMMDVTVTIKSSIDS
Site 71S686DVTVTIKSSIDSEPA
Site 72S701LVLGPLKSVQELRRE
Site 73T734EEGEERMTKPPVQEM
Site 74S750DELQGPFSYDFSYWA
Site 75S754GPFSYDFSYWARSGE
Site 76Y755PFSYDFSYWARSGEK
Site 77S759DFSYWARSGEKITVT
Site 78T764ARSGEKITVTPSSKE
Site 79T766SGEKITVTPSSKELL
Site 80S768EKITVTPSSKELLFY
Site 81S769KITVTPSSKELLFYP
Site 82Y775SSKELLFYPPSMEAV
Site 83S784PSMEAVVSGESCPGK
Site 84S819EGVEIVISEKGASSP
Site 85T829GASSPLITVFTDDKG
Site 86T832SPLITVFTDDKGAYS
Site 87S839TDDKGAYSVGPLHSD
Site 88Y849PLHSDLEYTVTSQKE
Site 89T850LHSDLEYTVTSQKEG
Site 90T852SDLEYTVTSQKEGYV
Site 91Y858VTSQKEGYVLTAVEG
Site 92S904LSGGLFRSNLLTQDN
Site 93T915TQDNGILTFSNLSPG
Site 94S917DNGILTFSNLSPGQY
Site 95S920ILTFSNLSPGQYYFK
Site 96Y924SNLSPGQYYFKPMMK
Site 97Y925NLSPGQYYFKPMMKE
Site 98S939EFRFEPSSQMIEVQE
Site 99T955QNLKITITGYRTAYS
Site 100Y961ITGYRTAYSCYGTVS
Site 101S962TGYRTAYSCYGTVSS
Site 102Y964YRTAYSCYGTVSSLN
Site 103T966TAYSCYGTVSSLNGE
Site 104S969SCYGTVSSLNGEPEQ
Site 105Y991GQNDCSIYGEDTVTD
Site 106T995CSIYGEDTVTDEEGK
Site 107T997IYGEDTVTDEEGKFR
Site 108S1060QINQFDLSGNVITSS
Site 109S1067SGNVITSSEYLPTLW
Site 110T1072TSSEYLPTLWVKLYK
Site 111Y1078PTLWVKLYKSENLDN
Site 112T1089NLDNPIQTVSLGQSL
Site 113S1116NYVVLLDSTLPRSQY
Site 114T1117YVVLLDSTLPRSQYD
Site 115S1121LDSTLPRSQYDYILP
Site 116Y1123STLPRSQYDYILPQV
Site 117Y1125LPRSQYDYILPQVSF
Site 118Y1137VSFTAVGYHKHITLI
Site 119S1202GALGQAASDNSGPED
Site 120S1205GQAASDNSGPEDAKR
Site 121T1219RQAKKQKTRRTLRLQ
Site 122T1222KKQKTRRTLRLQEEF
 
Legend 
Confirmed in mammals
Confirmed in related proteins or other species
Predicted by Kinexus P-Site Prediction algorithm
No data/link available
Link available  
Products available
 


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