PhosphoNET

           
Protein Info 
   
Short Name:  CCDC144A
Full Name:  Coiled-coil domain-containing protein 144A
Alias: 
Type: 
Mass (Da):  165125
Number AA:  1427
UniProt ID:  A2RUR9
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      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 1S15KRGGAEGSPKPAVYA
Site 2Y21GSPKPAVYATRKTPS
Site 3T26AVYATRKTPSVGSQG
Site 4S28YATRKTPSVGSQGDQ
Site 5S31RKTPSVGSQGDQWYL
Site 6Y37GSQGDQWYLGYPGDQ
Site 7Y40GDQWYLGYPGDQWSS
Site 8S57PYSWWKNSVGSESKH
Site 9S60WWKNSVGSESKHGEG
Site 10T105HILAPGDTGVDKRDR
Site 11S115DKRDRKKSIQQLVPE
Site 12T128PEYKEKQTPESLPQN
Site 13S131KEKQTPESLPQNNNP
Site 14T146DWHPTNLTLSDETCQ
Site 15S148HPTNLTLSDETCQRS
Site 16T151NLTLSDETCQRSKNL
Site 17S166KVDDKCPSVSPSMPE
Site 18S168DDKCPSVSPSMPENQ
Site 19S170KCPSVSPSMPENQSA
Site 20S176PSMPENQSATKELGQ
Site 21T187ELGQMNLTEREKMDT
Site 22T194TEREKMDTGVVLLSG
Site 23S200DTGVVLLSGNDTLHD
Site 24T204VLLSGNDTLHDLCQS
Site 25S211TLHDLCQSQLPENKE
Site 26S219QLPENKESKEAEQDS
Site 27S226SKEAEQDSELTSEEE
Site 28S230EQDSELTSEEEQERL
Site 29S249NKQPQKTSQEPEMAK
Site 30Y266DREDIPIYPVLPHVQ
Site 31Y306KQRFGEIYEKYKIPA
Site 32Y309FGEIYEKYKIPACPE
Site 33S324EEPLLDNSTRGTDVK
Site 34T328LDNSTRGTDVKDIPF
Site 35T338KDIPFNLTNNIPGCE
Site 36S350GCEEEDASEISVSVV
Site 37S353EEDASEISVSVVFET
Site 38S368FPEQKEPSLKNIIHP
Site 39Y376LKNIIHPYYHPYSGS
Site 40Y377KNIIHPYYHPYSGSQ
Site 41S390SQEHVCQSSSKFHLH
Site 42S458TKNMNQNSDSGSTNN
Site 43S460NMNQNSDSGSTNNYK
Site 44S462NQNSDSGSTNNYKSL
Site 45Y466DSGSTNNYKSLKPKL
Site 46S468GSTNNYKSLKPKLEN
Site 47S477KPKLENLSSLPPDSD
Site 48S478PKLENLSSLPPDSDR
Site 49S483LSSLPPDSDRTSEVY
Site 50T486LPPDSDRTSEVYLHE
Site 51S487PPDSDRTSEVYLHEE
Site 52Y490SDRTSEVYLHEELQQ
Site 53S536EEMEKHRSNSTELSG
Site 54S538MEKHRSNSTELSGTL
Site 55S542RSNSTELSGTLTDGT
Site 56T544NSTELSGTLTDGTTV
Site 57T546TELSGTLTDGTTVGN
Site 58T549SGTLTDGTTVGNDDD
Site 59T550GTLTDGTTVGNDDDG
Site 60T577HDRPADKTSNEKNEV
Site 61S578DRPADKTSNEKNEVK
Site 62Y589NEVKNQIYPEADFAD
Site 63S597PEADFADSMEPSEIA
Site 64S601FADSMEPSEIASEDC
Site 65S605MEPSEIASEDCELSH
Site 66S611ASEDCELSHSVYENF
Site 67Y629IEQLRMEYKDSASLP
Site 68S632LRMEYKDSASLPRIQ
Site 69S634MEYKDSASLPRIQDT
Site 70T660NNHCDQLTVKLKQME
Site 71S671KQMENMVSVLQNELS
Site 72S678SVLQNELSETKKTKL
Site 73T680LQNELSETKKTKLQL
Site 74T683ELSETKKTKLQLELQ
Site 75Y699IEWEKELYDLRLALK
Site 76Y719KRNADMLYNKDSEQL
Site 77T756RLVKELRTVRNNLDL
Site 78S791LQDQILTSKQKELEM
Site 79S805MARKKMNSEISHRHQ
Site 80S808KKMNSEISHRHQKEK
Site 81T837LLRLEIDTIKNQNKQ
Site 82Y849NKQKEKKYFEDIEAV
Site 83T875KLNEETLTETILQYS
Site 84S915RLEIEMESYRCRLAA
Site 85Y916LEIEMESYRCRLAAA
Site 86S930AVRDCDQSQTARDLK
Site 87S969QAKNEILSEKLSNAE
Site 88S973EILSEKLSNAESKIN
Site 89S977EKLSNAESKINSLQI
Site 90S981NAESKINSLQIQLHN
Site 91S997RDALGRESLILERVQ
Site 92S1008ERVQRDLSQTQCQKK
Site 93T1010VQRDLSQTQCQKKET
Site 94Y1021KKETEQMYQIEQSKL
Site 95Y1031EQSKLKKYIAKQESV
Site 96S1037KYIAKQESVEERLSQ
Site 97S1043ESVEERLSQLQSENM
Site 98S1047ERLSQLQSENMLLRQ
Site 99S1065DAHKKANSQEKTSST
Site 100S1071NSQEKTSSTIQDQFH
Site 101S1079TIQDQFHSAAKNLQA
Site 102S1094ESEKQILSLQEKNKE
Site 103Y1106NKELMDEYNHLKERM
Site 104T1128AGRKIDLTEAQETVP
Site 105T1133DLTEAQETVPSRCLH
Site 106S1136EAQETVPSRCLHLDA
Site 107Y1184EVVNLKSYMERNMLE
Site 108T1240VQLREDNTTSIKTQM
Site 109T1241QLREDNTTSIKTQME
Site 110S1256LTIKDLESEISRIKT
Site 111S1259KDLESEISRIKTSQA
Site 112T1263SEISRIKTSQADFNK
Site 113S1264EISRIKTSQADFNKT
Site 114Y1276NKTELERYKELYLEE
Site 115Y1280LERYKELYLEEVKVR
Site 116S1289EEVKVRESLSNELSR
Site 117S1291VKVRESLSNELSRTN
Site 118S1295ESLSNELSRTNEMIA
Site 119T1297LSNELSRTNEMIAEV
Site 120T1309AEVSTQLTVEKEQTR
Site 121T1315LTVEKEQTRSRSLFT
Site 122S1317VEKEQTRSRSLFTAY
Site 123S1319KEQTRSRSLFTAYAT
Site 124S1332ATRPVLESPCVGNLN
Site 125S1362SALKDMESYLLKMQQ
Site 126T1376QKLQNDLTAEVAGSS
Site 127S1382LTAEVAGSSQTGLHR
Site 128S1394LHRIPQCSSFSSSSL
Site 129S1395HRIPQCSSFSSSSLH
 
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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