PhosphoNET

           
Protein Info 
   
Short Name:  SEC24B
Full Name:  Protein transport protein Sec24B
Alias:  MGC48822; SC24B; SEC24; SEC24 family, member B; SEC24-related protein B
Type:  Vesicle protein
Mass (Da):  137418
Number AA:  1268
UniProt ID:  O95487
International Prot ID:  IPI00030851
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0030127  GO:0005789  GO:0048471 Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0005215  GO:0008270 PhosphoSite+ KinaseNET
Biological Process:  GO:0006888  GO:0006886  GO:0016044 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 1S8MSAPAGSSHPAASAR
Site 2S13GSSHPAASARIPPKF
Site 3S55QNQMQVPSGYGLHHQ
Site 4Y64YGLHHQNYIAPSGHY
Site 5S68HQNYIAPSGHYSQGP
Site 6Y71YIAPSGHYSQGPGKM
Site 7S72IAPSGHYSQGPGKMT
Site 8S80QGPGKMTSLPLDTQC
Site 9T85MTSLPLDTQCGDYYS
Site 10Y90LDTQCGDYYSALYTV
Site 11Y91DTQCGDYYSALYTVP
Site 12Y95GDYYSALYTVPTQNV
Site 13T96DYYSALYTVPTQNVT
Site 14T99SALYTVPTQNVTPNT
Site 15T103TVPTQNVTPNTVNQQ
Site 16T106TQNVTPNTVNQQPGA
Site 17Y117QPGAQQLYSRGPPAP
Site 18S118PGAQQLYSRGPPAPH
Site 19S139GSFQGAASSASHLHT
Site 20S140SFQGAASSASHLHTS
Site 21S142QGAASSASHLHTSAS
Site 22T146SSASHLHTSASQPYS
Site 23S147SASHLHTSASQPYSS
Site 24S149SHLHTSASQPYSSFV
Site 25S153TSASQPYSSFVNHYN
Site 26S154SASQPYSSFVNHYNS
Site 27Y159YSSFVNHYNSPAMYS
Site 28S161SFVNHYNSPAMYSAS
Site 29Y165HYNSPAMYSASSSVA
Site 30S166YNSPAMYSASSSVAS
Site 31S168SPAMYSASSSVASQG
Site 32S169PAMYSASSSVASQGF
Site 33S170AMYSASSSVASQGFP
Site 34S173SASSSVASQGFPSTC
Site 35T179ASQGFPSTCGHYAMS
Site 36T187CGHYAMSTVSNAAYP
Site 37S189HYAMSTVSNAAYPSV
Site 38Y193STVSNAAYPSVSYPS
Site 39S195VSNAAYPSVSYPSLP
Site 40S197NAAYPSVSYPSLPAG
Site 41Y198AAYPSVSYPSLPAGD
Site 42S200YPSVSYPSLPAGDTY
Site 43T206PSLPAGDTYGQMFTS
Site 44Y207SLPAGDTYGQMFTSQ
Site 45S213TYGQMFTSQNAPTVR
Site 46T218FTSQNAPTVRPVKDN
Site 47S226VRPVKDNSFSGQNTA
Site 48T232NSFSGQNTAISHPSP
Site 49S235SGQNTAISHPSPLPP
Site 50S238NTAISHPSPLPPLPS
Site 51S245SPLPPLPSQQHHQQQ
Site 52S253QQHHQQQSLSGYSTL
Site 53S255HHQQQSLSGYSTLTW
Site 54Y257QQQSLSGYSTLTWSS
Site 55T259QSLSGYSTLTWSSPG
Site 56T261LSGYSTLTWSSPGLP
Site 57S263GYSTLTWSSPGLPST
Site 58S264YSTLTWSSPGLPSTQ
Site 59S269WSSPGLPSTQDNLIR
Site 60T270SSPGLPSTQDNLIRN
Site 61T279DNLIRNHTGSLAVAN
Site 62S281LIRNHTGSLAVANNN
Site 63T292ANNNPTITVADSLSC
Site 64S310QNVQPPKSSPVVSTV
Site 65S311NVQPPKSSPVVSTVL
Site 66S315PKSSPVVSTVLSGSS
Site 67T316KSSPVVSTVLSGSSG
Site 68S321VSTVLSGSSGSSSTR
Site 69S322STVLSGSSGSSSTRT
Site 70S325LSGSSGSSSTRTPPT
Site 71S326SGSSGSSSTRTPPTA
Site 72T329SGSSSTRTPPTANHP
Site 73T332SSTRTPPTANHPVEP
Site 74T341NHPVEPVTSVTQPSE
Site 75S342HPVEPVTSVTQPSEL
Site 76Y360KGVQYGEYVNNQASS
Site 77S366EYVNNQASSAPTPLS
Site 78S367YVNNQASSAPTPLSS
Site 79T370NQASSAPTPLSSTSD
Site 80S373SSAPTPLSSTSDDEE
Site 81S374SAPTPLSSTSDDEEE
Site 82S392DEEAGVDSSSTTSSA
Site 83S393EEAGVDSSSTTSSAS
Site 84S394EAGVDSSSTTSSASP
Site 85T395AGVDSSSTTSSASPM
Site 86T396GVDSSSTTSSASPMP
Site 87S397VDSSSTTSSASPMPN
Site 88S398DSSSTTSSASPMPNS
Site 89S400SSTTSSASPMPNSYD
Site 90S405SASPMPNSYDALEGG
Site 91Y406ASPMPNSYDALEGGS
Site 92S413YDALEGGSYPDMLSS
Site 93Y414DALEGGSYPDMLSSS
Site 94S419GSYPDMLSSSASSPA
Site 95S420SYPDMLSSSASSPAP
Site 96S421YPDMLSSSASSPAPD
Site 97S423DMLSSSASSPAPDPA
Site 98S424MLSSSASSPAPDPAP
Site 99S437APEPDPASAPAPASA
Site 100S453APVVPQPSKMAKPFG
Site 101Y461KMAKPFGYGYPTLQP
Site 102Y463AKPFGYGYPTLQPGY
Site 103T465PFGYGYPTLQPGYQN
Site 104S479NATAPLISGVQPSNP
Site 105Y488VQPSNPVYSGFQQYP
Site 106Y494VYSGFQQYPQQYPGV
Site 107Y498FQQYPQQYPGVNQLS
Site 108S505YPGVNQLSSSIGGLS
Site 109S512SSSIGGLSLQSSPQP
Site 110S516GGLSLQSSPQPESLR
Site 111S521QSSPQPESLRPVNLT
Site 112T528SLRPVNLTQERNILP
Site 113T537ERNILPMTPVWAPVP
Site 114S556DLKKLNCSPDSFRCT
Site 115S559KLNCSPDSFRCTLTN
Site 116T563SPDSFRCTLTNIPQT
Site 117T565DSFRCTLTNIPQTQA
Site 118Y611RCRSCRTYINPFVSF
Site 119Y641DVPEEFMYNPLTRSY
Site 120T645EFMYNPLTRSYGEPH
Site 121Y648YNPLTRSYGEPHKRP
Site 122S660KRPEVQNSTVEFIAS
Site 123S667STVEFIASSDYMLRP
Site 124S668TVEFIASSDYMLRPP
Site 125Y670EFIASSDYMLRPPQP
Site 126T716KLPGDSRTRIGFMTF
Site 127T722RTRIGFMTFDSTIHF
Site 128Y730FDSTIHFYNLQEGLS
Site 129S737YNLQEGLSQPQMLIV
Site 130Y763DSLLVNLYESKELIK
Site 131T781NALPNMFTNTRETHS
Site 132T786MFTNTRETHSALGPA
Site 133S802QAAFKLMSPTGGRVS
Site 134T804AFKLMSPTGGRVSVF
Site 135S809SPTGGRVSVFQTQLP
Site 136S817VFQTQLPSLGAGLLQ
Site 137S825LGAGLLQSREDPNQR
Site 138S834EDPNQRSSTKVVQHL
Site 139T835DPNQRSSTKVVQHLG
Site 140S856KKLALDCSGQQTAVD
Site 141S876SQYSDLASLACMSKY
Site 142Y883SLACMSKYSAGCIYY
Site 143Y889KYSAGCIYYYPSFHY
Site 144Y890YSAGCIYYYPSFHYT
Site 145S901FHYTHNPSQAEKLQK
Site 146Y913LQKDLKRYLTRKIGF
Site 147T915KDLKRYLTRKIGFEA
Site 148S950VRSTDLLSLANINPD
Site 149S974EESLTDTSLVCFQTA
Site 150Y984CFQTALLYTSSKGER
Site 151S987TALLYTSSKGERRIR
Site 152S1030ANMAVDRSVSSSLSD
Site 153S1032MAVDRSVSSSLSDAR
Site 154S1034VDRSVSSSLSDARDA
Site 155S1036RSVSSSLSDARDALV
Site 156S1055DSLSAYGSTVSNLQH
Site 157T1056SLSAYGSTVSNLQHS
Site 158S1058SAYGSTVSNLQHSAL
Site 159S1063TVSNLQHSALMAPSS
Site 160T1091QKAFRTGTSTRLDDR
Site 161S1092KAFRTGTSTRLDDRV
Site 162T1093AFRTGTSTRLDDRVY
Site 163Y1100TRLDDRVYAMCQIKS
Site 164Y1122KMIHPNLYRIDRLTD
Site 165T1128LYRIDRLTDEGAVHV
Site 166S1149QPPLQKLSAEKLTRE
Site 167T1197ASIPQKMTHLPELDT
Site 168T1204THLPELDTLSSERAR
Site 169S1206LPELDTLSSERARSF
Site 170S1207PELDTLSSERARSFI
Site 171S1212LSSERARSFITWLRD
Site 172S1224LRDSRPLSPILHIVK
Site 173S1234LHIVKDESPAKAEFF
Site 174T1249QHLIEDRTEAAFSYY
Site 175S1254DRTEAAFSYYEFLLH
 
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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