PhosphoNET

           
Protein Info 
   
Short Name:  UNC13B
Full Name:  Protein unc-13 homolog B
Alias:  Hmunc13; Munc13; Munc13-2; U13B; UN13B; UNC13; Unc-13 B; UNC13, unc-13 B; Unc13h2
Type:  Cytoplasm, Plasma membrane, Synapse, Cell junction, Golgi apparatus protein
Mass (Da):  180679
Number AA:  1591
UniProt ID:  O14795
International Prot ID:  IPI00478689
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005794  GO:0030054  GO:0019898 Uniprot OncoNet
Molecular Function:  GO:0004872  GO:0008270   PhosphoSite+ KinaseNET
Biological Process:  GO:0007588  GO:0006887  GO:0006917 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 1S16KRAKFQGSPDKFNTY
Site 2Y23SPDKFNTYVTLKVQN
Site 3S33LKVQNVKSTTVAVRG
Site 4T35VQNVKSTTVAVRGDQ
Site 5S61SRLDLGLSVEVWNKG
Site 6T84TVWIALKTIRQSDEE
Site 7S88ALKTIRQSDEEGPGE
Site 8T98EGPGEWSTLEAETLM
Site 9T113KDDEICGTRNPTPHK
Site 10T117ICGTRNPTPHKILLD
Site 11T125PHKILLDTRFELPFD
Site 12Y140IPEEEARYWTYKWEQ
Site 13Y157ALGADNEYSSQEESQ
Site 14S158LGADNEYSSQEESQR
Site 15S159GADNEYSSQEESQRK
Site 16S163EYSSQEESQRKPLPT
Site 17T170SQRKPLPTAAAQCSF
Site 18S176PTAAAQCSFEDPDSA
Site 19S182CSFEDPDSAVDDRDS
Site 20S189SAVDDRDSDYRSETS
Site 21Y191VDDRDSDYRSETSNS
Site 22S193DRDSDYRSETSNSFP
Site 23T195DSDYRSETSNSFPPP
Site 24S196SDYRSETSNSFPPPY
Site 25S198YRSETSNSFPPPYHT
Site 26Y203SNSFPPPYHTASQPN
Site 27T205SFPPPYHTASQPNAS
Site 28S207PPPYHTASQPNASVH
Site 29S212TASQPNASVHQFPVP
Site 30S222QFPVPVRSPQQLLLQ
Site 31S231QQLLLQGSSRDSCND
Site 32S232QLLLQGSSRDSCNDS
Site 33S235LQGSSRDSCNDSMQS
Site 34S239SRDSCNDSMQSYDLD
Site 35Y243CNDSMQSYDLDYPER
Site 36Y247MQSYDLDYPERRAIS
Site 37S254YPERRAISPTSSSRY
Site 38T256ERRAISPTSSSRYGS
Site 39S257RRAISPTSSSRYGSS
Site 40S258RAISPTSSSRYGSSC
Site 41S259AISPTSSSRYGSSCN
Site 42Y261SPTSSSRYGSSCNVS
Site 43S263TSSSRYGSSCNVSQG
Site 44S264SSSRYGSSCNVSQGS
Site 45S268YGSSCNVSQGSSQLS
Site 46S272CNVSQGSSQLSELDQ
Site 47S275SQGSSQLSELDQYHE
Site 48Y280QLSELDQYHEQDDDH
Site 49S292DDHRETDSIHSCHSS
Site 50S295RETDSIHSCHSSHSL
Site 51S298DSIHSCHSSHSLSRD
Site 52S299SIHSCHSSHSLSRDG
Site 53S301HSCHSSHSLSRDGQA
Site 54S303CHSSHSLSRDGQAGF
Site 55T339KEMKEDATTHPPPDL
Site 56T340EMKEDATTHPPPDLV
Site 57S359HFLGPQESFPEENAS
Site 58S366SFPEENASSPFTQAR
Site 59S367FPEENASSPFTQARA
Site 60T370ENASSPFTQARAHWI
Site 61T381AHWIRAVTKVRLQLQ
Site 62S397IPDDGDPSLPQWLPE
Site 63Y411EGPAGGLYGIDSMPD
Site 64S415GGLYGIDSMPDLRRK
Site 65S436SDLSLVQSRKAGITS
Site 66T442QSRKAGITSAMATRT
Site 67T447GITSAMATRTSLKDE
Site 68S450SAMATRTSLKDEELK
Site 69S458LKDEELKSHVYKKTL
Site 70Y461EELKSHVYKKTLQAL
Site 71T464KSHVYKKTLQALIYP
Site 72T487FEVWTATTPTYCYEC
Site 73Y490WTATTPTYCYECEGL
Site 74Y492ATTPTYCYECEGLLW
Site 75S535LQRAAEKSCKHGAED
Site 76T586AHVQQMKTVKQSVLD
Site 77T595KQSVLDGTSKWSAKI
Site 78S596QSVLDGTSKWSAKIT
Site 79T618GLQAKDKTGSSDPYV
Site 80S621AKDKTGSSDPYVTVQ
Site 81Y624KTGSSDPYVTVQVSK
Site 82T626GSSDPYVTVQVSKTK
Site 83T638KTKKRTKTIFGNLNP
Site 84S675DEDDDIKSRVKQRLK
Site 85S685KQRLKRESDDFLGQT
Site 86Y707SGEMDVWYNLEKRTD
Site 87S716LEKRTDKSAVSGAIR
Site 88S719RTDKSAVSGAIRLQI
Site 89S727GAIRLQISVEIKGEE
Site 90Y739GEEKVAPYHVQYTCL
Site 91Y743VAPYHVQYTCLHENL
Site 92Y753LHENLFHYLTDIQGS
Site 93T755ENLFHYLTDIQGSGG
Site 94Y777GDDAWKVYFDETAQE
Site 95Y793VDEFAMRYGIESIYQ
Site 96Y799RYGIESIYQAMTHFA
Site 97S838YYAHTTASTNVSASD
Site 98S842TTASTNVSASDRFAA
Site 99S844ASTNVSASDRFAASN
Site 100S867LLDQLHNSLRIDLST
Site 101S873NSLRIDLSTYRNNFP
Site 102T874SLRIDLSTYRNNFPA
Site 103Y875LRIDLSTYRNNFPAG
Site 104S883RNNFPAGSPERLQDL
Site 105S892ERLQDLKSTVDLLTS
Site 106T893RLQDLKSTVDLLTSI
Site 107S912MKVQELQSPPRASQV
Site 108S917LQSPPRASQVVKDCV
Site 109Y932KACLNSTYEYIFNNC
Site 110Y943FNNCHDLYSRQYQLK
Site 111Y947HDLYSRQYQLKQELP
Site 112S961PPEEQGPSIRNLDFW
Site 113S985IIEEDKNSYTPVLNQ
Site 114T987EEDKNSYTPVLNQFP
Site 115Y1017LFAQDMKYALEEHEK
Site 116Y1033HLCKSADYMNLHFKV
Site 117Y1047VKWLHNEYVRDLPVL
Site 118Y1061LQGQVPEYPAWFEQF
Site 119S1080LDENEDVSLEFLRGA
Site 120S1132KLECPDPSILAHYMR
Site 121Y1137DPSILAHYMRRFAKT
Site 122T1144YMRRFAKTIGKVLMQ
Site 123Y1163LSKDFPAYCTKEKLP
Site 124S1203LDLEAADSLKELQVK
Site 125T1247ILGQVRGTGNASPDA
Site 126S1251VRGTGNASPDARASA
Site 127S1257ASPDARASAAQDADS
Site 128S1264SAAQDADSVLRPLMD
Site 129T1324TGTQLIFTAAKELSH
Site 130S1330FTAAKELSHLSKLKD
Site 131T1344DHMVREETRNLTPKQ
Site 132T1348REETRNLTPKQCAVL
Site 133Y1365ALDTIKQYFHAGGNG
Site 134T1376GGNGLKKTFLEKSPD
Site 135S1381KKTFLEKSPDLQSLR
Site 136S1386EKSPDLQSLRYALSL
Site 137Y1389PDLQSLRYALSLYTQ
Site 138S1392QSLRYALSLYTQTTD
Site 139Y1394LRYALSLYTQTTDTL
Site 140T1400LYTQTTDTLIKTFVR
Site 141T1404TTDTLIKTFVRSQTT
Site 142S1408LIKTFVRSQTTQGSG
Site 143T1410KTFVRSQTTQGSGVD
Site 144S1414RSQTTQGSGVDDPVG
Site 145T1431SIQVDLFTHPGTGEH
Site 146T1441GTGEHKVTVKVVAAN
Site 147S1472TMVGPHQSDKKRKFT
Site 148T1479SDKKRKFTTKSKSNN
Site 149T1480DKKRKFTTKSKSNNW
Site 150S1482KRKFTTKSKSNNWAP
Site 151S1484KFTTKSKSNNWAPKY
Site 152Y1491SNNWAPKYNETFHFL
Site 153S1507GNEEGPESYELQICV
Site 154Y1517LQICVKDYCFAREDR
Site 155T1557RKIHMDETGLTILRI
Site 156S1566LTILRILSQRSNDEV
Site 157S1582REFVKLKSESRSTEE
Site 158S1586KLKSESRSTEEGS__
Site 159T1587LKSESRSTEEGS___
 
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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