PhosphoNET

           
Protein Info 
   
Short Name:  HT008
Full Name:  Testis-expressed sequence 2 protein
Alias:  KIAA1738; LOC55852; Testis expressed 2; Testis-expressed sequence 2 protein: Testis-expressed sequence 2 protein; TEX2; TMEM96; Transmembrane protein 96
Type:  Unknown function
Mass (Da):  125303
Number AA:  1127
UniProt ID:  Q8IWB9
International Prot ID:  IPI00761041
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021     Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  GO:0007165  GO:0006665   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 1T12YGRHAEKTTDMPKPS
Site 2T13GRHAEKTTDMPKPSA
Site 3S19TTDMPKPSAPKVHVQ
Site 4S28PKVHVQRSVSRDTIA
Site 5S30VHVQRSVSRDTIAIH
Site 6T33QRSVSRDTIAIHFSA
Site 7S39DTIAIHFSASGEEEE
Site 8Y55EEEEFREYFEEGLDD
Site 9S64EEGLDDQSIVTGLEA
Site 10Y76LEAKEDLYLEPQVGH
Site 11S91DPAGPAASPVLADGL
Site 12S119NTVKLLESPVPAAQV
Site 13S135STVPLAVSPGSSSSG
Site 14S140AVSPGSSSSGPLASS
Site 15S141VSPGSSSSGPLASSP
Site 16S146SSSGPLASSPSVSSL
Site 17S147SSGPLASSPSVSSLS
Site 18S149GPLASSPSVSSLSEQ
Site 19S151LASSPSVSSLSEQKT
Site 20S152ASSPSVSSLSEQKTS
Site 21S154SPSVSSLSEQKTSSS
Site 22T158SSLSEQKTSSSSPLS
Site 23S159SLSEQKTSSSSPLSS
Site 24S160LSEQKTSSSSPLSSP
Site 25S161SEQKTSSSSPLSSPS
Site 26S162EQKTSSSSPLSSPSK
Site 27S165TSSSSPLSSPSKSPI
Site 28S166SSSSPLSSPSKSPIL
Site 29S168SSPLSSPSKSPILSS
Site 30S170PLSSPSKSPILSSSA
Site 31S174PSKSPILSSSASTST
Site 32S175SKSPILSSSASTSTL
Site 33S176KSPILSSSASTSTLS
Site 34T179ILSSSASTSTLSSAK
Site 35S180LSSSASTSTLSSAKP
Site 36T181SSSASTSTLSSAKPF
Site 37S183SASTSTLSSAKPFMS
Site 38S190SSAKPFMSLVKSLST
Site 39S196MSLVKSLSTEVEPKE
Site 40S204TEVEPKESPHPARHR
Site 41T216RHRHLMKTLVKSLST
Site 42S220LMKTLVKSLSTDTSR
Site 43S222KTLVKSLSTDTSRQE
Site 44T223TLVKSLSTDTSRQES
Site 45T225VKSLSTDTSRQESDT
Site 46S226KSLSTDTSRQESDTV
Site 47S230TDTSRQESDTVSYKP
Site 48T232TSRQESDTVSYKPPD
Site 49S234RQESDTVSYKPPDSK
Site 50Y235QESDTVSYKPPDSKL
Site 51S240VSYKPPDSKLNLHLF
Site 52T251LHLFKQFTQPRNTGG
Site 53T256QFTQPRNTGGDSKTA
Site 54S260PRNTGGDSKTAPSSP
Site 55T262NTGGDSKTAPSSPLT
Site 56S265GDSKTAPSSPLTSPS
Site 57S266DSKTAPSSPLTSPSD
Site 58T269TAPSSPLTSPSDTRS
Site 59S270APSSPLTSPSDTRSF
Site 60S272SSPLTSPSDTRSFFK
Site 61T274PLTSPSDTRSFFKVP
Site 62S276TSPSDTRSFFKVPEM
Site 63T290MEAKIEDTKRRLSEV
Site 64S295EDTKRRLSEVIYEPF
Site 65Y299RRLSEVIYEPFQLLS
Site 66S306YEPFQLLSKIIGEES
Site 67S315IIGEESGSHRPKALS
Site 68S322SHRPKALSSSASELS
Site 69S323HRPKALSSSASELSN
Site 70S324RPKALSSSASELSNL
Site 71S326KALSSSASELSNLSS
Site 72S329SSSASELSNLSSLNG
Site 73S332ASELSNLSSLNGHLE
Site 74S333SELSNLSSLNGHLES
Site 75S340SLNGHLESNNNYSIK
Site 76Y344HLESNNNYSIKEEEC
Site 77S345LESNNNYSIKEEECD
Site 78S353IKEEECDSEGDGYGS
Site 79Y358CDSEGDGYGSDSNIP
Site 80S360SEGDGYGSDSNIPRS
Site 81S362GDGYGSDSNIPRSDH
Site 82S367SDSNIPRSDHPKSTG
Site 83S372PRSDHPKSTGEPTRE
Site 84T373RSDHPKSTGEPTREI
Site 85S384TREIELKSSQGSSLK
Site 86S385REIELKSSQGSSLKD
Site 87S388ELKSSQGSSLKDLGL
Site 88S389LKSSQGSSLKDLGLK
Site 89T397LKDLGLKTSSLVLEK
Site 90S398KDLGLKTSSLVLEKC
Site 91S399DLGLKTSSLVLEKCS
Site 92S412CSLSALVSKEDEEFC
Site 93Y422DEEFCELYTEDFDLE
Site 94T430TEDFDLETEGESKVD
Site 95S440ESKVDKLSDIPLKPE
Site 96S458EDGVVLDSEDEVDSA
Site 97Y524TPPSAHKYHKLHKNL
Site 98S538LRHWNTRSLDIKEPE
Site 99Y555KGWMNEIYNYDPETY
Site 100T565DPETYHATLTHSVFV
Site 101T578FVRLEGGTLRLSKPN
Site 102S582EGGTLRLSKPNKNIS
Site 103S589SKPNKNISRRASYNE
Site 104S593KNISRRASYNEPKPE
Site 105Y594NISRRASYNEPKPEV
Site 106Y603EPKPEVTYISQKIYD
Site 107S605KPEVTYISQKIYDLS
Site 108Y609TYISQKIYDLSDSKI
Site 109S612SQKIYDLSDSKIYLV
Site 110S614KIYDLSDSKIYLVPK
Site 111Y617DLSDSKIYLVPKTLA
Site 112T622KIYLVPKTLARKRIW
Site 113Y633KRIWNKKYPICIELG
Site 114S647GQQDDFMSKAQTDKE
Site 115T651DFMSKAQTDKETSEE
Site 116S665EKPPAEGSEDPKKPP
Site 117T678PPRPQEGTRSSQRDQ
Site 118S680RPQEGTRSSQRDQIL
Site 119S681PQEGTRSSQRDQILY
Site 120Y688SQRDQILYLFGRTGR
Site 121S708FRRFILASKLKSEIK
Site 122S712ILASKLKSEIKKSSG
Site 123S717LKSEIKKSSGVSGGK
Site 124S718KSEIKKSSGVSGGKP
Site 125S721IKKSSGVSGGKPGLL
Site 126S732PGLLPAHSRHNSPSG
Site 127S736PAHSRHNSPSGHLTH
Site 128S738HSRHNSPSGHLTHSR
Site 129T742NSPSGHLTHSRSSSK
Site 130S744PSGHLTHSRSSSKGS
Site 131S746GHLTHSRSSSKGSVE
Site 132S747HLTHSRSSSKGSVEE
Site 133S748LTHSRSSSKGSVEEI
Site 134S751SRSSSKGSVEEIMSQ
Site 135S757GSVEEIMSQPKQKEL
Site 136S767KQKELAGSVRQKMLL
Site 137Y776RQKMLLDYSVYMGRC
Site 138S788GRCVPQESRSPQRSP
Site 139S790CVPQESRSPQRSPLQ
Site 140S794ESRSPQRSPLQSAES
Site 141S798PQRSPLQSAESSPTA
Site 142S801SPLQSAESSPTAGKK
Site 143S802PLQSAESSPTAGKKL
Site 144T804QSAESSPTAGKKLPE
Site 145S815KLPEVPPSEEEEQEA
Site 146Y840WDFLGEKYWSDLVSK
Site 147S842FLGEKYWSDLVSKKI
Site 148S854KKIQMKLSKIKLPYF
Site 149T866PYFMNELTLTELDMG
Site 150Y886ILQAFKPYVDHQGLW
Site 151T907YNGSFLMTLETKMNL
Site 152S946RAFCLADSDEESSSA
Site 153S950LADSDEESSSAGSSE
Site 154S951ADSDEESSSAGSSEE
Site 155S952DSDEESSSAGSSEED
Site 156S955EESSSAGSSEEDDAP
Site 157S956ESSSAGSSEEDDAPE
Site 158Y978LLPGAEGYVGGHRTS
Site 159T995MRFVDKITKSKYFQK
Site 160Y999DKITKSKYFQKATET
Site 161T1024SNTPLLLTVEVQECR
Site 162T1033EVQECRGTLAVNIPP
Site 163T1043VNIPPPPTDRVWYGF
Site 164Y1048PPTDRVWYGFRKPPH
Site 165T1070KLGEREVTLVHVTDW
Site 166S1111HSAMDPRSTSCLLKD
Site 167T1112SAMDPRSTSCLLKDP
Site 168S1113AMDPRSTSCLLKDPP
 
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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