PhosphoNET

           
Protein Info 
   
Short Name:  TATDN2
Full Name:  Putative deoxyribonuclease TATDN2
Alias:  KIAA0218; TAT2; TatD DNase domain containing 2; TatD DNase domain containing deoxyribonuclease 2; TATD2
Type:  Deoxyribonuclease; EC 3.1.21.-
Mass (Da):  85023
Number AA:  761
UniProt ID:  Q93075
International Prot ID:  IPI00004069
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0016888     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 1S13GKVKHNWSSTSEGCP
Site 2S14KVKHNWSSTSEGCPR
Site 3T15VKHNWSSTSEGCPRK
Site 4S16KHNWSSTSEGCPRKR
Site 5S24EGCPRKRSCLREPCD
Site 6S35EPCDVAPSSRPAQRS
Site 7S36PCDVAPSSRPAQRSA
Site 8S42SSRPAQRSASRSGGP
Site 9S44RPAQRSASRSGGPSS
Site 10S46AQRSASRSGGPSSPK
Site 11S50ASRSGGPSSPKRLKA
Site 12S51SRSGGPSSPKRLKAQ
Site 13S66KEDDVACSRRLSWGS
Site 14S70VACSRRLSWGSSRRR
Site 15S73SRRLSWGSSRRRNNS
Site 16S74RRLSWGSSRRRNNSS
Site 17S80SSRRRNNSSSSFSPH
Site 18S81SRRRNNSSSSFSPHF
Site 19S82RRRNNSSSSFSPHFL
Site 20S83RRNNSSSSFSPHFLG
Site 21S85NNSSSSFSPHFLGPG
Site 22T106KGCLIRNTRGFLSSG
Site 23S111RNTRGFLSSGGSPLR
Site 24S112NTRGFLSSGGSPLRP
Site 25S115GFLSSGGSPLRPANA
Site 26S123PLRPANASLEEMASL
Site 27S129ASLEEMASLEEEACS
Site 28S136SLEEEACSLKVDSKD
Site 29S141ACSLKVDSKDSSHNS
Site 30S144LKVDSKDSSHNSTNS
Site 31S145KVDSKDSSHNSTNSE
Site 32S148SKDSSHNSTNSEFAA
Site 33T149KDSSHNSTNSEFAAE
Site 34S151SSHNSTNSEFAAEAE
Site 35S183DRLRDQGSTMIYLKA
Site 36T184RLRDQGSTMIYLKAI
Site 37S198IQGILGKSMPKRKGE
Site 38S213AATRAKPSAAEHPSH
Site 39S219PSAAEHPSHGEGPAR
Site 40S227HGEGPARSEGPAKTA
Site 41T242EGAARSVTVTAAQKE
Site 42T244AARSVTVTAAQKEKD
Site 43T253AQKEKDATPEVSMEE
Site 44T263VSMEEDKTVPERSSF
Site 45S269KTVPERSSFYDRRVV
Site 46Y271VPERSSFYDRRVVID
Site 47T293EPLGDRRTVIDKCSP
Site 48S299RTVIDKCSPPLEFLD
Site 49S308PLEFLDDSDSHLEIQ
Site 50S310EFLDDSDSHLEIQKH
Site 51S328EVVMEHPSSGSDWSD
Site 52S329VVMEHPSSGSDWSDV
Site 53S334PSSGSDWSDVEEIST
Site 54S340WSDVEEISTVRFSQE
Site 55T341SDVEEISTVRFSQEE
Site 56S345EISTVRFSQEEPVSL
Site 57S351FSQEEPVSLKPSAVP
Site 58S355EPVSLKPSAVPEPSS
Site 59S362SAVPEPSSFTTDYVM
Site 60T365PEPSSFTTDYVMYPP
Site 61Y367PSSFTTDYVMYPPHL
Site 62Y370FTTDYVMYPPHLYSS
Site 63Y385PWCDYASYWTSSPKP
Site 64T387CDYASYWTSSPKPSS
Site 65S388DYASYWTSSPKPSSY
Site 66S389YASYWTSSPKPSSYP
Site 67S393WTSSPKPSSYPSTGS
Site 68S394TSSPKPSSYPSTGSS
Site 69Y395SSPKPSSYPSTGSSS
Site 70S397PKPSSYPSTGSSSND
Site 71T398KPSSYPSTGSSSNDA
Site 72S400SSYPSTGSSSNDAAQ
Site 73S401SYPSTGSSSNDAAQV
Site 74S411DAAQVGKSSRSRMSD
Site 75S412AAQVGKSSRSRMSDY
Site 76S414QVGKSSRSRMSDYSP
Site 77S417KSSRSRMSDYSPNST
Site 78Y419SRSRMSDYSPNSTGS
Site 79S420RSRMSDYSPNSTGSV
Site 80S423MSDYSPNSTGSVQNT
Site 81T424SDYSPNSTGSVQNTS
Site 82S426YSPNSTGSVQNTSRD
Site 83T430STGSVQNTSRDMEAS
Site 84S437TSRDMEASEEGWSQN
Site 85S442EASEEGWSQNSRSFR
Site 86S445EEGWSQNSRSFRFSR
Site 87S447GWSQNSRSFRFSRSS
Site 88S451NSRSFRFSRSSEERE
Site 89S453RSFRFSRSSEEREVK
Site 90S454SFRFSRSSEEREVKE
Site 91T464REVKEKRTFQEEMPP
Site 92S479RPCGGHASSSLPKSH
Site 93S480PCGGHASSSLPKSHL
Site 94S481CGGHASSSLPKSHLE
Site 95S485ASSSLPKSHLEPSLE
Site 96S490PKSHLEPSLEEGFID
Site 97Y506HCHLDMLYSKLSFQG
Site 98S510DMLYSKLSFQGTFTK
Site 99T514SKLSFQGTFTKFRKI
Site 100T516LSFQGTFTKFRKIYS
Site 101Y522FTKFRKIYSSSFPKE
Site 102S523TKFRKIYSSSFPKEF
Site 103S524KFRKIYSSSFPKEFQ
Site 104S525FRKIYSSSFPKEFQG
Site 105T544FCDPRTLTDCLWEEL
Site 106Y570CHPHFARYYSESQER
Site 107Y571HPHFARYYSESQERN
Site 108S572PHFARYYSESQERNL
Site 109S574FARYYSESQERNLLQ
Site 110Y598FGEMGLDYSYKCTTP
Site 111S599GEMGLDYSYKCTTPV
Site 112Y600EMGLDYSYKCTTPVP
Site 113T603LDYSYKCTTPVPEQH
Site 114T604DYSYKCTTPVPEQHK
Site 115Y650KKFVPPDYKIHRHCF
Site 116Y710IVETDAPYFLPRQVP
Site 117S719LPRQVPKSLCQYAHP
Site 118S745RVKDQPLSLTLAALR
Site 119T747KDQPLSLTLAALREN
Site 120T755LAALRENTSRLYSL_
Site 121S756AALRENTSRLYSL__
 
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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