PhosphoNET

           
Protein Info 
   
Short Name:  BLM
Full Name:  Bloom syndrome protein
Alias:  Bloom Syndrome; Bloom syndrome, RecQ helicase-like; Bloom's syndrome protein; BS; DNA helicase, RecQ-like, type 2; RecQ protein-like 3; RECQ2; RECQL3
Type:  EC 3.6.1.-; DNA repair; DNA replication; Helicase
Mass (Da):  159000
Number AA:  1417
UniProt ID:  P54132
International Prot ID:  IPI00004859
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016605  GO:0005737  GO:0000800 Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0043140  GO:0000739 PhosphoSite+ KinaseNET
Biological Process:  GO:0000085  GO:0031572  GO:0000724 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 1S17QEQLERHSARTLNNK
Site 2T20LERHSARTLNNKLSL
Site 3S26RTLNNKLSLSKPKFS
Site 4S28LNNKLSLSKPKFSGF
Site 5T36KPKFSGFTFKKKTSS
Site 6T41GFTFKKKTSSDNNVS
Site 7S43TFKKKTSSDNNVSVT
Site 8S48TSSDNNVSVTNVSVA
Site 9S53NVSVTNVSVAKTPVL
Site 10T57TNVSVAKTPVLRNKD
Site 11T68RNKDVNVTEDFSFSE
Site 12S72VNVTEDFSFSEPLPN
Site 13S74VTEDFSFSEPLPNTT
Site 14T99NAPAGQETQRGGSKS
Site 15S104QETQRGGSKSLLPDF
Site 16S106TQRGGSKSLLPDFLQ
Site 17T114LLPDFLQTPKEVVCT
Site 18T121TPKEVVCTTQNTPTV
Site 19T122PKEVVCTTQNTPTVK
Site 20T125VVCTTQNTPTVKKSR
Site 21T127CTTQNTPTVKKSRDT
Site 22T134TVKKSRDTALKKLEF
Site 23S142ALKKLEFSSSPDSLS
Site 24S143LKKLEFSSSPDSLST
Site 25S144KKLEFSSSPDSLSTI
Site 26S147EFSSSPDSLSTINDW
Site 27S149SSSPDSLSTINDWDD
Site 28T162DDMDDFDTSETSKSF
Site 29S163DMDDFDTSETSKSFV
Site 30S166DFDTSETSKSFVTPP
Site 31S168DTSETSKSFVTPPQS
Site 32T171ETSKSFVTPPQSHFV
Site 33S175SFVTPPQSHFVRVST
Site 34S181QSHFVRVSTAQKSKK
Site 35T182SHFVRVSTAQKSKKG
Site 36S186RVSTAQKSKKGKRNF
Site 37Y199NFFKAQLYTTNTVKT
Site 38T201FKAQLYTTNTVKTDL
Site 39T203AQLYTTNTVKTDLPP
Site 40T206YTTNTVKTDLPPPSS
Site 41S212KTDLPPPSSESEQID
Site 42S213TDLPPPSSESEQIDL
Site 43T221ESEQIDLTEEQKDDS
Site 44S228TEEQKDDSEWLSSDV
Site 45S232KDDSEWLSSDVICID
Site 46S233DDSEWLSSDVICIDD
Site 47S255INEDAQESDSLKTHL
Site 48S257EDAQESDSLKTHLED
Site 49S269LEDERDNSEKKKNLE
Site 50T283EEAELHSTEKVPCIE
Site 51Y296IEFDDDDYDTDFVPP
Site 52T298FDDDDYDTDFVPPSP
Site 53S304DTDFVPPSPEEIISA
Site 54S310PSPEEIISASSSSSK
Site 55S312PEEIISASSSSSKCL
Site 56S313EEIISASSSSSKCLS
Site 57S314EIISASSSSSKCLST
Site 58S316ISASSSSSKCLSTLK
Site 59S320SSSSKCLSTLKDLDT
Site 60T321SSSKCLSTLKDLDTS
Site 61T327STLKDLDTSDRKEDV
Site 62S328TLKDLDTSDRKEDVL
Site 63S336DRKEDVLSTSKDLLS
Site 64T337RKEDVLSTSKDLLSK
Site 65S338KEDVLSTSKDLLSKP
Site 66S343STSKDLLSKPEKMSM
Site 67S358QELNPETSTDCDARQ
Site 68S367DCDARQISLQQQLIH
Site 69T385HICKLIDTIPDDKLK
Site 70T412NIRRKLLTEVDFNKS
Site 71S419TEVDFNKSDASLLGS
Site 72S422DFNKSDASLLGSLWR
Site 73S426SDASLLGSLWRYRPD
Site 74Y430LLGSLWRYRPDSLDG
Site 75S434LWRYRPDSLDGPMEG
Site 76S443DGPMEGDSCPTGNSM
Site 77S456SMKELNFSHLPSNSV
Site 78S460LNFSHLPSNSVSPGD
Site 79S462FSHLPSNSVSPGDCL
Site 80S464HLPSNSVSPGDCLLT
Site 81T471SPGDCLLTTTLGKTG
Site 82S480TLGKTGFSATRKNLF
Site 83T494FERPLFNTHLQKSFV
Site 84S499FNTHLQKSFVSSNWA
Site 85S503LQKSFVSSNWAETPR
Site 86T508VSSNWAETPRLGKKN
Site 87S518LGKKNESSYFPGNVL
Site 88Y519GKKNESSYFPGNVLT
Site 89T528PGNVLTSTAVKDQNK
Site 90S539DQNKHTASINDLERE
Site 91T547INDLERETQPSYDID
Site 92S550LERETQPSYDIDNFD
Site 93Y551ERETQPSYDIDNFDI
Site 94S577IMHNLAASKSSTAAY
Site 95S579HNLAASKSSTAAYQP
Site 96T581LAASKSSTAAYQPIK
Site 97Y584SKSSTAAYQPIKEGR
Site 98S595KEGRPIKSVSERLSS
Site 99S597GRPIKSVSERLSSAK
Site 100S601KSVSERLSSAKTDCL
Site 101S602SVSERLSSAKTDCLP
Site 102T605ERLSSAKTDCLPVSS
Site 103S611KTDCLPVSSTAQNIN
Site 104S612TDCLPVSSTAQNINF
Site 105Y626FSESIQNYTDKSAQN
Site 106S630IQNYTDKSAQNLASR
Site 107S646LKHERFQSLSFPHTK
Site 108S648HERFQSLSFPHTKEM
Site 109T652QSLSFPHTKEMMKIF
Site 110S696MPTGGGKSLCYQLPA
Site 111S714PGVTVVISPLRSLIV
Site 112T735TSLDIPATYLTGDKT
Site 113Y736SLDIPATYLTGDKTD
Site 114T742TYLTGDKTDSEATNI
Site 115S744LTGDKTDSEATNIYL
Site 116Y750DSEATNIYLQLSKKD
Site 117S754TNIYLQLSKKDPIIK
Site 118T766IIKLLYVTPEKICAS
Site 119S773TPEKICASNRLISTL
Site 120S778CASNRLISTLENLYE
Site 121Y784ISTLENLYERKLLAR
Site 122Y811GHDFRQDYKRMNMLR
Site 123T832PVMALTATANPRVQK
Site 124T843RVQKDILTQLKILRP
Site 125S856RPQVFSMSFNRHNLK
Site 126Y864FNRHNLKYYVLPKKP
Site 127Y865NRHNLKYYVLPKKPK
Site 128Y894PYDSGIIYCLSRREC
Site 129T903LSRRECDTMADTLQR
Site 130T907ECDTMADTLQRDGLA
Site 131S923LAYHAGLSDSARDEV
Site 132S925YHAGLSDSARDEVQQ
Site 133S969IHASLPKSVEGYYQE
Site 134Y973LPKSVEGYYQESGRA
Site 135Y974PKSVEGYYQESGRAG
Site 136S977VEGYYQESGRAGRDG
Site 137S987AGRDGEISHCLLFYT
Site 138Y995HCLLFYTYHDVTRLK
Site 139Y1024ETHFNNLYSMVHYCE
Site 140Y1044RRIQLLAYFGENGFN
Site 141Y1072NCCKTKDYKTRDVTD
Site 142T1074CKTKDYKTRDVTDDV
Site 143T1078DYKTRDVTDDVKSIV
Site 144S1083DVTDDVKSIVRFVQE
Site 145S1093RFVQEHSSSQGMRNI
Site 146S1094FVQEHSSSQGMRNIK
Site 147S1128SKSAKIQSGIFGKGS
Site 148S1135SGIFGKGSAYSRHNA
Site 149Y1137IFGKGSAYSRHNAER
Site 150Y1160KILDEDLYINANDQA
Site 151T1179MLGNKAQTVLNGNLK
Site 152T1192LKVDFMETENSSSVK
Site 153S1195DFMETENSSSVKKQK
Site 154S1197METENSSSVKKQKAL
Site 155S1209KALVAKVSQREEMVK
Site 156T1223KKCLGELTEVCKSLG
Site 157S1252TLKKLAESLSSDPEV
Site 158S1254KKLAESLSSDPEVLL
Site 159S1255KLAESLSSDPEVLLQ
Site 160Y1274TEDKLEKYGAEVISV
Site 161Y1285VISVLQKYSEWTSPA
Site 162S1286ISVLQKYSEWTSPAE
Site 163S1290QKYSEWTSPAEDSSP
Site 164S1295WTSPAEDSSPGISLS
Site 165S1296TSPAEDSSPGISLSS
Site 166S1300EDSSPGISLSSSRGP
Site 167S1302SSPGISLSSSRGPGR
Site 168S1303SPGISLSSSRGPGRS
Site 169S1304PGISLSSSRGPGRSA
Site 170S1310SSRGPGRSAAEELDE
Site 171S1322LDEEIPVSSHYFASK
Site 172Y1325EIPVSSHYFASKTRN
Site 173S1328VSSHYFASKTRNERK
Site 174T1330SHYFASKTRNERKRK
Site 175S1342KRKKMPASQRSKRRK
Site 176S1345KMPASQRSKRRKTAS
Site 177T1350QRSKRRKTASSGSKA
Site 178S1352SKRRKTASSGSKAKG
Site 179S1353KRRKTASSGSKAKGG
Site 180S1355RKTASSGSKAKGGSA
Site 181T1363KAKGGSATCRKISSK
Site 182S1368SATCRKISSKTKSSS
Site 183S1369ATCRKISSKTKSSSI
Site 184T1371CRKISSKTKSSSIIG
Site 185S1373KISSKTKSSSIIGSS
Site 186S1374ISSKTKSSSIIGSSS
Site 187S1375SSKTKSSSIIGSSSA
Site 188S1379KSSSIIGSSSASHTS
Site 189S1380SSSIIGSSSASHTSQ
Site 190S1381SSIIGSSSASHTSQA
Site 191S1383IIGSSSASHTSQATS
Site 192T1385GSSSASHTSQATSGA
Site 193S1386SSSASHTSQATSGAN
Site 194S1390SHTSQATSGANSKLG
Site 195S1394QATSGANSKLGIMAP
 
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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