PhosphoNET

           
Protein Info 
   
Short Name:  FANCM
Full Name:  Fanconi anemia group M protein
Alias:  ATP-dependent RNA helicase FANCM; FAAP250; FACM; Fanconi anemia, complementation group M; Fanconi anemia-associated polypeptide of 250 kDa; Hef; KIAA1596
Type:  EC 3.6.1.-; Helicase
Mass (Da):  232190
Number AA: 
UniProt ID:  Q8IYD8
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0008026  GO:0003677 PhosphoSite+ KinaseNET
Biological Process:  GO:0006281     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 1T7_MSGRQRTLFQTWGS
Site 2T11RQRTLFQTWGSSISR
Site 3S14TLFQTWGSSISRSSG
Site 4S15LFQTWGSSISRSSGT
Site 5S17QTWGSSISRSSGTPG
Site 6S19WGSSISRSSGTPGCS
Site 7S20GSSISRSSGTPGCSS
Site 8T22SISRSSGTPGCSSGT
Site 9S27SGTPGCSSGTERPQS
Site 10T29TPGCSSGTERPQSPG
Site 11S34SGTERPQSPGSSKAP
Site 12S37ERPQSPGSSKAPLPA
Site 13S38RPQSPGSSKAPLPAA
Site 14Y94TNCPVRDYQLHISRA
Site 15Y129AVVMYNFYRWFPSGK
Site 16Y155TQQIEACYQVMGIPQ
Site 17S171HMAEMTGSTQASTRK
Site 18Y225KALGNYAYCQVVREL
Site 19S250ALSATPGSDIKAVQQ
Site 20S274IELRSEDSPDILTYS
Site 21T279EDSPDILTYSHERKV
Site 22S281SPDILTYSHERKVEK
Site 23S310TYIQILESFARSLIQ
Site 24Y332DIPNLTKYQIILARD
Site 25S346DQFRKNPSPNIVGIQ
Site 26S399GTKGMTRSKNELGRN
Site 27S425CMFARTRSTSANGIS
Site 28T426MFARTRSTSANGISA
Site 29S427FARTRSTSANGISAI
Site 30Y445DKNKKFVYSHPKLKK
Site 31T470SWNAENTTEKKRDET
Site 32T477TEKKRDETRVMIFSS
Site 33S483ETRVMIFSSFRDSVQ
Site 34S484TRVMIFSSFRDSVQE
Site 35S488IFSSFRDSVQEIAEM
Site 36S497QEIAEMLSQHQPIIR
Site 37S516VGHASGKSTKGFTQK
Site 38T517GHASGKSTKGFTQKE
Site 39Y537KQFRDGGYNTLVSTC
Site 40T539FRDGGYNTLVSTCVG
Site 41S542GGYNTLVSTCVGEEG
Site 42S566ICFDSQKSPIRLVQR
Site 43S590GRIVIILSEGREERI
Site 44Y598EGREERIYNQSQSNK
Site 45S601EERIYNQSQSNKRSI
Site 46S603RIYNQSQSNKRSIYK
Site 47S607QSQSNKRSIYKAISS
Site 48Y609QSNKRSIYKAISSNR
Site 49S614SIYKAISSNRQVLHF
Site 50Y622NRQVLHFYQRSPRMV
Site 51S625VLHFYQRSPRMVPDG
Site 52Y647MFITHGVYEPEKPSR
Site 53S660SRNLQRKSSIFSYRD
Site 54S661RNLQRKSSIFSYRDG
Site 55S664QRKSSIFSYRDGMRQ
Site 56S672YRDGMRQSSLKKDWF
Site 57S673RDGMRQSSLKKDWFL
Site 58S681LKKDWFLSEEEFKLW
Site 59Y692FKLWNRLYRLRDSDE
Site 60S697RLYRLRDSDEIKEIT
Site 61S712LPQVQFSSLQNEENK
Site 62S732TTGIHQLSLSEWRLW
Site 63S776RHEEGECSYELEVES
Site 64Y784YELEVESYLQMEDVT
Site 65S792LQMEDVTSTFIAPRN
Site 66S801FIAPRNESNNLASDT
Site 67S806NESNNLASDTFITHK
Site 68T808SNNLASDTFITHKKS
Site 69T811LASDTFITHKKSSFI
Site 70S825IKNINQGSSSSVIES
Site 71S827NINQGSSSSVIESDE
Site 72S828INQGSSSSVIESDEE
Site 73S832SSSSVIESDEECAEI
Site 74T848KQTHIKPTKIVSLKK
Site 75S852IKPTKIVSLKKKVSK
Site 76S858VSLKKKVSKEIKKDQ
Site 77S877NNHGIIDSVDNDRNS
Site 78S884SVDNDRNSTVENIFQ
Site 79T885VDNDRNSTVENIFQE
Site 80S901LPNDKRTSDTDEIAA
Site 81T909DTDEIAATCTINENV
Site 82T925KEPCVLLTECQFTNK
Site 83T930LLTECQFTNKSTSSL
Site 84S933ECQFTNKSTSSLAGN
Site 85S936FTNKSTSSLAGNVLD
Site 86S944LAGNVLDSGYNSFND
Site 87Y946GNVLDSGYNSFNDEK
Site 88S948VLDSGYNSFNDEKSV
Site 89S954NSFNDEKSVSSNLFL
Site 90S956FNDEKSVSSNLFLPF
Site 91Y968LPFEEELYIVRTDDQ
Site 92T972EELYIVRTDDQFYNC
Site 93Y977VRTDDQFYNCHSLTK
Site 94S995ANVERFLSYSPPPLS
Site 95Y996NVERFLSYSPPPLSG
Site 96S997VERFLSYSPPPLSGL
Site 97S1002SYSPPPLSGLSDLEY
Site 98S1005PPPLSGLSDLEYEIA
Site 99Y1009SGLSDLEYEIAKGTA
Site 100S1031PCAEHLRSDKCTCLL
Site 101T1035HLRSDKCTCLLSHSA
Site 102S1039DKCTCLLSHSAVNSQ
Site 103S1041CTCLLSHSAVNSQQN
Site 104S1045LSHSAVNSQQNLELN
Site 105Y1059NSLKCINYPSEKSCL
Site 106Y1067PSEKSCLYDIPNDNI
Site 107S1075DIPNDNISDEPSLCD
Site 108S1079DNISDEPSLCDCDVH
Site 109S1105NRVQIHRSPAQNLVG
Site 110S1121NNHDVDNSDLPVLST
Site 111S1127NSDLPVLSTDQDESL
Site 112T1128SDLPVLSTDQDESLL
Site 113S1133LSTDQDESLLLFEDV
Site 114S1148NTEFDDVSLSPLNSK
Site 115S1150EFDDVSLSPLNSKSE
Site 116S1154VSLSPLNSKSESLPV
Site 117S1156LSPLNSKSESLPVSD
Site 118S1158PLNSKSESLPVSDKT
Site 119S1162KSESLPVSDKTAISE
Site 120T1165SLPVSDKTAISETPL
Site 121S1168VSDKTAISETPLVSQ
Site 122T1170DKTAISETPLVSQFL
Site 123S1188ELLLDNNSELQDQIT
Site 124T1195SELQDQITRDANSFK
Site 125S1200QITRDANSFKSRDQR
Site 126S1203RDANSFKSRDQRGVQ
Site 127S1238TFDLGFCSPDSDDEI
Site 128S1241LGFCSPDSDDEILEH
Site 129S1250DEILEHTSDSNRPLD
Site 130S1252ILEHTSDSNRPLDDL
Site 131Y1260NRPLDDLYGRYLEIK
Site 132Y1263LDDLYGRYLEIKEIS
Site 133S1270YLEIKEISDANYVSN
Site 134Y1274KEISDANYVSNQALI
Site 135S1286ALIPRDHSKNFTSGT
Site 136T1290RDHSKNFTSGTVIIP
Site 137T1293SKNFTSGTVIIPSNE
Site 138Y1307EDMQNPNYVHLPLSA
Site 139S1313NYVHLPLSAAKNEEL
Site 140S1322AKNEELLSPGYSQFS
Site 141Y1325EELLSPGYSQFSLPV
Site 142S1326ELLSPGYSQFSLPVQ
Site 143S1329SPGYSQFSLPVQKKV
Site 144S1338PVQKKVMSTPLSKSN
Site 145T1339VQKKVMSTPLSKSNT
Site 146S1342KVMSTPLSKSNTLNS
Site 147S1344MSTPLSKSNTLNSFS
Site 148T1346TPLSKSNTLNSFSKI
Site 149S1349SKSNTLNSFSKIRKE
Site 150S1351SNTLNSFSKIRKEIL
Site 151T1360IRKEILKTPDSSKEK
Site 152S1363EILKTPDSSKEKVNL
Site 153S1379RFKEALNSTFDYSEF
Site 154T1380FKEALNSTFDYSEFS
Site 155Y1383ALNSTFDYSEFSLEK
Site 156S1387TFDYSEFSLEKSKSS
Site 157S1391SEFSLEKSKSSGPMY
Site 158S1393FSLEKSKSSGPMYLH
Site 159S1394SLEKSKSSGPMYLHK
Site 160Y1398SKSSGPMYLHKSCHS
Site 161T1413VEDGQLLTSNESEDD
Site 162S1414EDGQLLTSNESEDDE
Site 163S1417QLLTSNESEDDEIFR
Site 164S1437AKGNVLNSPEDQKNS
Site 165S1444SPEDQKNSEVDSPLH
Site 166S1448QKNSEVDSPLHAVKK
Site 167S1463RRFPINRSELSSSDE
Site 168S1466PINRSELSSSDESEN
Site 169S1467INRSELSSSDESENF
Site 170S1468NRSELSSSDESENFP
Site 171S1471ELSSSDESENFPKPC
Site 172S1479ENFPKPCSQLEDFKV
Site 173S1502IKVPKRQSHLKHVAR
Site 174S1519LDDEAELSEEDAEYV
Site 175Y1525LSEEDAEYVSSDEND
Site 176S1528EDAEYVSSDENDESE
Site 177S1534SSDENDESENEQDSS
Site 178S1541SENEQDSSLLDFLND
Site 179T1550LDFLNDETQLSQAIN
Site 180S1553LNDETQLSQAINDSE
Site 181Y1565DSEMRAIYMKSLRSP
Site 182S1592HKNINIFSQIPEQDE
Site 183T1600QIPEQDETYLEDSFC
Site 184Y1601IPEQDETYLEDSFCV
Site 185S1605DETYLEDSFCVDEEE
Site 186S1613FCVDEEESCKGQSSE
Site 187S1619ESCKGQSSEEEVCVD
Site 188T1643ANSKKYKTRRAVMLK
Site 189S1673RIILPDDSSEEENNV
Site 190S1674IILPDDSSEEENNVN
Site 191S1686NVNDKRESNIAVNPS
Site 192S1693SNIAVNPSTVKKNKQ
Site 193T1694NIAVNPSTVKKNKQQ
Site 194S1707QQDHCLNSVPSGSSA
Site 195S1710HCLNSVPSGSSAQSK
Site 196S1712LNSVPSGSSAQSKVR
Site 197S1716PSGSSAQSKVRSTPR
Site 198S1720SAQSKVRSTPRVNPL
Site 199T1721AQSKVRSTPRVNPLA
Site 200S1731VNPLAKQSKQTSLNL
Site 201S1735AKQSKQTSLNLKDTI
Site 202T1741TSLNLKDTISEVSDF
Site 203S1743LNLKDTISEVSDFKP
Site 204T1759NHNEVQSTTPPFTTV
Site 205T1760HNEVQSTTPPFTTVD
Site 206T1764QSTTPPFTTVDSQKD
Site 207S1768PPFTTVDSQKDCRKF
Site 208S1783PVPQKDGSALEDSST
Site 209S1788DGSALEDSSTSGASC
Site 210S1789GSALEDSSTSGASCS
Site 211T1790SALEDSSTSGASCSK
Site 212S1791ALEDSSTSGASCSKS
Site 213S1794DSSTSGASCSKSRPH
Site 214S1796STSGASCSKSRPHLA
Site 215S1798SGASCSKSRPHLAGT
Site 216T1807PHLAGTHTSLRLPQE
Site 217S1808HLAGTHTSLRLPQEG
Site 218S1867RMVVERRSQSEMLNS
Site 219S1869VVERRSQSEMLNSVN
Site 220S1874SQSEMLNSVNKNKFI
Site 221T1905VEKDREKTGDTSRMF
Site 222T1908DREKTGDTSRMFRRT
Site 223S1909REKTGDTSRMFRRTK
Site 224T1915TSRMFRRTKSYDSLL
Site 225S1917RMFRRTKSYDSLLTT
Site 226Y1918MFRRTKSYDSLLTTL
Site 227S1920RRTKSYDSLLTTLIG
Site 228S1936GIRILFSSCQEETAD
Site 229S1949ADLLKELSLVEQRKN
Site 230T1963NVGIHVPTVVNSNKS
Site 231Y1976KSEALQFYLSIPNIS
Site 232S2004VKRMANSSLQEISMY
Site 233Y2011SLQEISMYAQVTHQK
Site 234Y2025KAEEIYRYIHYVFDI
 
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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