LTP 

LTP (Low Throughput Papers) : The number of records in which this modification site was determined using methods other than discovery mass spectrometry.


  HTP 

HTP (High Throughput Papers): The number of records in which this modification site was assigned using ONLY proteomic discovery mass spectrometry.


       human

► Hide Isoforms 		 
0 1   Y22‑p IYFPYKAyPSQLAMM
0 3   K39‑ub ILRGLNSkQHCLLES
0 1   S77‑p KPADEGVsEKAEVQL
0 2   Y110‑p GTSRHFNyPstPPsE
0 6   S112‑p SRHFNyPstPPsERN
0 45   T113‑p RHFNyPstPPsERNG
0 8   S116‑p NyPstPPsERNGTSS
0 1   T124‑p ERNGTSStCQDsPEK
0 7   S128‑p TSStCQDsPEKTTLA
0 1   T133 QDsPEKTTLAAkLsA
0 1   K137‑ub EKTTLAAkLsAKkQA
0 3   S139‑p TTLAAkLsAKkQASI
0 3   K142‑ub AAkLsAKkQASIYRD
0 1   K158‑ub NDDFQVEkKRIRPLE
0 1   K186‑ac EVHNLDAkVDSGkTV
0 1   K191‑ac DAkVDSGkTVKLNsP
0 10   S197‑p GkTVKLNsPLEKINs
0 1   S204‑p sPLEKINsFsPQKPP
0 7   S206‑p LEKINsFsPQKPPGH
0 1   K222‑ub SRCCCSTkQGNsQEs
0 2   S226‑p CSTkQGNsQEssNtI
0 1   S229‑p kQGNsQEssNtIKKD
0 1   S230‑p QGNsQEssNtIKKDH
0 1   T232‑p NsQEssNtIKKDHTG
0 2   K254‑ub YFGTRTHkQIAQITR
0 1   T274‑p AYSGVPMtILSsRDH
0 1   S278‑p VPMtILSsRDHTCVH
0 2   K297‑ub GNFNRNEkCMELLDG
0 1   K345‑ub EELVSLGkKLkACPY
0 1   K348‑ub VSLGkKLkACPYYTA
0 2   Y461‑p EYLVERDyESACKIW
0 1   K503‑ub AVLQKEEkIsPIyGk
0 4   S505‑p LQKEEkIsPIyGkEE
0 1   Y508‑p EEkIsPIyGkEEARE
0 2   K510‑ub kIsPIyGkEEAREVP
0 1   T584‑p KKRSRQKtAVHVLNF
0 1   K656‑ub GTIGSGPkGRNLCAT
0 1   Y742‑p FDELLQVyYDAIkYK
0 9   K747‑ub QVyYDAIkYKGEKDG
0 1   K752 AIkYKGEKDGALLVA
0 3   K764‑ub LVAVCRGkVSEGLDF
0 5   K797‑ub KDLQVELkRQYNDHH
0 2   K862‑ub RYISGLSkWVRQQIQ
0 2   S895‑p HQKVLNVsIkDRTNI
0 2   K897‑ub KVLNVsIkDRTNIQD
0 2   Y916‑p LEVTSLKyStSPyLL
0 8   T918‑p VTSLKyStSPyLLEA
0 2   Y921‑p LKyStSPyLLEAAsH
0 7   S927‑p PyLLEAAsHLsPENF
0 16   S930‑p LEAAsHLsPENFVED
0 1   T953‑p LQCPKIItkNsPLPS
0 3   K954‑ub QCPKIItkNsPLPSS
0 1   N955 CPKIItkNsPLPSSI
0 8   S956‑p PKIItkNsPLPSSII
0 1   K982‑ub EEAGKAEkIVISRsT
0 1   S988‑p EkIVISRsTsPTFNK
6 12   S990‑p IVISRsTsPTFNKQT
0 3   S1001‑p NKQTKRVsWSsFNsL
0 3   S1004‑p TKRVsWSsFNsLGQY
0 1   S1007‑p VsWSsFNsLGQYFTG
0 2   T1020‑p TGKIPKAtPELGSSE
0 1   S1031‑p GSSENSAssPPRFKT
0 10   S1032‑p SSENSAssPPRFKTE
0 3   T1045‑p TEKMESKtVLPFtDK
0 1   T1050‑p SKtVLPFtDKCESSN
0 1   S1063‑p SNLTVNTsFGSCPQS
0 1   I1103 EEALDPDIELSLVSE
0 5   S1106 LDPDIELSLVSEEDK
2 1   T1133‑p EDESIYFtPELYDPE
0 2   T1142‑p ELYDPEDtDEEKNDL
0 3   S1162‑p GNRLANNsDCILAkD
0 1   K1168‑ac NsDCILAkDLFEIRT
0 1   K1168‑ub NsDCILAkDLFEIRT
0 1   K1214‑ub DDIDGNVkTTWINEL
0 14   S1237‑p EIKNFKPsPsKNKGM
0 8   S1239‑p KNFKPsPsKNKGMFP
1 2   K1249‑ac KGMFPGFk_______
11983 : Phospho-BACH1/BRIP1 (Thr1133) Antibody
  BRIP1 iso2  
Y22 IYFPYKAYPSQLAMM
K39 ILRGLNSKQHCLLES
S77 KPADEGVSEKAEVQL
Y110 GTSRHFNYPSTPPSE
S112 SRHFNYPSTPPSERN
T113 RHFNYPSTPPSERNG
S116 NYPSTPPSERNGTSS
T124 ERNGTSSTCQDSPEK
S128 TSSTCQDSPEKTTLA
T133 QDSPEKTTLAAKLSA
K137 EKTTLAAKLSAKKQA
S139 TTLAAKLSAKKQASI
K142 AAKLSAKKQASIYRD
K158 NDDFQVEKKRIRPLE
K186 EVHNLDAKVDSGKTV
K191 DAKVDSGKTVKLNSP
S197 GKTVKLNSPLEKINS
S204 SPLEKINSFSPQKPP
S206 LEKINSFSPQKPPGH
K222 SRCCCSTKQGNSQES
S226 CSTKQGNSQESSNTI
S229 KQGNSQESSNTIKKD
S230 QGNSQESSNTIKKDH
T232 NSQESSNTIKKDHTG
K254 YFGTRTHKQIAQITR
T274 AYSGVPMTILSSRDH
S278 VPMTILSSRDHTCVH
K297 GNFNRNEKCMELLDG
K345 EELVSLGKKLKACPY
K348 VSLGKKLKACPYYTA
Y461 EYLVERDYESACKIW
K503 AVLQKEEKISPIYGK
S505 LQKEEKISPIYGKEE
Y508 EEKISPIYGKEEARE
K510 KISPIYGKEEAREVP
T584 KKRSRQKTAVHVLNF
K656 GTIGSGPKGRNLCAT
Y742 FDELLQVYYDAIKYK
K747 QVYYDAIKYKGEKDG
K752 AIKYKGEKDGALLVA
K764 LVAVCRGKVSEGLDF
K797 KDLQVELKRQYNDHH
K862 RYISGLSKWVRQQIQ
S895 HQKVLNVSIKDRTNI
K897 KVLNVSIKDRTNIQD
Y916 LEVTSLKYSTSPYLL
T918 VTSLKYSTSPYLLEA
Y921 LKYSTSPYLLEAASH
S927 PYLLEAASHLSPENF
S930 LEAASHLSPENFVED
T953 LQCPKIITKNSPLPS
K954 QCPKIITKNSPLPSS
N955 CPKIITKNSPLPSSI
S956 PKIITKNSPLPSSII
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
  mouse

 
Y22 IHFPCRAYPAQLAMM
S39 IVRGLNSSQHCLLES
N77 KPVDEGLNKKPEAPP
S110‑p DTSPHFNsPSKPSSG
S112 SPHFNsPSKPSSGRN
K113 PHFNsPSKPSSGRNG
S116 NsPSKPSSGRNGVST
P124 GRNGVSTPCQDsPEK
S128‑p VSTPCQDsPEKNTLA
T133 QDsPEKNTLAAKLSA
K137 EKNTLAAKLSAKKQA
S139 NTLAAKLSAKKQASI
K142 AAKLSAKKQASIHRD
K158 DDDFQVEKKRIRPLE
R186 DVHHVDARLASEKRV
K191 DARLASEKRVKPEsP
S197‑p EKRVKPEsPIGKSFS
S202 PEsPIGKSFSDRKDS
S204 sPIGKSFSDRKDSFQ
K225 SRCCCSAKQGNNQEP
N229 CSAKQGNNQEPANTV
P232 KQGNNQEPANTVKKD
A233 QGNNQEPANTVKKDH
T235 NNQEPANTVKKDHGG
K257 YFGTRTHKQIAQITR
T277 AYSGVPMTILSSRDH
S281 VPMTILSSRDHSCVH
K300 GNFNRKEKCMELLDG
R348 EELVSLGRKLKACPY
K351 VSLGRKLKACPYYTA
Y464 KHLVERGYESSCKIW
K506 AVLQKEEKVTPIHGK
T508 LQKEEKVTPIHGKEE
H511 EEKVTPIHGKEEAIQ
K513 KVTPIHGKEEAIQIP
I587 KKHSRQKIGVNALNF
K659 GTVGSGPKGRNLCAT
Y745 FDELLQVYYDAIkFK
K750‑ub QVYYDAIkFKGEkDG
K755‑ub AIkFKGEkDGALLIA
K767 LIAVCRGKVSEGLDF
K800 KDLQVELKRQYNDHH
K865 RYISGLSKWVRQQIQ
S898 HQKVTNRSKKDEKCT
K900 KVTNRSKKDEKCTKD
D919 LEVACLEDSTFTSVS
T921 VACLEDSTFTSVSES
S924 LEDSTFTSVSESSHQ
S929 FTSVSESSHQSPENS
S932 VSESSHQSPENSTEE
T954 LQCPQVATKsPSVAS
K955 QCPQVATKsPSVASH
S956‑p CPQVATKsPSVASHG
P957 PQVATKsPSVASHGV
K986 LQTMKTEKNEISRSS
S992 EKNEISRSSsPTFGK
S994‑p NEISRSSsPTFGKQT
N1005 GKQTEPVNWPIFNSL
I1008 TEPVNWPIFNSLRRH
S1011 VNWPIFNSLRRHFNS
T1024 NSKVKNCTPVLKSSK
P1035 KSSKNRAPGSSTFNK
G1036 SSKNRAPGSSTFNKT
T1043 GSSTFNKTALPLTGN
T1048 NKTALPLTGNCVPSN
S1061 SNETADTSLGPCLQS
T1100‑p EKDLLPDtELsPGTE
S1103‑p LLPDtELsPGTEEAK
T1130 DDDSECFTPELFDPV
T1139 ELFDPVDTNEENGEL
S1156 TDRSSHSSDCFSAEE
E1162 SSDCFSAEELFETAT
E1162 SSDCFSAEELFETAT
- gap
- gap
- gap
K1174 TATGFGQK_______
  rat

 
Y22 IHFPCRAYPAQLAMM
S39 IVRGLNSSQHCLLES
N77 KPVDEGLNKKPEAPS
S110 DTSPHFSSPSKPSSE
S112 SPHFSSPSKPSSERN
K113 PHFSSPSKPSSERNA
S116 SSPSKPSSERNAVSS
P124 ERNAVSSPCRDSPER
S128 VSSPCRDSPERNsLA
S133‑p RDSPERNsLAAKLSA
K137 ERNsLAAKLSAKKHA
S139 NsLAAKLSAKKHASI
K142 AAKLSAKKHASIHED
K156 DDDFQVEKKRIRPLE
R184 DVHHLDARLASEKRV
K189 DARLASEKRVKPESP
S195 EKRVKPESPIRKTSS
S202 SPIRKTSSSFQNPDG
- gap
N219 SRCCCSANQGINKES
N223 CSANQGINKESANTV
S226 NQGINKESANTVKKD
A227 QGINKESANTVKKDN
T229 INKESANTVKKDNGD
K251 YFGTRTHKQIAQITR
T271 AYSGVPMTILSSRDH
S275 VPMTILSSRDHTCVH
K294 GNFNRNEKCMELLDG
R342 EELVSLGRKLKACPY
K345 VSLGRKLKACPYYTA
Y458 KNLVERDYESSCKIW
K500 AVLQKEEKVTSTHGK
T502 LQKEEKVTSTHGKEE
H505 EEKVTSTHGKEEAIQ
K507 KVTSTHGKEEAIQIP
I581 KKHSRQKIGVNVLNF
K653 GTVGSGPKGRNLCAT
Y739 FDELLQVYYDAIKFK
K744 QVYYDAIKFKGEKDG
K749 AIKFKGEKDGALLIA
K761 LIAVCRGKVSEGLDF
K794 KDLQVELKRQYNDHH
K859 RYISGLSKWVRQQIQ
S892 HQKVTNRSKKEEKCT
K894 KVTNRSKKEEKCTKE
G913 LDVACLEGSTLTSVS
T915 VACLEGSTLTSVSEA
S918 LEGSTLTSVSEASHQ
S923 LTSVSEASHQTPENS
T926 VSEASHQTPENSLEE
A949 QRYPQMAAENPSGPS
E950 RYPQMAAENPSGPSH
N951 YPQMAAENPSGPSHG
P952 PQMAAENPSGPSHGV
K981 VQTMKTEKSEISRSS
S987 EKSEISRSSSPTFGK
S989 SEISRSSSPTFGKQT
N1000 GKQTEPVNWPIFNSL
I1003 TEPVNWPIFNSLKRH
S1006 VNWPIFNSLKRHFNS
T1019 NSKVKNRTPVLKSSK
S1030 KSSKNHASASSAFNK
A1031 SSKNHASASSAFNKT
T1038 ASSAFNKTALPLTGK
T1043 NKTALPLTGKCVSSS
P1056 SSAPANTPLAPCPQS
A1092 EKDPSPDAELsPVTE
S1095‑p PSPDAELsPVTEEAK
T1122 DDDSVCFTPELFDPV
T1131 ELFDPVSTDEENSEL
S1148 TDRSSNNSDCLSAEE
E1154 NSDCLSAEELFETVT
E1154 NSDCLSAEELFETVT
- gap
- gap
- gap
K1166 TVTGFGQK_______