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

 
0 1   S2 ______MSLNNSSNV
0 1   S61 AQKRLRISFRPGNQE
0 3   Y70‑p RPGNQECyDNFLQSG
0 1   S85 ETAKTDASFHAYDsH
1 2   S91‑p ASFHAYDsHTNtYYL
2 2   T95‑p AYDsHTNtYYLQtFG
0 1   Y96 YDsHTNtYYLQtFGH
0 1   Y97 DsHTNtYYLQtFGHN
15 2   T100‑p TNtYYLQtFGHNtMD
14 2   T105‑p LQtFGHNtMDAVPKI
0 1   K111 NtMDAVPKIEYYRNt
0 1   Y115 AVPKIEYYRNtGsIS
4 2   T118‑p KIEYYRNtGsISGPK
1 2   S120‑p EYYRNtGsISGPKVN
0 1   K125 tGsISGPKVNRPsLL
8 2   S130‑p GPKVNRPsLLEIHEQ
0 1   K140 EIHEQLAKNVAVTPS
0 2   S148 NVAVTPSSADRVANG
0 1   Y245‑p FVRGGGAyYLISRSL
0 2   Y246 VRGGGAyYLISRSLG
0 1   K524 KVFQALCKDNIYKAL
0 1   K529 LCKDNIYKALQFFAK
0 1   K722‑m1 EVFVGPRkLCVKEMN
0 1   K726 GPRkLCVKEMNSGMA
0 1   K735‑m1 MNSGMAKkQAWLIKN
0 8   K741 KkQAWLIKNKIKAFY
0 1   R833 QVQEELERLEQERLA
0 1   K846 LALEATIKDNECEEE
0 1   S854 DNECEEESGGIRGLF
0 1   K871 AGKLNITKTTPKKDG
0 1   K875 NITKTTPKKDGSINT
0 1   K876 ITKTTPKKDGSINTS
0 1   N881 PKKDGSINTSQSMHV
0 1   S885 GSINTSQSMHVGEFN
0 1   K894 HVGEFNQKLVEASTQ
0 1   K903 VEASTQFKKKQEKGT
0 3   Y944‑p KDCKLRIyVGGKINR
0 1   K948 LRIyVGGKINRIEEE
0 1   K956 INRIEEEKIVMASLL
0 1   K965 VMASLLSKFRIKFAD
0 1   R982 IIGDINIRPNKESWK
0 1   K1005 YRLHESCKDLTTAEK
0 1   K1012 KDLTTAEKLKRETPW
0 1   K1030 DAELEAVKEKSYRQV
0 1   K1030 DAELEAVKEKSYRQV
0 1   K1032 ELEAVKEKSYRQVRL
0 2   S1056‑p AANLIVLsLPVARKG
0 1   K1092 LLVRGNHKNVLTFYS
  mouse

► Hide Isoforms 		 
S2 ______MSVSIPSNS
S57‑p AQNRLRIsFRPGNQE
Y66 RPGNQECYDNFLQTG
T81‑p ETAKTDTtFHAYDsH
S87‑p TtFHAYDsHTNtyyL
T91‑p AYDsHTNtyyLQtFG
Y92‑p YDsHTNtyyLQtFGH
Y93‑p DsHTNtyyLQtFGHN
T96‑p TNtyyLQtFGHNtMD
T101‑p LQtFGHNtMDAVPKI
K107 NtMDAVPKIEYyRNt
Y111‑p AVPKIEYyRNtGsVS
T114‑p KIEYyRNtGsVSGPk
S116‑p EYyRNtGsVSGPkVN
K121‑ub tGsVSGPkVNRPsLL
S126‑p GPkVNRPsLLEIHEQ
K136‑ub EIHEQLAkNVTVAPG
S144‑p NVTVAPGsADRVANG
Y241 FVRGGGAYYLISRSL
Y242 VRGGGAYYLISRSLG
K520‑ub KVFQALCkDNIFkGL
K525‑ub LCkDNIFkGLQFFAK
K718 EVFVGPRKLCVkEMN
K722‑ub GPRKLCVkEMNSGMA
K731 MNSGMAKKQAWLIkN
K737‑ub KKQAWLIkNKIKAFY
K829‑ub QVQDELEkLEQERLA
K842‑ub LALEAAIkDNECEEG
K850‑ub DNECEEGkGGIRGLF
K867‑ub AGKLNITkPAPkkDG
K871‑ub NITkPAPkkDGNIsS
K872‑ub ITkPAPkkDGNIsSI
S877‑p PkkDGNIsSIQsMHV
S881‑p GNIsSIQsMHVGEFN
K890‑ub HVGEFNQkLVEASAQ
K899‑ub VEASAQFkKKQGKGT
Y940 KDCKLRIYVGGKITR
K944 LRIYVGGKITRIEEE
K952 ITRIEEEKISMASLL
K961‑ub SMASLLSkFRIKFAD
K978‑ub IIGDINIkPNKESWK
K1001‑ub YRLHESHkDLTTAEk
K1008‑ub kDLTTAEkLKRESPW
K1026 DAELEAVKEKSYRQV
K1026‑ub DAELEAVkEKSYRQV
K1028 ELEAVkEKSYRQVRL
S1052‑p AANLIVLsLPVARKG
K1088‑ub LLVRGNHkNVLTFYS
  NKCC2 iso3  
S2 ______MSVSIPSNS
S57 AQNRLRISFRPGNQE
Y66 RPGNQECYDNFLQTG
T81 ETAKTDTTFHAYDSH
S87 TTFHAYDSHTNTYYL
T91 AYDSHTNTYYLQTMD
Y92 YDSHTNTYYLQTMDA
Y93 DSHTNTYYLQTMDAV
- gap
T96 TNTYYLQTMDAVPkI
K102‑ub QTMDAVPkIEYYRNT
Y106 AVPkIEYYRNTGSVS
T109 kIEYYRNTGSVSGPK
S111 EYYRNTGSVSGPKVN
K116 TGSVSGPKVNRPSLL
S121 GPKVNRPSLLEIHEQ
K131 EIHEQLAKNVTVAPG
S139 NVTVAPGSADRVANG
Y236 FVRGGGAYYLISRSL
Y237 VRGGGAYYLISRSLG
K515 KVFQALCKDNIFKGL
K520 LCKDNIFKGLQFFAK
K713 EVFVGPRKLCVKEMN
K717 GPRKLCVKEMNSGMA
K726 MNSGMAKKQAWLIKN
K732 KKQAWLIKNKIKAFY
K824 QVQDELEKLEQERLA
K837 LALEAAIKDNECEEG
K845 DNECEEGKGGIRGLF
K862 AGKLNITKPAPKKDG
K866 NITKPAPKKDGNISS
K867 ITKPAPKKDGNISSI
S872 PKKDGNISSIQSMHV
S876 GNISSIQSMHVGEFN
K885 HVGEFNQKLVEASAQ
K894 VEASAQFKKKQGKGT
Y935 KDCKLRIYVGGkINR
K939‑ub LRIYVGGkINRIEEE
K947‑ub INRIEEEkISMASLL
K956 SMASLLSKFRIKFAD
K973 IIGDINIKPNKESWK
K996 YRLHESHKDLTTAEK
K1003 KDLTTAEKLKRESPW
K1021 DAELEAVKEKSYRQV
K1021 DAELEAVKEKSYRQV
K1023 ELEAVKEKSYRQVRL
S1047 AANLIVLSLPVARKG
K1083 LLVRGNHKNVLTFYS
  rat

 
S2‑p ______MsVNIPSNS
S57 AQNRLKISFRPGNQE
Y66 RPGNQECYENFLQTG
T81 ETAKTDTTFHAYDsH
S87‑p TTFHAYDsHTNTYYL
T91 AYDsHTNTYYLQtFG
Y92 YDsHTNTYYLQtFGH
Y93 DsHTNTYYLQtFGHN
T96‑p TNTYYLQtFGHNtMD
T101‑p LQtFGHNtMDAVPKI
K107 NtMDAVPKIEYYRNt
Y111 AVPKIEYYRNtGsVS
T114‑p KIEYYRNtGsVSGPK
S116‑p EYYRNtGsVSGPKVN
K121 tGsVSGPKVNRPsLQ
S126‑p GPKVNRPsLQEIHEQ
K136 EIHEQLAKNVAVAPG
S144‑p NVAVAPGsADRVANG
Y241 VVRGGGAYyLISRSL
Y242‑p VRGGGAYyLISRSLG
K520 KVFQALCKDNIFKGL
K525 LCKDNIFKGLQFFAK
K718 EVFVGPRKLCVKEMN
K722 GPRKLCVKEMNSGMA
K731 MNSGMAKKQAWLMKN
K737 KKQAWLMKNKIKAFY
K829 QVQDELEKLEQERLA
K842 LALEAAIKDNDCEEG
K850 DNDCEEGKGGIRGLF
K867 AGKLNITKPAPKKDS
K871 NITKPAPKKDSNIST
K872 ITKPAPKKDSNISTI
S877 PKKDSNISTIQSMHV
S881 SNISTIQSMHVGEFN
K890 HVGEFNQKLVEASAQ
K899 VEASAQFKKKQGKGT
Y940 KDCKLRIYVGGKINR
K944 LRIYVGGKINRIEEE
K952 INRIEEEKISMASLL
K961 SMASLLSKFRIKFAD
K978 IIGDINIKPNKESWK
K1001 YRLHESHKDLTTAEK
K1008 KDLTTAEKLKRESPW
K1026‑ac DAELEAVkEkSYRQV
K1026 DAELEAVKEkSYRQV
K1028‑ac ELEAVkEkSYRQVRL
S1052 AANLIVLSLPVARKG
K1088 LLVRGNHKNVLTFYS
  rabbit

 
S2 ______MSLNNSSSV
S60 EQNRLRISFRPGNQE
Y69 RPGNQECYDNFLQTG
S84 ETTKTDASFHTYDSH
S90 ASFHTYDSHTNTYYL
T94 TYDSHTNTYYLQtFG
Y95 YDSHTNTYYLQtFGH
Y96 DSHTNTYYLQtFGHN
T99‑p TNTYYLQtFGHNtMD
T104‑p LQtFGHNtMDAVPKI
K110 NtMDAVPKIEYYRNt
Y114 AVPKIEYYRNtGSVS
T117‑p KIEYYRNtGSVSGPK
S119 EYYRNtGSVSGPKVN
K124 tGSVSGPKVNRPSLL
S129 GPKVNRPSLLEIHEQ
K139 EIHEQLAKNVAVTPG
S147 NVAVTPGSADRVANG
Y245 FVRGGGAYYLISRSL
Y246 VRGGGAYYLISRSLG
K524 KVFQALCKDNIYKAL
K529 LCKDNIYKALQFFAK
K722 EVFVGPRKLCVKEMN
K726 GPRKLCVKEMNSGMA
K735 MNSGMAKKQAWLIKN
K741 KKQAWLIKNKIKAFY
K833 QVQEELEKLEQERLA
K846 LALEATIKDNECEEG
N854 DNECEEGNGGIRGLF
K871 VGKLNITKPTPKKDS
K875 NITKPTPKKDSSINT
K876 ITKPTPKKDSSINTI
N881 PKKDSSINTIQSMHV
S885 SSINTIQSMHVGEFN
K894 HVGEFNQKLVEASTQ
K903 VEASTQFKKKQGKGT
Y944 KDCKLRIYVGGKINR
K948 LRIYVGGKINRIEEE
K956 INRIEEEKIAMASLL
K965 AMASLLSKFRIKFAD
K982 VIGDINIKPNKESWK
K1005 YRLHESCKDLTTAEK
K1012 KDLTTAEKLKRETPW
K1030 DAELEAVKEKSYRQV
K1030 DAELEAVKEKSYRQV
K1032 ELEAVKEKSYRQVRL
S1056 AANLIVLSLPVARKG
K1092 LLVRGNHKNVLTFYS