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   K26‑ub PPADGALkRAEELkt
0 3   K32‑ub LkRAEELktQANDYF
0 1   T33‑p kRAEELktQANDYFk
0 1   K40 tQANDYFKAkDYENA
0 3   K40‑ub tQANDYFkAkDYENA
0 2   K42‑ub ANDYFkAkDYENAIk
0 1   K49‑ub kDYENAIkFYSQAIE
0 1   R74‑m1 NRSLAYLrTECYGyA
0 2   Y80‑p LrTECYGyALGDATR
0 1   K93‑ac TRAIELDkKYIkGYY
0 1   K94 RAIELDkKYIkGYYR
0 1   K97‑ub ELDkKYIkGYYRRAA
0 5   S105‑p GYYRRAAsNMALGkF
0 1   K111‑ac AsNMALGkFRAALRD
0 1   K111‑ub AsNMALGkFRAALRD
0 12   Y119‑p FRAALRDyEtVVkVK
0 1   T121‑p AALRDyEtVVkVKPH
0 1   K124‑ub RDyEtVVkVKPHDKD
0 2   K135‑ac HDKDAKMkYQECNkI
0 2   K141‑ub MkYQECNkIVKQKAF
0 1   K158‑ac AIAGDEHkRSVVDSL
0 1   K158‑ub AIAGDEHkRSVVDSL
0 2   Y176‑p SMTIEDEySGPKLED
1 5   K185‑ub GPKLEDGkVTISFMK
1 4   K199‑ub KELMQWYkDQKKLHR
0 1   K232‑ub TLVETTLkETEKITV
0 1   S277‑p GDFVDRGsFsVEVIL
0 1   S279‑p FVDRGsFsVEVILtL
0 1   T285‑p FsVEVILtLFGFKLL
0 8   Y313‑p TDNMNQIyGFEGEVk
0 2   K320‑ub yGFEGEVkAKYTAQM
1 1   T362‑p LFSEDGVtLDDIRKI
0 1   S387‑p PMCDLLWsDPQPQNG
0 1   S403‑p SISKRGVsCQFGPDV
0 2   K412‑ub QFGPDVTkAFLEENN
0 1   Y422‑p LEENNLDyIIRSHEV
0 2   K430‑ub IIRSHEVkAEGyEVA
0 10   Y434‑p HEVkAEGyEVAHGGR
  mouse

 
K26 PPADGTLKRAEELKT
K32 LKRAEELKTQANDYF
T33 KRAEELKTQANDYFK
K40 TQANDYFKAKDYENA
K40 TQANDYFKAKDYENA
K42 ANDYFKAKDYENAIK
K49 KDYENAIKFYSQAIE
R74 NRSLAYLRTECYGYA
Y80 LRTECYGYALGDATR
K93 TRAIELDKKYIKGYY
K94 RAIELDKKYIKGYYR
K97 ELDKKYIKGYYRRAA
S105‑p GYYRRAAsNMALGKF
K111 AsNMALGKFRAALRD
K111 AsNMALGKFRAALRD
Y119‑p FRAALRDyETVVKVK
T121 AALRDyETVVKVKPN
K124 RDyETVVKVKPNDKD
K135 NDKDAKMKYQECSKI
K141 MKYQECSKIVKQKAF
R158 AIAGDEHRRSVVDSL
R158 AIAGDEHRRSVVDSL
Y176 SMTIEDEYSGPKLED
K185 GPKLEDGKVTITFMK
K199 KDLMQWYKDQKKLHR
K232 TLVETTLKETEKITV
S277 GDFVDRGSFSVEVIL
S279 FVDRGSFSVEVILTL
T285 FSVEVILTLFGFKLL
Y313 TDNMNQIYGFEGEVK
K320 YGFEGEVKAKYTAQM
T362 LFSEDGVTLDDIRKI
S387 PMCDLLWSDPQPQNG
S403 SVSKRGVSCQFGPDV
K412 QFGPDVTKAFLEENQ
Y422 LEENQLDYIIRSHEV
K430 IIRSHEVKAEGYEVA
Y434 HEVKAEGYEVAHGGR
  rat

 
K26 PPAEGTLKRAEELKT
K32 LKRAEELKTQANDYF
T33 KRAEELKTQANDYFk
K40‑ac TQANDYFkAKDYENA
K40 TQANDYFKAKDYENA
K42 ANDYFkAKDYENAIK
K49 KDYENAIKFYSQAIE
R74 NRSLAYLRTECYGYA
Y80 LRTECYGYALGDATR
K93 TRAIELDKkYIKGYY
K94‑ac RAIELDKkYIKGYYR
K97 ELDKkYIKGYYRRAA
S105 GYYRRAASNMALGKF
K111 ASNMALGKFRAALRD
K111 ASNMALGKFRAALRD
Y119 FRAALRDYETVVKVK
T121 AALRDYETVVKVKPN
K124 RDYETVVKVKPNDKD
K135 NDKDAKMKYQECSKI
K141 MKYQECSKIVKQKAF
R158 AIAGDEHRRSVVDSL
R158 AIAGDEHRRSVVDSL
Y176 SMTIEDEYSGPKLED
K185 GPKLEDGKVTITFMK
K199 KDLMQWYKDQKKLHR
K232 TLVETTLKETEKITV
S277 GDFVDRGSFSVEVIL
S279 FVDRGSFSVEVILTL
T285 FSVEVILTLFGFKLL
Y313 TDNMNQIYGFEGEVK
K320 YGFEGEVKAKYTAQM
T362 LFSEDGVTLDDIRKI
S387 PMCDLLWSDPQPQNG
S403 SVSKRGVSCQFGPDV
K412 QFGPDVTKAFLEENQ
Y422 LEENQLDYIIRSHEV
K430 IIRSHEVKAEGYEVA
Y434 HEVKAEGYEVAHGGR