Other Species / Isoforms
  hnRNP P2 (human)      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.

 
Y6
__MASNDYtQQAtQS
1 0
hnRNP P2 (human) __MASNDYtQQAtQS Y6
hnRNP P2 iso2 (human) __MASNDYTQQATQS Y6
hnRNP P2 (mouse) __MASNDyTQQATQS Y6-p
hnRNP P2 (rat) __MASNDYTQQATQS Y6
T7-p
_MASNDYtQQAtQSY
Upstream
2 1
Kinase, in vitro:
  • DNAPK (human)
hnRNP P2 (human) _MASNDYtQQAtQSY T7-p
hnRNP P2 iso2 (human) _MASNDYTQQATQSY T7
hnRNP P2 (mouse) _MASNDyTQQATQSY T7
hnRNP P2 (rat) _MASNDYTQQATQSY T7
T11-p
NDYtQQAtQSYGAYP
Upstream
Downstream
2 1
Effects on Modified Protein
  • molecular association, regulation
Kinase, in vitro:
  • DNAPK (human)
hnRNP P2 (human) NDYtQQAtQSYGAYP T11-p
hnRNP P2 iso2 (human) NDYTQQATQSYGAYP T11
hnRNP P2 (mouse) NDyTQQATQSYGAYP T11
hnRNP P2 (rat) NDYTQQATQSYGAYP T11
T19-p
QSYGAYPtQPGQGYs
Upstream
2 1
Kinase, in vitro:
  • DNAPK (human)
hnRNP P2 (human) QSYGAYPtQPGQGYs T19-p
hnRNP P2 iso2 (human) QSYGAYPTQPGQGYS T19
hnRNP P2 (mouse) QSYGAYPTQPGQGYS T19
hnRNP P2 (rat) QSYGAYPTQPGQGYS T19
T19-gl
QSYGAYPtQPGQGYs
0 1
hnRNP P2 (human) QSYGAYPtQPGQGYs T19-gl
hnRNP P2 iso2 (human) QSYGAYPTQPGQGYS T19
hnRNP P2 (mouse) QSYGAYPTQPGQGYS T19
hnRNP P2 (rat) QSYGAYPTQPGQGYS T19
S26-p
tQPGQGYsQQSsQPY
Upstream
5 1
Kinase, in vitro:
  • DNAPK (human)
Putative in vivo kinases:
  • DNAPK (human)
Treatment
  • adriamycin
  • bleomycin
  • calicheamicin
  • calyculin_A
  • camptothecin
  • etoposide
  • NU7441
  • UV
view more >
hnRNP P2 (human) tQPGQGYsQQSsQPY S26-p
hnRNP P2 iso2 (human) TQPGQGYSQQSSQPY S26
hnRNP P2 (mouse) TQPGQGYSQQSSQPY S26
hnRNP P2 (rat) TQPGQGYSQQSNQPY S26
S30-p
QGYsQQSsQPYGQQS
Upstream
3 2
Kinase, in vitro:
  • DNAPK (human)
Putative in vivo kinases:
  • DNAPK (human)
Treatment
  • adriamycin
  • bleomycin
  • calicheamicin
  • calyculin_A
  • camptothecin
  • etoposide
  • NU7441
  • UV
view more >
hnRNP P2 (human) QGYsQQSsQPYGQQS S30-p
hnRNP P2 iso2 (human) QGYSQQSSQPYGQQS S30
hnRNP P2 (mouse) QGYSQQSSQPYGQQS S30
hnRNP P2 (rat) QGYSQQSNQPYGQQS N30
S42-p
QQSYSGYsQSTDTSG
Upstream
Downstream
6 2
Effects on Modified Protein
  • molecular association, regulation
  • protein conformation
Kinase, in vitro:
  • DNAPK (human)
Putative in vivo kinases:
  • ATM (human)
Treatment
  • etoposide
  • ionizing_radiation
  • KU-55933
  • NU7441
view more >
hnRNP P2 (human) QQSYSGYsQSTDTSG S42-p
hnRNP P2 iso2 (human) QQSYSGYSQSTDTSG S42
hnRNP P2 (mouse) QQSYSGYGQSADTSG G42
hnRNP P2 (rat) QQSYSGYGQSADTSG G42
S54-p
TSGYGQSsYSSYGQs
Upstream
Downstream
1 1
Effects on Modified Protein
  • molecular association, regulation
Kinase, in vitro:
  • DNAPK (human)
hnRNP P2 (human) TSGYGQSsYSSYGQs S54-p
hnRNP P2 iso2 (human) TSGYGQSSYSSYGQS S54
hnRNP P2 (mouse) TSGYGQSSYGSSYGQ S54
hnRNP P2 (rat) TSGYGQSSYGSSYGQ S54
S61-p
sYSSYGQsQNTGYGt
Upstream
Downstream
6 1
Effects on Modified Protein
  • molecular association, regulation
  • protein conformation
Kinase, in vitro:
  • DNAPK (human)
hnRNP P2 (human) sYSSYGQsQNTGYGt S61-p
hnRNP P2 iso2 (human) SYSSYGQSQNSYGTQ S61
hnRNP P2 (mouse) YGSSYGQTQNTGYGT T62
hnRNP P2 (rat) YGSSYGQTQNTGYGT T62
T68-p
sQNTGYGtQSTPQGY
Upstream
Downstream
2 1
Effects on Modified Protein
  • molecular association, regulation
Kinase, in vitro:
  • DNAPK (human)
hnRNP P2 (human) sQNTGYGtQSTPQGY T68-p
hnRNP P2 iso2 (human) QSQNSYGTQSTPQGY T67
hnRNP P2 (mouse) TQNTGYGTQSAPQGY T69
hnRNP P2 (rat) TQNTGYGTQSAPQGY T69
S84-p
STGGYGSsQSsQSSY
Upstream
Downstream
5 1
Effects on Modified Protein
  • molecular association, regulation
Kinase, in vitro:
  • DNAPK (human)
hnRNP P2 (human) STGGYGSsQSsQSSY S84-p
hnRNP P2 iso2 (human) STGGYGSSQSSQSSY S83
hnRNP P2 (mouse) STGGYGSSQSSQSSY S85
hnRNP P2 (rat) STGGYGSSQSSQSSY S85
S87-p
GYGSsQSsQSSYGQQ
Upstream
2 1
Kinase, in vitro:
  • DNAPK (human)
hnRNP P2 (human) GYGSsQSsQSSYGQQ S87-p
hnRNP P2 iso2 (human) GYGSSQSSQSSYGQQ S86
hnRNP P2 (mouse) GYGSSQSSQSSYGQQ S88
hnRNP P2 (rat) GYGSSQSSQSSYGQQ S88
S112-p
APSSTSGsYGSSsQS
Upstream
1 1
Kinase, in vitro:
  • DNAPK (human)
hnRNP P2 (human) APSSTSGsYGSSsQS S112-p
hnRNP P2 iso2 (human) APSSTSGSYGSSSQS S111
hnRNP P2 (mouse) APSSTSGSYGGSSQS S113
hnRNP P2 (rat) APSSTSGSYGGSSQS S113
S117-p
SGsYGSSsQSSSYGQ
Upstream
2 1
Kinase, in vitro:
  • DNAPK (human)
hnRNP P2 (human) SGsYGSSsQSSSYGQ S117-p
hnRNP P2 iso2 (human) SGSYGSSSQSSSYGQ S116
hnRNP P2 (mouse) SGSYGGSSQSSSYGQ S118
hnRNP P2 (rat) SGSYGGSSQSSSYGQ S118
S131-p
QPQSGSYsQQPSYGG
Upstream
3 1
Kinase, in vitro:
  • DNAPK (human)
hnRNP P2 (human) QPQSGSYsQQPSYGG S131-p
hnRNP P2 iso2 (human) QPQSGSYSQQPSYGG S130
hnRNP P2 (mouse) QPQSGGYGQQSGYGG G132
hnRNP P2 (rat) QPQSGGYGQQSGYGG G132
S142-p
SYGGQQQsYGQQQSY
Upstream
1 1
Kinase, in vitro:
  • DNAPK (human)
hnRNP P2 (human) SYGGQQQsYGQQQSY S142-p
hnRNP P2 iso2 (human) SYGGQQQSYGQQQSY S141
hnRNP P2 (mouse) GYGGQQQSYGQQQSS S143
hnRNP P2 (rat) GYGGQQQSYGQQQSS S143
S163-p
GQQNQYNssSGGGGG
Upstream
Downstream
0 1
Effects on Modified Protein
  • molecular association, regulation
Kinase, in vitro:
  • CK1D (human)
hnRNP P2 (human) GQQNQYNssSGGGGG S163-p
hnRNP P2 iso2 (human) GQQNQYNSSSGGGGG S162
hnRNP P2 (mouse) GQQNQYNSSSGGGGG S165
hnRNP P2 (rat) GQQNQYNSSSGGGGG S165
S164-p
QQNQYNssSGGGGGG
Upstream
Downstream
0 1
Effects on Modified Protein
  • molecular association, regulation
Kinase, in vitro:
  • CK1D (human)
hnRNP P2 (human) QQNQYNssSGGGGGG S164-p
hnRNP P2 iso2 (human) QQNQYNSSSGGGGGG S163
hnRNP P2 (mouse) QQNQYNSSSGGGGGG S166
hnRNP P2 (rat) QQNQYNSSSGGGGGG S166
S182-p
GNYGQDQssMSSGGG
Upstream
Downstream
1 1
Effects on Modified Protein
  • molecular association, regulation
Kinase, in vitro:
  • CK1D (human)
Putative in vivo kinases:
  • CK1D (human)
  • CK1E (human)
Regulatory protein:
  • CK1A (human)
Treatment
  • calicheamicin
  • PF-670462
hnRNP P2 (human) GNYGQDQssMSSGGG S182-p
hnRNP P2 iso2 (human) GNYGQDQSSMSSGGG S181
hnRNP P2 (mouse) GNYGQDQSSMSGGGG S183
hnRNP P2 (rat) GNYGQDQSSMSGGGG S183
S183-p
NYGQDQssMSSGGGS
Upstream
Downstream
1 1
Effects on Modified Protein
  • molecular association, regulation
Kinase, in vitro:
  • CK1D (human)
hnRNP P2 (human) NYGQDQssMSSGGGS S183-p
hnRNP P2 iso2 (human) NYGQDQSSMSSGGGS S182
hnRNP P2 (mouse) NYGQDQSSMSGGGGG S184
hnRNP P2 (rat) NYGQDQSSMSGGGGG S184
R213-m1
GGYGQQDrGGrGrGG
0 2
hnRNP P2 (human) GGYGQQDrGGrGrGG R213-m1
hnRNP P2 iso2 (human) GGYGQQDRGGRGRGG R212
hnRNP P2 (mouse) YGGGQQDRGGrGrGG R214
hnRNP P2 (rat) YGGGQQDRGGRGRGG R214
R216-m1
GQQDrGGrGrGGsGG
0 24
hnRNP P2 (human) GQQDrGGrGrGGsGG R216-m1
hnRNP P2 iso2 (human) GQQDRGGRGRGGSGG R215
hnRNP P2 (mouse) GQQDRGGRGrGGGGG R217
hnRNP P2 (rat) GQQDRGGRGRGGGGG R217
R216-m2
GQQDrGGrGrGGsGG
0 29
hnRNP P2 (human) GQQDrGGrGrGGsGG R216-m2
hnRNP P2 iso2 (human) GQQDRGGRGRGGSGG R215
hnRNP P2 (mouse) GQQDRGGrGrGGGGG R217-m2
hnRNP P2 (rat) GQQDRGGRGRGGGGG R217
R218-m1
QDrGGrGrGGsGGGG
0 27
hnRNP P2 (human) QDrGGrGrGGsGGGG R218-m1
hnRNP P2 iso2 (human) QDRGGRGRGGSGGGG R217
hnRNP P2 (mouse) QDRGGrGRGGGGGYN R219
hnRNP P2 (rat) QDRGGRGRGGGGGYN R219
R218-m2
QDrGGrGrGGsGGGG
0 30
hnRNP P2 (human) QDrGGrGrGGsGGGG R218-m2
hnRNP P2 iso2 (human) QDRGGRGRGGSGGGG R217
hnRNP P2 (mouse) QDRGGrGrGGGGGYN R219-m2
hnRNP P2 (rat) QDRGGRGRGGGGGYN R219
S221-p
GGrGrGGsGGGGGGG
Upstream
Downstream
0 8
Effects on Modified Protein
  • molecular association, regulation
Kinase, in vitro:
  • CK1D (human)
hnRNP P2 (human) GGrGrGGsGGGGGGG S221-p
hnRNP P2 iso2 (human) GGRGRGGSGGGGGGG S220
hnRNP P2 (mouse) gap -
hnRNP P2 (rat) gap -
Y232-p
GGGGGGGyNrSSGGy
0 4
hnRNP P2 (human) GGGGGGGyNrSSGGy Y232-p
hnRNP P2 iso2 (human) GGGGGGGYNRSSGGY Y231
hnRNP P2 (mouse) GrGGGGGYNrSSGGY Y225
hnRNP P2 (rat) GRGGGGGYNRSSGGY Y225
R234-m1
GGGGGyNrSSGGyEP
0 4
hnRNP P2 (human) GGGGGyNrSSGGyEP R234-m1
hnRNP P2 iso2 (human) GGGGGYNRSSGGYEP R233
hnRNP P2 (mouse) GGGGGYNrSSGGYEP R227-m1
hnRNP P2 (rat) GGGGGYNRSSGGYEP R227
Y239-p
yNrSSGGyEPrGrGG
0 5
hnRNP P2 (human) yNrSSGGyEPrGrGG Y239-p
hnRNP P2 iso2 (human) YNRSSGGYEPRGRGG Y238
hnRNP P2 (mouse) YNrSSGGYEPrGrGG Y232
hnRNP P2 (rat) YNRSSGGYEPRGRGG Y232
R242-m1
SSGGyEPrGrGGGrG
0 26
hnRNP P2 (human) SSGGyEPrGrGGGrG R242-m1
hnRNP P2 iso2 (human) SSGGYEPRGRGGGRG R241
hnRNP P2 (mouse) SSGGYEPrGrGGGrG R235-m1
hnRNP P2 (rat) SSGGYEPRGRGGGRG R235
R242-m2
SSGGyEPrGrGGGrG
0 4
hnRNP P2 (human) SSGGyEPrGrGGGrG R242-m2
hnRNP P2 iso2 (human) SSGGYEPRGRGGGRG R241
hnRNP P2 (mouse) SSGGYEPrGrGGGrG R235-m2
hnRNP P2 (rat) SSGGYEPRGRGGGRG R235
R244-m1
GGyEPrGrGGGrGGr
0 1
hnRNP P2 (human) GGyEPrGrGGGrGGr R244-m1
hnRNP P2 iso2 (human) GGYEPRGRGGGRGGR R243
hnRNP P2 (mouse) GGYEPrGRGGGrGGr R237
hnRNP P2 (rat) GGYEPRGRGGGRGGR R237
R244-m2
GGyEPrGrGGGrGGr
0 3
hnRNP P2 (human) GGyEPrGrGGGrGGr R244-m2
hnRNP P2 iso2 (human) GGYEPRGRGGGRGGR R243
hnRNP P2 (mouse) GGYEPrGrGGGrGGr R237-m2
hnRNP P2 (rat) GGYEPRGRGGGRGGR R237
R248-m1
PrGrGGGrGGrGGMG
0 2
hnRNP P2 (human) PrGrGGGrGGrGGMG R248-m1
hnRNP P2 iso2 (human) PRGRGGGRGGRGGMG R247
hnRNP P2 (mouse) PrGrGGGRGGrGGMG R241
hnRNP P2 (rat) PRGRGGGRGGRGGMG R241
R248-m2
PrGrGGGrGGrGGMG
0 6
hnRNP P2 (human) PrGrGGGrGGrGGMG R248-m2
hnRNP P2 iso2 (human) PRGRGGGRGGRGGMG R247
hnRNP P2 (mouse) PrGrGGGrGGrGGMG R241-m2
hnRNP P2 (rat) PRGRGGGRGGRGGMG R241
R251-m2
rGGGrGGrGGMGGsD
0 8
hnRNP P2 (human) rGGGrGGrGGMGGsD R251-m2
hnRNP P2 iso2 (human) RGGGRGGRGGMGGSD R250
hnRNP P2 (mouse) rGGGrGGrGGMGGSD R244-m2
hnRNP P2 (rat) RGGGRGGRGGMGGSD R244
S257-p
GrGGMGGsDrGGFNk
Upstream
Downstream
1 0
Effects on Modified Protein
  • protein stabilization
Kinase, in vitro:
  • PKCB iso2 (human)
hnRNP P2 (human) GrGGMGGsDrGGFNk S257-p
hnRNP P2 iso2 (human) GRGGMGGSDRGGFNK S256
hnRNP P2 (mouse) GrGGMGGSDrGGFNK S250
hnRNP P2 (rat) GRGGMGGSDRGGFNK S250
R259-m1
GGMGGsDrGGFNkFG
0 4
hnRNP P2 (human) GGMGGsDrGGFNkFG R259-m1
hnRNP P2 iso2 (human) GGMGGSDRGGFNKFG R258
hnRNP P2 (mouse) GGMGGSDRGGFNKFG R252
hnRNP P2 (rat) GGMGGSDRGGFNKFG R252
R259-m2
GGMGGsDrGGFNkFG
0 8
hnRNP P2 (human) GGMGGsDrGGFNkFG R259-m2
hnRNP P2 iso2 (human) GGMGGSDRGGFNKFG R258
hnRNP P2 (mouse) GGMGGSDrGGFNKFG R252-m2
hnRNP P2 (rat) GGMGGSDRGGFNKFG R252
K264-ub
sDrGGFNkFGGPrDQ
0 1
hnRNP P2 (human) sDrGGFNkFGGPrDQ K264-ub
hnRNP P2 iso2 (human) SDRGGFNKFGGPRDQ K263
hnRNP P2 (mouse) SDrGGFNKFGGPRDQ K257
hnRNP P2 (rat) SDRGGFNKFGGPRDQ K257
R269-m1
FNkFGGPrDQGsRHD
0 1
hnRNP P2 (human) FNkFGGPrDQGsRHD R269-m1
hnRNP P2 iso2 (human) FNKFGGPRDQGSRHD R268
hnRNP P2 (mouse) FNKFGGPRDQGsRHD R262
hnRNP P2 (rat) FNKFGGPRDQGSRHD R262
S273-p
GGPrDQGsRHDsEQD
Upstream
Downstream
0 3
Effects on Modified Protein
  • molecular association, regulation
Kinase, in vitro:
  • CK1D (human)
hnRNP P2 (human) GGPrDQGsRHDsEQD S273-p
hnRNP P2 iso2 (human) GGPRDQGSRHDSEQD S272
hnRNP P2 (mouse) GGPRDQGsRHDsEQD S266-p
hnRNP P2 (rat) GGPRDQGSRHDSEQD S266
S277-p
DQGsRHDsEQDNSDN
Upstream
Downstream
0 10
Effects on Modified Protein
  • molecular association, regulation
Kinase, in vitro:
  • CK1D (human)
hnRNP P2 (human) DQGsRHDsEQDNSDN S277-p
hnRNP P2 iso2 (human) DQGSRHDSEQDNSDN S276
hnRNP P2 (mouse) DQGsRHDsEQDNSDN S270-p
hnRNP P2 (rat) DQGSRHDSEQDNSDN S270
T286-p
QDNSDNNtIFVQGLG
0 3
hnRNP P2 (human) QDNSDNNtIFVQGLG T286-p
hnRNP P2 iso2 (human) QDNSDNNTIFVQGLG T285
hnRNP P2 (mouse) QDNSDNNTIFVQGLG T279
hnRNP P2 (rat) QDNSDNNTIFVQGLG T279
Y304
TIESVADYFKQIGII
1 0
hnRNP P2 (human) TIESVADYFKQIGII Y304
hnRNP P2 iso2 (human) TIESVADYFKQIGII Y303
hnRNP P2 (mouse) TIESVADyFKQIGII Y297-p
hnRNP P2 (rat) TIESVADYFKQIGII Y297
K315-ac
IGIIKTNkktGQPMI
Downstream
1 1
Effects on Modified Protein
  • molecular association, regulation
hnRNP P2 (human) IGIIKTNkktGQPMI K315-ac
hnRNP P2 iso2 (human) IGIIKTNKKTGQPMI K314
hnRNP P2 (mouse) IGIIKTNKkTGQPMI K308
hnRNP P2 (rat) IGIIKTNKKTGQPMI K308
K316-ac
GIIKTNkktGQPMIN
Downstream
1 1
Effects on Modified Protein
  • molecular association, regulation
hnRNP P2 (human) GIIKTNkktGQPMIN K316-ac
hnRNP P2 iso2 (human) GIIKTNKKTGQPMIN K315
hnRNP P2 (mouse) GIIKTNKKTGQPMIN K309
hnRNP P2 (rat) GIIKTNKKTGQPMIN K309
K316-ub
GIIKTNkktGQPMIN
0 10
hnRNP P2 (human) GIIKTNkktGQPMIN K316-ub
hnRNP P2 iso2 (human) GIIKTNKKTGQPMIN K315
hnRNP P2 (mouse) GIIKTNKkTGQPMIN K309-ub
hnRNP P2 (rat) GIIKTNKKTGQPMIN K309
T317-p
IIKTNkktGQPMINL
0 1
hnRNP P2 (human) IIKTNkktGQPMINL T317-p
hnRNP P2 iso2 (human) IIKTNKKTGQPMINL T316
hnRNP P2 (mouse) IIKTNKkTGQPMINL T310
hnRNP P2 (rat) IIKTNKKTGQPMINL T310
Y325-p
GQPMINLytDRETGk
0 3
hnRNP P2 (human) GQPMINLytDRETGk Y325-p
hnRNP P2 iso2 (human) GQPMINLYTDRETGK Y324
hnRNP P2 (mouse) GQPMINLYTDRETGK Y318
hnRNP P2 (rat) GQPMINLYTDRETGk Y318
T326-p
QPMINLytDRETGkL
0 2
hnRNP P2 (human) QPMINLytDRETGkL T326-p
hnRNP P2 iso2 (human) QPMINLYTDRETGKL T325
hnRNP P2 (mouse) QPMINLYTDRETGKL T319
hnRNP P2 (rat) QPMINLYTDRETGkL T319
K332-ac
ytDRETGkLkGEAtV
0 3
hnRNP P2 (human) ytDRETGkLkGEAtV K332-ac
hnRNP P2 iso2 (human) YTDRETGKLkGEATV K331
hnRNP P2 (mouse) YTDRETGKLkGEATV K325
hnRNP P2 (rat) YTDRETGkLKGEATV K325-ac
K334-ub
DRETGkLkGEAtVsF
0 3
hnRNP P2 (human) DRETGkLkGEAtVsF K334-ub
hnRNP P2 iso2 (human) DRETGKLKGEATVSF K333
hnRNP P2 (mouse) DRETGKLkGEATVsF K327-ub
hnRNP P2 (rat) DRETGkLKGEATVSF K327
K334-sm
DRETGkLkGEAtVsF
1 1
hnRNP P2 (human) DRETGkLkGEAtVsF K334-sm
hnRNP P2 iso2 (human) DRETGKLkGEATVSF K333-sm
hnRNP P2 (mouse) DRETGKLKGEATVsF K327
hnRNP P2 (rat) DRETGkLKGEATVSF K327
T338-p
GkLkGEAtVsFDDPP
Upstream
Downstream
0 1
Effects on Modified Protein
  • molecular association, regulation
Kinase, in vitro:
  • CK1D (human)
hnRNP P2 (human) GkLkGEAtVsFDDPP T338-p
hnRNP P2 iso2 (human) GKLkGEATVSFDDPP T337
hnRNP P2 (mouse) GKLkGEATVsFDDPP T331
hnRNP P2 (rat) GkLKGEATVSFDDPP T331
S340-p
LkGEAtVsFDDPPsA
0 7
hnRNP P2 (human) LkGEAtVsFDDPPsA S340-p
hnRNP P2 iso2 (human) LkGEATVSFDDPPSA S339
hnRNP P2 (mouse) LkGEATVsFDDPPSA S333-p
hnRNP P2 (rat) LKGEATVSFDDPPSA S333
S346-p
VsFDDPPsAkAAIDW
Upstream
Downstream
0 6
Effects on Modified Protein
  • molecular association, regulation
Kinase, in vitro:
  • CK1D (human)
hnRNP P2 (human) VsFDDPPsAkAAIDW S346-p
hnRNP P2 iso2 (human) VSFDDPPSAKAAIDW S345
hnRNP P2 (mouse) VsFDDPPSAkAAIDW S339
hnRNP P2 (rat) VSFDDPPSAKAAIDW S339
K348-ub
FDDPPsAkAAIDWFd
0 3
hnRNP P2 (human) FDDPPsAkAAIDWFd K348-ub
hnRNP P2 iso2 (human) FDDPPSAKAAIDWFD K347
hnRNP P2 (mouse) FDDPPSAkAAIDWFD K341-ub
hnRNP P2 (rat) FDDPPSAKAAIDWFD K341
D355-ca
kAAIDWFdGkEFsGN
0 1
hnRNP P2 (human) kAAIDWFdGkEFsGN D355-ca
hnRNP P2 iso2 (human) KAAIDWFDGKEFSGN D354
hnRNP P2 (mouse) kAAIDWFDGkEFSGN D348
hnRNP P2 (rat) KAAIDWFDGkEFSGN D348
K357-ac
AIDWFdGkEFsGNPI
0 8
hnRNP P2 (human) AIDWFdGkEFsGNPI K357-ac
hnRNP P2 iso2 (human) AIDWFDGKEFSGNPI K356
hnRNP P2 (mouse) AIDWFDGKEFSGNPI K350
hnRNP P2 (rat) AIDWFDGkEFSGNPI K350-ac
K357-ub
AIDWFdGkEFsGNPI
0 4
hnRNP P2 (human) AIDWFdGkEFsGNPI K357-ub
hnRNP P2 iso2 (human) AIDWFDGKEFSGNPI K356
hnRNP P2 (mouse) AIDWFDGkEFSGNPI K350-ub
hnRNP P2 (rat) AIDWFDGKEFSGNPI K350
K357-sm
AIDWFdGkEFsGNPI
0 1
hnRNP P2 (human) AIDWFdGkEFsGNPI K357-sm
hnRNP P2 iso2 (human) AIDWFDGKEFSGNPI K356
hnRNP P2 (mouse) AIDWFDGKEFSGNPI K350
hnRNP P2 (rat) AIDWFDGKEFSGNPI K350
S360-p
WFdGkEFsGNPIkVS
0 1
hnRNP P2 (human) WFdGkEFsGNPIkVS S360-p
hnRNP P2 iso2 (human) WFDGKEFSGNPIKVS S359
hnRNP P2 (mouse) WFDGkEFSGNPIkVS S353
hnRNP P2 (rat) WFDGkEFSGNPIKVS S353
K365-m1
EFsGNPIkVSFATrR
0 1
hnRNP P2 (human) EFsGNPIkVSFATrR K365-m1
hnRNP P2 iso2 (human) EFSGNPIKVSFATRR K364
hnRNP P2 (mouse) EFSGNPIKVSFATRR K358
hnRNP P2 (rat) EFSGNPIKVSFATRR K358
K365-ub
EFsGNPIkVSFATrR
Upstream
0 5
Treatment
  • MG132
hnRNP P2 (human) EFsGNPIkVSFATrR K365-ub
hnRNP P2 iso2 (human) EFSGNPIKVSFATRR K364
hnRNP P2 (mouse) EFSGNPIkVSFATRR K358-ub
hnRNP P2 (rat) EFSGNPIKVSFATRR K358
K365-sm
EFsGNPIkVSFATrR
0 1
hnRNP P2 (human) EFsGNPIkVSFATrR K365-sm
hnRNP P2 iso2 (human) EFSGNPIKVSFATRR K364
hnRNP P2 (mouse) EFSGNPIKVSFATRR K358
hnRNP P2 (rat) EFSGNPIKVSFATRR K358
R371-m1
IkVSFATrRADFNrG
0 13
hnRNP P2 (human) IkVSFATrRADFNrG R371-m1
hnRNP P2 iso2 (human) IKVSFATRRADFNRG R370
hnRNP P2 (mouse) IkVSFATRRADFNRG R364
hnRNP P2 (rat) IKVSFATRRADFNRG R364
R377-m1
TrRADFNrGGGNGRG
0 3
hnRNP P2 (human) TrRADFNrGGGNGRG R377-m1
hnRNP P2 iso2 (human) TRRADFNRGGGNGRG R376
hnRNP P2 (mouse) TRRADFNRGGGNGRG R370
hnRNP P2 (rat) TRRADFNRGGGNGRG R370
R394-m1
GRGGPMGrGGyGGGG
0 14
hnRNP P2 (human) GRGGPMGrGGyGGGG R394-m1
hnRNP P2 iso2 (human) GRGGPMGRGGYGGGG R393
hnRNP P2 (mouse) GRGGPMGrGGYGGGG R387-m1
hnRNP P2 (rat) GRGGPMGrGGYGGGG R387-m1
R394-m2
GRGGPMGrGGyGGGG
0 7
hnRNP P2 (human) GRGGPMGrGGyGGGG R394-m2
hnRNP P2 iso2 (human) GRGGPMGRGGYGGGG R393
hnRNP P2 (mouse) GRGGPMGrGGYGGGG R387-m2
hnRNP P2 (rat) GRGGPMGRGGYGGGG R387
Y397-p
GPMGrGGyGGGGSGG
0 1
hnRNP P2 (human) GPMGrGGyGGGGSGG Y397-p
hnRNP P2 iso2 (human) GPMGRGGYGGGGSGG Y396
hnRNP P2 (mouse) GPMGrGGYGGGGSGG Y390
hnRNP P2 (rat) GPMGrGGYGGGGSGG Y390
R407-m1
GGSGGGGrGGFPSGG
0 19
hnRNP P2 (human) GGSGGGGrGGFPSGG R407-m1
hnRNP P2 iso2 (human) GGSGGGGRGGFPSGG R406
hnRNP P2 (mouse) GGSGGGGrGGFPSGG R400-m1
hnRNP P2 (rat) GGSGGGGRGGFPSGG R400
R407-m2
GGSGGGGrGGFPSGG
0 8
hnRNP P2 (human) GGSGGGGrGGFPSGG R407-m2
hnRNP P2 iso2 (human) GGSGGGGRGGFPSGG R406
hnRNP P2 (mouse) GGSGGGGrGGFPSGG R400-m2
hnRNP P2 (rat) GGSGGGGRGGFPSGG R400
S439-p
TCENMNFsWRNECNQ
Upstream
Downstream
1 2
Effects on Modified Protein
  • molecular association, regulation
Effects on Biological Processes:
  • translation, inhibited
Regulatory protein:
  • UBQLN2 (human)
hnRNP P2 (human) TCENMNFsWRNECNQ S439-p
hnRNP P2 iso2 (human) TCENMNFSWRNECNQ S438
hnRNP P2 (mouse) TCENMNFSWRNECNQ S432
hnRNP P2 (rat) TCENMNFSWRSECNQ S432
K448-ub
RNECNQCkAPKPDGP
0 2
hnRNP P2 (human) RNECNQCkAPKPDGP K448-ub
hnRNP P2 iso2 (human) RNECNQCKAPKPDGP K447
hnRNP P2 (mouse) RNECNQCKAPKPDGP K441
hnRNP P2 (rat) RSECNQCKAPKPDGP K441
S462-p
PGGGPGGsHMGGNyG
Upstream
Downstream
0 7
Effects on Modified Protein
  • molecular association, regulation
Kinase, in vitro:
  • CK1D (human)
hnRNP P2 (human) PGGGPGGsHMGGNyG S462-p
hnRNP P2 iso2 (human) PGGGPGGSHMGGNYG S461
hnRNP P2 (mouse) PGGGPGGSHMGGNyG S455
hnRNP P2 (rat) PGGGPGGSHMGGNyG S455
Y468-p
GsHMGGNyGDDRrGG
Upstream
0 64
Treatment
  • ephrin_B1
hnRNP P2 (human) GsHMGGNyGDDRrGG Y468-p
hnRNP P2 iso2 (human) GSHMGGNYGDDRRGG Y467
hnRNP P2 (mouse) GSHMGGNyGDDRRGR Y461-p
hnRNP P2 (rat) GSHMGGNyGDDRrGR Y461-p
R473-m1
GNyGDDRrGGrGGYD
0 2
hnRNP P2 (human) GNyGDDRrGGrGGYD R473-m1
hnRNP P2 iso2 (human) GNYGDDRRGGRGGYD R472
hnRNP P2 (mouse) GNyGDDRRGRGGYDR R466
hnRNP P2 (rat) GNyGDDRrGRGGYDR R466-m1
R473-m2
GNyGDDRrGGrGGYD
1 1
hnRNP P2 (human) GNyGDDRrGGrGGYD R473-m2
hnRNP P2 iso2 (human) GNYGDDRRGGRGGYD R472
hnRNP P2 (mouse) GNyGDDRRGRGGYDR R466
hnRNP P2 (rat) GNyGDDRRGRGGYDR R466
R476-me
GDDRrGGrGGYDrGG
1 0
hnRNP P2 (human) GDDRrGGrGGYDrGG R476-me
hnRNP P2 iso2 (human) GDDRRGGRGGYDRGG R475
hnRNP P2 (mouse) yGDDRRGRGGYDRGG R468
hnRNP P2 (rat) yGDDRrGRGGYDRGG R468
R476-m1
GDDRrGGrGGYDrGG
0 1
hnRNP P2 (human) GDDRrGGrGGYDrGG R476-m1
hnRNP P2 iso2 (human) GDDRRGGRGGYDRGG R475
hnRNP P2 (mouse) yGDDRRGRGGYDRGG R468
hnRNP P2 (rat) yGDDRrGRGGYDRGG R468
R476-m2
GDDRrGGrGGYDrGG
1 1
hnRNP P2 (human) GDDRrGGrGGYDrGG R476-m2
hnRNP P2 iso2 (human) GDDRRGGRGGYDRGG R475
hnRNP P2 (mouse) yGDDRRGRGGYDRGG R468
hnRNP P2 (rat) yGDDRrGRGGYDRGG R468
R481-me
GGrGGYDrGGYrGrG
1 0
hnRNP P2 (human) GGrGGYDrGGYrGrG R481-me
hnRNP P2 iso2 (human) GGRGGYDRGGYRGRG R480
hnRNP P2 (mouse) RGRGGYDRGGYRGRG R473
hnRNP P2 (rat) rGRGGYDRGGYRGRG R473
R481-m1
GGrGGYDrGGYrGrG
0 8
hnRNP P2 (human) GGrGGYDrGGYrGrG R481-m1
hnRNP P2 iso2 (human) GGRGGYDRGGYRGRG R480
hnRNP P2 (mouse) RGRGGYDRGGYRGRG R473
hnRNP P2 (rat) rGRGGYDRGGYRGRG R473
R481-m2
GGrGGYDrGGYrGrG
1 1
hnRNP P2 (human) GGrGGYDrGGYrGrG R481-m2
hnRNP P2 iso2 (human) GGRGGYDRGGYRGRG R480
hnRNP P2 (mouse) RGRGGYDRGGYRGRG R473
hnRNP P2 (rat) rGRGGYDRGGYRGRG R473
R485-m1
GYDrGGYrGrGGDrG
0 3
hnRNP P2 (human) GYDrGGYrGrGGDrG R485-m1
hnRNP P2 iso2 (human) GYDRGGYRGRGGDRG R484
hnRNP P2 (mouse) GYDRGGYRGRGGDRG R477
hnRNP P2 (rat) GYDRGGYRGRGGDRG R477
R487-m1
DrGGYrGrGGDrGGF
0 2
hnRNP P2 (human) DrGGYrGrGGDrGGF R487-m1
hnRNP P2 iso2 (human) DRGGYRGRGGDRGGF R486
hnRNP P2 (mouse) DRGGYRGRGGDRGGF R479
hnRNP P2 (rat) DRGGYRGRGGDRGGF R479
R491-m2
YrGrGGDrGGFrGGr
0 1
hnRNP P2 (human) YrGrGGDrGGFrGGr R491-m2
hnRNP P2 iso2 (human) YRGRGGDRGGFRGGR R490
hnRNP P2 (mouse) YRGRGGDRGGFRGGR R483
hnRNP P2 (rat) YRGRGGDRGGFRGGR R483
R495-m1
GGDrGGFrGGrGGGD
0 3
hnRNP P2 (human) GGDrGGFrGGrGGGD R495-m1
hnRNP P2 iso2 (human) GGDRGGFRGGRGGGD R494
hnRNP P2 (mouse) GGDRGGFRGGRGGGD R487
hnRNP P2 (rat) GGDRGGFRGGRGGGD R487
R495-m2
GGDrGGFrGGrGGGD
0 1
hnRNP P2 (human) GGDrGGFrGGrGGGD R495-m2
hnRNP P2 iso2 (human) GGDRGGFRGGRGGGD R494
hnRNP P2 (mouse) GGDRGGFRGGRGGGD R487
hnRNP P2 (rat) GGDRGGFRGGRGGGD R487
R498-m2
rGGFrGGrGGGDrGG
0 1
hnRNP P2 (human) rGGFrGGrGGGDrGG R498-m2