PTM Viewer PTM Viewer

AT5G56030.1

Arabidopsis thaliana [ath]

heat shock protein 81-2

76 PTM sites : 13 PTM types

PLAZA: AT5G56030
Gene Family: HOM05D000222
Other Names: AtHsp90.2,HEAT SHOCK PROTEIN 90.2,ERD8,EARLY-RESPONSIVE TO DEHYDRATION 8,HSP81.2,heat shock protein 81.2,HSP90.2,HEAT SHOCK PROTEIN 90.2; HSP81-2
Uniprot
P55737

Link out to other resources with this protein ID : TAIR   |   PeptideAtlas   |   ARAPORT   |   PhosPhAt

For each protein all PTMs are highlighted by default in the respective protein sequence (right-hand side). One can adjust a selection of PTMs in the PTM table on the left-hand side. In addition, functional protein domains and sites can be underlined if desired.

In the PTM table per PTM the PTM position and type is indicated, as well as the plain peptide sequence that was identified by mass spectrometry. The respective proteomics study is indicated by a number, providing a link to consult the experimental details. Additional PTM meta-data includes various confidence measures such as peptide score provided by search algorithms, posterior error probability (PEP), precursor mass deviation (in ppm) and modification site probability. The available confidence meta-data can be consulted in the extended PTM table by clicking SHOW CONFIDENCE. However, in the default PTM table, a color-coding of confidence is provided with green indicating high confidence, olive medium confidence, grey low confidence, and no color an unassigned confidence. More details regarding this confidence assignment can be consulted in the tutorial or the Plant PTM Viewer manuscript.

Besides confidence measures, log2 fold changes between two conditions with significance values (P- or Q-values) are shown if provided in the respective publication. Log2 fold changes are colored in heatmap-like gradient (green = induced, red = repressed) and significant values are highlighted in green. To determine significance, we employed the threshold used in the respective publication. For more details on the quantitative measurements we refer to the experimental details and respective publication, as methodologies can differ.

On the bottom of the page one can send the whole protein or a part of the protein (i.e. a functional domain) to PTM Blast. This will display aligned protein sequences that potentially report aligned PTMs.

PTMs



PTM Type

Mod AA

Pos

Peptide

Exp ID

Conf
nta A 2 ADAETFAFQAEINQLL6
167a
nt L 19 LIINTFYSNKE167b
nt T 23 TFYSNKE99
ph S 40 ELISNSSDALDK114
ac K 54 IRFESLTDKSK101
FESLTDKSK101
ub K 54 IRFESLTDKSK168
nt T 75 TLTIIDSGIGMTKADLVNNLGTIARSGTKE167b
TLTIIDSGIGMTKADLVNNLGTIAR80
nt S 81 SGIGMTKADLVNNLGTIARSGTKE167b
nt D 162 DTSGETLGR51c
ph S 219 TIEKEISDDEEEEEKKDEEGK18a
EISDDEEEEEKKDEEGK59
83
94
100
TIEKEISDDEEEEEKK48
84a
84b
85
109
114
TIEKEISDDEEEEEK28
59
61a
66
84a
84b
85
88
100
111a
111b
111c
111d
EISDDEEEEEKK59
83
88
100
EISDDEEEEEK30
32
43
59
83
84a
84b
85
86a
86b
86c
88
100
106
111a
111b
111c
111d
ub K 252 IKEVSHEWDLVNK120
168
ph S 255 IKEVSHEWDLVNK114
ub K 263 EVSHEWDLVNKQKPIWMR168
cr K 271 KPEEINKEEYAAFYK164c
ub K 277 KPEEINKEEYAAFYK168
ph S 288 SLSNDWEEHLAVK18a
100
106
109
114
nt H 294 HLAVKHFSVE167b
nt A 310 AILFVPKRAPF167b
ac K 316 AILFVPKR101
ac K 326 RAPFDLFDTKK101
ox C 345 VFIMDNCEDIIPEYLGFVK138a
138b
so C 345 VFIMDNCEDIIPEYLGFVK110
nt D 347 DIIPEYLGFVKGIVDSE167b
nt F 355 FVKGIVDSEDLPLNISR167b
ph S 370 GIVDSEDLPLNISR114
ac K 378 ETLQQNKILK101
ub K 378 ETLQQNKILK168
so C 391 CLELFFEIAENKEDYNK110
nt S 413 SKNLKLGIHEDSQNR167b
ac K 414 FYEAFSKNLK101
nt G 419 GIHEDSQNR99
ph S 424 LGIHEDSQNR109
114
nt T 428 TKIAELLR167b
ac K 429 TKIAELLR101
ub K 429 TKIAELLR40
nt E 432 ELLRYHSTKSG167b
nt L 433 LLRYHSTKSGDE167b
ac K 440 YHSTKSGDELTSLKDYVTR101
YHSTKSGDELTSLK101
ph S 447 SGDELTSLKDYVTR114
cr K 449 SGDELTSLKDYVTR164c
mox M 455 DYVTRMK62b
ub K 456 MKEGQNDIFYITGESK168
ub K 471 KAVENSPFLEK168
ph S 476 KAVENSPFLEK114
ac K 481 KAVENSPFLEKLK101
AVENSPFLEKLK98a
101
nt Y 491 YMVDAIDE99
ub K 505 GIEVLYMVDAIDEYAIGQLKEFEGK2
ac K 529 EGLKLDETEDEKK101
LDETEDEKKK101
ox C 543 FEGLCK47
sno C 543 EKFEGLCK169
FEGLCK169
so C 543 FEGLCK108
110
ub K 544 FEGLCKVIK168
ac K 553 DVLGDKVEK101
ub K 553 DVLGDKVEK168
hib K 556 DVLGDKVEKVIVSDR164e
cn C 568 VIVSDRVVDSPCCLVTGEYGWTANMER115
sno C 568 VVDSPCCLVTGEYGWTANMER169
so C 568 VVDSPCCLVTGEYGWTANMER110
cn C 569 VIVSDRVVDSPCCLVTGEYGWTANMER115
so C 569 VVDSPCCLVTGEYGWTANMER110
me1 K 586 IMKAQALR123
nt D 592 DSSMAGYMSSKKTMEINPENSIMDELR167b
nt S 593 SSMAGYMSSKKTMEINPENSIMDELR167b
ph S 593 AQALRDSSMAGYMSSK114
ph S 594 DSSMAGYMSSK114
ac K 602 DSSMAGYMSSKK101
nt K 603 KTMEINPENSIMDELR167b
nt T 604 TMEINPENSIMDELR51a
51b
nt F 638 FETALLTSGFSLDEPNTFGSR167b
nt E 639 ETALLTSGFSLDEPNTFGSR167b
nt T 640 TALLTSGFSLDEPNTFGSR167b
nt S 645 SGFSLDEPNTFGSR167b
nt L 665 LGLSIDDDDAVE99
nt G 666 GLSIDDDDAVE99
nt L 667 LSIDDDDAVE99
nt I 669 IDDDDAVE99

Sequence

Length: 699

MADAETFAFQAEINQLLSLIINTFYSNKEIFLRELISNSSDALDKIRFESLTDKSKLDGQPELFIHIIPDKTNNTLTIIDSGIGMTKADLVNNLGTIARSGTKEFMEALAAGADVSMIGQFGVGFYSAYLVADKVVVTTKHNDDEQYVWESQAGGSFTVTRDTSGETLGRGTKMVLYLKEDQLEYLEERRLKDLVKKHSEFISYPISLWIEKTIEKEISDDEEEEEKKDEEGKVEEVDEEKEKEEKKKKKIKEVSHEWDLVNKQKPIWMRKPEEINKEEYAAFYKSLSNDWEEHLAVKHFSVEGQLEFKAILFVPKRAPFDLFDTKKKPNNIKLYVRRVFIMDNCEDIIPEYLGFVKGIVDSEDLPLNISRETLQQNKILKVIRKNLVKKCLELFFEIAENKEDYNKFYEAFSKNLKLGIHEDSQNRTKIAELLRYHSTKSGDELTSLKDYVTRMKEGQNDIFYITGESKKAVENSPFLEKLKKKGIEVLYMVDAIDEYAIGQLKEFEGKKLVSATKEGLKLDETEDEKKKKEELKEKFEGLCKVIKDVLGDKVEKVIVSDRVVDSPCCLVTGEYGWTANMERIMKAQALRDSSMAGYMSSKKTMEINPENSIMDELRKRADADKNDKSVKDLVLLLFETALLTSGFSLDEPNTFGSRIHRMLKLGLSIDDDDAVEADAEMPPLEDDADAEGSKMEEVD

ID PTM Type Color
nta N-terminal Acetylation X
nt N-terminus Proteolysis X
ph Phosphorylation X
ac Acetylation X
ub Ubiquitination X
cr Crotonylation X
ox Reversible Cysteine Oxidation X
so S-sulfenylation X
mox Methionine Oxidation X
sno S-nitrosylation X
hib 2-Hydroxyisobutyrylation X
cn S-cyanylation X
me1 Monomethylation X
Multiple types X

Domains & Sites

Clear highlighted range 
Interpro Domains
Show IPR ID From To
IPR003594 27 182
IPR020575 5 206
Sites
Show Type Position
Active Site 34
Active Site 38
Active Site 80
Active Site 85
Active Site 93
Active Site 99
Active Site 100
Active Site 120
Active Site 172
Active Site 371

BLAST


Perform a BLAST search for this sequence, or a part of this sequence (minimum 50 characters)
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