Protein phosphatase
FunctionProtein phosphatases (PP) regulate protein phosphorylation and thus are key in intracellular signal transduction processes.
DiseaseMutations in PP2A are found in many solid cancers and leukemias. PP2A-activating drugs are possible candidates for cancer therapeutics protocols[5]. Development of Alzheimer disease drugs could be based on restoration of PP2A activity[6]. Structural highlightsHuman PP2A catalytic (green) and regulatory (cyan) subunits complex with tumor-inducing toxin. Algal toxin binds at the surface pocket of the PP2A catalytic subunit which contains the Mn+2 ion cofactors[7]. Water molecule shown as red sphere.
| ||||||||||||
3D Structures of protein phosphatase
Updated on 21-September-2017
- Protein phosphatase 1A
- HEAT Repeat, ABA-regulated Protein Phosphatase 2C, 3fxl, 3fxm, 3fxo, 4ra2 – hPP1A + Mn – human
- 4da1 – hPP1K + Mn
- 3n5u – hPP1A catalytic subunit + retinoblastoma-associated protein
- 3v4y – hPP1A catalytic subunit + PP1 nuclear inhibitor
- 4g9j, 5ioh – hPP1A catalytic subunit + peptide
- 5inb, 5j28 - hPP1G catalytic subunit + peptide
- 2rlt – PP1 regulatory subunit – pig - NMR
- HEAT Repeat, ABA-regulated Protein Phosphatase 2C, 3fxl, 3fxm, 3fxo, 4ra2 – hPP1A + Mn – human
- Protein phosphatase 2A
- Protein phosphatase 2C
- 2iq1 – hPP2C κ
- 3d8k – PP2C – Toxoplasma gondii
- 3jrq, 3nmn – AtPP2C + Pyl1 – Arabidopsis thaliana
- 3nmt, 3kb3, 3nmv, 3ujl – AtPP2C + Pyl2
- 4la7, 4lg5, 4lga, 4lgb – AtPP2C + Pyl2 + ligand
- 4ds8 – AtPP2C + Pyl3 + Mn
- 3rt0 – AtPP2C (mutant) + Pyl10
- 4n0g – AtPP2C + Pyl13
- 3qn1, 3zvu, 4wvo – AtPP2C + Pyr1
- 3ujk – AtPP2C
- 4yzg – AtPP2C (mutant)
- 4yzh – AtPP2C (mutant) + chlorophyll-binding protein peptide
- 2iq1 – hPP2C κ
References
Proteopedia Page Contributors and Editors (what is this?)
Michal Harel, Alexander Berchansky, Alexsandra Tifane Santos do Nascimento, Joel L. Sussman