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Function
14-3-3 proteins (PRS) are conserved regulatory proteins which bind to a multitude of signaling proteins like kinases phosphatases and transmembrane receptors. The name 14-3-3 derives from their elution pattern via chromatography.
Disease
Elevated levels of PRS are found in patients with Creutzfeld-Jakob disease.
Relevance
Structural highlights
3D structures of 14-3-3 proteins (Updated on 11-November-2014)
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- 14-3-3 protein σ binary complex with peptide
- 1ywt – hPRS + phosphopeptide
- 3lw1 – hPRS + p53 peptide
- 3iqj, 3iqu, 4iea – hPRS + Raf-1 peptide
- 3mhr – hPRS + YAP peptide
- 3p1n – hPRS + TASK-3 peptide
- 3p1p, 3p1r – hPRS (mutant) + TASK-3 peptide
- 4dat, 4dau – hPRS + PADI6 peptide
- 4jc3, 4jdd – hPRS + estrogen receptor peptide
- 4fl5 – hPRS + τ protein peptide
- 14-3-3 protein σ binary complex with small molecule
- 3u9x – hPRS + pyridoxal phosphate
- 3t0l, 3t0m, 4dhm, 4dhn, 4dho, 4dhp, 4dhq, 4dhr, 4dhs, 4dht, 4dhu – hPRS + inhibitor
- 4hqw, 4hru – hPRS + molecular tweezers
- 14-3-3 protein σ ternary complex with stabilizer*
- 3p1o, 3ux0, 4fr3 – hPRS + TASK-3 peptide + stabilizer
- 3p1q, 3p1s, 3spr, 3smk, 3sml, 3smm, 3smn, 3smo – hPRS (mutant) + TASK-3 peptide + stabilizer
- 3iqv, 3o8i – hPRS + Raf-1 peptide + stabilizer
- 1a4o – bPRS - bovine
- 1a37 – bPRS + Raf peptide
- 1a38 – bPRS + R18 peptide
- 4e2e – hPRS
- 2b05 – hPRS + phosphopeptide
- 3uzd – hPRS + histone deacylase peptide
- 4j6s – hPRS + tyrosine hydroxylase peptide
- 4o46 – hPRS + influenza C-terminal peptide
- 2bq0, 4dnk – hPRS
- 2c23 – hPRS + exoenzyme S peptide
- 4gnt – PRS + CHREBP peptide - mouse
- 2btp – hPRS + phosphopeptide
- 2br9 – hPRS + phosphopeptide
- 3ual, 3ubw – hPRS + myeloid leukemia factor 1 peptide
- 3efz – PRS + phosphoserine – Cryptosporidium parvum
- 4f7r – PRS – Giardia intestinalis
References
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