Prnp Antibody

1. the mechanism by which stressful stimuli induced by opiate withdrawal and the subsequent long-term homeostatic changes in hippocampal plasticity, modulate the expression and the dynamics of Prion protein. PMID: 28081197
2. The results suggest a role of PrP(C) in proteostasis, dysfunctions of which may be involved in the pathogenesis of neurodegenerative diseases such as TSE and Alzheimer's Disease. PMID: 26946358
3. this study implies that lithium, the commonly used mood stabilizer, may be a promising therapeutic agent in TSE, particularly in case of the disease forms associated with accumulation of cytoPrP. PMID: 26149502
4. We provide the first report that mean PrPC concentration in primary blast exposed rats is significantly increased compared with controls PMID: 25058115
5. data provide new insights into the cellular mechanism of prion conversion and suggest that GM1-prion protein interaction at the cell surface could play a significant role in the mechanism predisposing to pathology. PMID: 24859148
6. The toxicity of PrP(111-126) to cultured astrocytes was reduced following the addition of Cu(2+) ions, owing to binding affinity of copper towards histidine moiety present in the peptide. PMID: 24386462
7. Down regulation of brain cellular prion protein in an animal model of insulin resistance. PMID: 24780399
8. PrP(106-126) cytotoxic amyloid oligomers disruption of membranes is dependent on bilayer composition PMID: 24554723
9. Prion protein-mediated toxicity of amyloid-beta oligomers requires lipid rafts and the transmembrane LRP1 PMID: 23386614
10. The study suggests a pivotal role for PrP(C) in the cell adaptation to copper limitation through a direct activity of ion uptake. PMID: 22362149
11. The prion protein and mrna was regulaion in vitamin B(12)rats. PMID: 22116041
12. The nerves of the PrP(C)-treated rats show typical cobalamin-deficient lesions, significantly decreased abnormal maximum nerve conduction velocity values, and significantly increased tumor necrosis factor-alpha levels. PMID: 22102467
13. mutant or cytosolic PrP expression in transgenic mice and human or rat cells is not associated with endoplasmic reticulum stress or proteasome dysfunction PMID: 21559407
14. Data demonstrate that PrP(C) is abundant in the nuclear lamina of endocrine and neuronal cells and interacts with histone H1(0), histone H3 and lamin B1. PMID: 21277044
15. These new data indicate that PrPc gene regulation is highly dependent on disruption of chromatin fiber assembly, which allows some ubiquitous transcription factors accession to specific DNA elements PMID: 11739375
16. In retinal explants from neonatal mice and rats, engagement of PrP(c) transduces neuroprotective signals through a cAMP/PKA-dependent pathway. PrP(c) may function as a trophic receptor, the activation of which leads to a neuroprotective state. PMID: 12093733
17. Two heat-shock elements (HSEs) were located at the positions of -680 bp (HSE1; GGAACTATTCTTGACATTGCT), and -1653 bp (HSE2; TGAGAACTCAGGAAG) of the rat PrP (RaPrP) gene promoter. PMID: 12392052
18. PrP is not subject to retrotranslocation from the ER into the cytoplasm prior to degradation by the proteasome PMID: 12663673
19. Various prion glycoforms in B104 neuroblastoma cells were tightly regulated as a function of cell density and during neuronal differentiation. Potential role of cellular prion protein in cell-cell interactions and differentiation. PMID: 12911750
20. the intrinsic properties of PrP-(82-146) are dependent upon the integrity of the C-terminal region and account for the massive deposition of PrP amyloid in GSS PMID: 12970341
21. Glycosylphosphatidylinositol-anchored prion protein and Thy-1 were largely clustered in separate domains on the neuronal surface; the lipid content of these membrane domains differed markedly PMID: 14660659
22. Prion proteins are membrane protein, isolated from neuronal cells, along with Marcks and fyn. PMID: 14741357
23. PRNP shows no direct CAGA box correspondence with the APP superfamily members. PMID: 15208260
24. early association of PrP(C) with cholesterol-enriched rafts facilitates its correct folding PMID: 15229281
25. We propose that this unusual beta-turn-rich form of PrP may be a precursor of PrPSc and a candidate for the neurotoxic molecule in prion pathogenesis. PMID: 15670783
26. Immunostained cells expressing PrP(c) appear scattered throughout the epithelium of fundic and pyloric glands as well as in intestinal villi and crypts. PMID: 15891070
27. These results indicate that DRMs are essential for proper trafficking and distribution of PrP(C) at late stages of neuronal differentiation and that its function, at least in hippocampus, is restricted to the axonal domain. PMID: 16139509
28. Prnp expression is upregulated by copper in neuronal cells by an MTF-1-independent mechanism, and suggest a metal-specific modulation of Prnp in neurons PMID: 16148034
29. prion protein plasma membrane environment in differentiated neurons resulted to be a complex entity, whose integrity requires a network of lipid-mediated non-covalent interactions PMID: 16248888
30. Our results indicated a novel PrP(C) interacting protein and suggested that this complex might be relevant in modulating a variety of electrophysiological-dependent cellular responses PMID: 16750514
31. J protein family serves as a 'folding catalyst' for PrP(C) and implicates Rdj2 as a factor in the protection against prion diseases PMID: 16774738
32. Pronounced cytosolic aggregation of cellular prion protein in pancreatic beta-cells in response to hyperglycemia. PMID: 17146448
33. Our findings show that, through its interaction with LN, hippocampal PrPc plays a critical role in memory processing and suggest that this role is mediated by activation of both PKA and ERK1/2 signaling pathways. PMID: 17156386
34. PrP(106-126) aggregates in vitro and this aggregation state is important for its neurotoxicity PMID: 17405933
35. the plasma membrane localization of PrP(C) and/or of the converted scrapie form might be necessary for the development of a symptomatic disease PMID: 17556367
36. PrP(C) is widely expressed in a subset of neurons that contain markers of inhibitory populations of cells throughout the rat brain PMID: 17854776
37. Results demonstrate by immunohistochemical analysis the colocalization of neuroglobin and PrP(c) in the retinal ganglion cell layer. PMID: 19327369
38. Our data support a significant role for PrP(c) as a response mediator in neuritogenesis and cell differentiation. PMID: 19457127
39. The peculiar lipid composition and, in particular, the presence of proteins involved in synaptic plasticity, cell adhesion, cytoskeleton regulation and signaling suggest an important physiological role for the PrPC prion domain in neurons. PMID: 19493159
40. Lipid rafts and clathrin cooperate in the internalization of PrP in epithelial FRT cells PMID: 19503793
41. distinct N-terminal cleavage products of PrP(c) harbor different biological activities underlying the various phenotypes linking PrP(c) to cell survival. PMID: 19850936

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KEGG: rno:24686

STRING: 10116.ENSRNOP00000028881

UniGene: Rn.3936