We describe a detailed method to generate different synthetic prions characterized by defined abnormal structures, which confer to each isolate specific infectious properties. When challenged in vitro or in vivo some of these isolates were able to cause illness and produced pathological features similar to that observed in animals or human with naturally occurring prion diseases, including the sporadic form of the Creutzfeldt–Jakob disease. Thus, synthetic prions are of fundamental importance to shed light on the intricate molecular events leading to the misfolding of the normal prion protein. Understanding prion conversion mechanism could allow designing therapeutic strategies aimed at blocking this process.

Synthetic mammalian prions / Moda, Fabio; Bistaffa, Edoardo; Narkiewicz, Joanna; Salzano, Giulia; Legname, Giuseppe. - 129(2017), pp. 209-228. [10.1007/978-1-4939-7211-1_13]

Synthetic mammalian prions

Moda, Fabio;Bistaffa, Edoardo;Narkiewicz, Joanna;Salzano, Giulia;Legname, Giuseppe
2017

Abstract

We describe a detailed method to generate different synthetic prions characterized by defined abnormal structures, which confer to each isolate specific infectious properties. When challenged in vitro or in vivo some of these isolates were able to cause illness and produced pathological features similar to that observed in animals or human with naturally occurring prion diseases, including the sporadic form of the Creutzfeldt–Jakob disease. Thus, synthetic prions are of fundamental importance to shed light on the intricate molecular events leading to the misfolding of the normal prion protein. Understanding prion conversion mechanism could allow designing therapeutic strategies aimed at blocking this process.
129
Prion Diseases
209
228
http://www.springerlink.com/content/l5h875/?p=06e573fc09034750aa5bceed21ba44bc&pi=18
Moda, Fabio; Bistaffa, Edoardo; Narkiewicz, Joanna; Salzano, Giulia; Legname, Giuseppe
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/20.500.11767/68871
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