Harbi Djamel, Harrison Paul M
Department of Biology; McGill University; Montreal, QC Canada.
Prion. 2014 Mar-Apr;8(2):161-5. doi: 10.4161/pri.27960. Epub 2014 Feb 18.
The universe of prion and prion-like phenomena has expanded significantly in the past several years. Here, we overview the challenges in classifying this data informatically, given that terms such as "prion-like", "prion-related" or "prion-forming" do not have a stable meaning in the scientific literature. We examine the spectrum of proteins that have been described in the literature as forming prions, and discuss how "prion" can have a range of meaning, with a strict definition being for demonstration of infection with in vitro-derived recombinant prions. We suggest that although prion/prion-like phenomena can largely be apportioned into a small number of broad groups dependent on the type of transmissibility evidence for them, as new phenomena are discovered in the coming years, a detailed ontological approach might be necessary that allows for subtle definition of different "flavors" of prion / prion-like phenomena.
在过去几年中,朊病毒及朊病毒样现象的范畴已显著扩大。鉴于诸如“朊病毒样”“与朊病毒相关”或“形成朊病毒”等术语在科学文献中并无稳定的含义,在此我们概述了在以信息学方式对这些数据进行分类时所面临的挑战。我们审视了文献中描述为形成朊病毒的蛋白质谱,并讨论了“朊病毒”如何能具有一系列含义,其严格定义是用于证明体外衍生的重组朊病毒的感染性。我们认为,尽管朊病毒/朊病毒样现象在很大程度上可根据其传播性证据的类型分为少数几个宽泛的类别,但随着未来几年新现象的发现可能需要一种详细的本体论方法,以便能对不同“类型”的朊病毒/朊病毒样现象进行精细定义。