Why we should care about culturing the Huanglongbing associated bacterium ‘Candidatus Liberibacter asiaticus’: the importance of terms and interpretations

M. Merfa, L. Fuente
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Abstract

Author(s): Merfa, Marcus Vinicius; De La Fuente, Leonardo | Abstract: Having bacteria grown in pure culture has been the foundation of bacteriology, by allowing a wide range of microbiological studies towards understanding the functionality of a specific bacterium. However, most bacteria have not been axenically cultured to date, thus hindering the understanding of their role in the context of their host or environment. One of these unculturable bacteria are the recently emergent plant pathogens ‘Candidatus Liberibacter spp.’. This group is comprised by dynamic psyllid-vectored, phloem-limited plant pathogens and endophytes that harm a wide range of economically important crops worldwide. ‘Candidatus Liberibacter asiaticus’ (CLas) is associated with Huanglongbing (HLB) in most of the main citrus-producing areas globally, a disease causing severe economic damages. Although the establishment of axenic cultures of CLas remains a major scientific challenge, many research groups have devoted efforts to culture this bacterium to aid in elucidating its virulence mechanism and contribute towards effective HLB management. This led to the development of innovative systems to culture and grow CLas, however different authors have approached the concepts of bacterial culture and axenic culture in different manners, leading to confusion in the terminology used. In this review, we provide the scientific definitions of important terms in bacteriology, while critically reviewing the contribution of each of these important CLas culturing studies.
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黄龙冰伴生菌“亚洲自由候选菌”的培养:术语和解释的重要性
作者:Merfa, Marcus Vinicius;摘要:在纯培养物中培养细菌是细菌学的基础,通过广泛的微生物学研究来了解特定细菌的功能。然而,到目前为止,大多数细菌还没有进行体外培养,因此阻碍了对它们在宿主或环境中的作用的理解。这些不可培养的细菌之一是最近出现的植物病原体“Candidatus Liberibacter spp”。这一组是由动态木虱载体,韧皮部限制的植物病原体和内生菌组成的,它们危害世界范围内广泛的重要经济作物。亚洲自由候选菌(Candidatus Liberibacter asiaticus, CLas)与黄龙病(Huanglongbing, HLB)在全球大多数主要柑橘产区都有关联,是一种造成严重经济损失的病害。尽管建立CLas的无菌培养仍然是一个重大的科学挑战,许多研究小组已经致力于培养这种细菌,以帮助阐明其毒力机制,并有助于有效的HLB管理。这导致了培养和生长CLas的创新系统的发展,然而不同的作者以不同的方式接近细菌培养和无菌培养的概念,导致使用术语的混淆。在这篇综述中,我们提供了重要的细菌学术语的科学定义,同时批判性地回顾了这些重要的CLas培养研究的贡献。
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