一百年前植物病原细菌的发现:跨大西洋的争议和争论

Jean-Pierre Paulin , Michel Ridé , Jean-Pierre Prunier
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引用次数: 6

摘要

在人们普遍认识到细菌能够引起人类和动物疾病的几年之后,又有人声称细菌引起了一些植物疾病。然而,在所有植物病理学家接受植物细菌性疾病的存在之前,在德国和美国的专家之间(1897-1901)发生了一些尖锐的争论。如今,大约有350种细菌被描述为感染植物:它们是病原体,或亚种,属于21属。植物细菌性病害根据受感染植物表现出的症状类型可分为三大类:坏死萎蔫病、软腐病、肿瘤。虽然有些细菌受木质部或韧皮部限制,但细菌与植物细胞之间的相互作用通常是由外质体建立的。这种相互作用涉及原始的蛋白质分泌系统(在动物致病性细菌中也有描述)、水解酶(果胶酶、纤维素酶)、毒素和/或植物激素。一类细菌(农杆菌)在基因从质粒转移后改变植物代谢。从经济和社会的角度来看,这些疾病可能是一些关键产品(水稻、木薯)的限制因素。此外,它们还会降低农产品的质量(生长迟缓,叶子和水果出现斑点)。细菌性疾病的控制是有限的。它通常依赖于预防、化学应用和使用耐药基因型的组合。
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Découverte des bactéries phytopathogènes il y a cent ans : controverses et polémiques transatlantiques

The demonstration of a bacterial cause of some plant diseases has been claimed few years after it was commonly recognized that bacteria were able to cause diseases of human and animal. Nevertheless, some sharp controversies took place, between German and American specialists (1897–1901), before the existence of bacterial diseases of plants was accepted by all phytopathologists. Nowadays, about 350 bacteria are described, which infect plants: they are pathovars, or subspecies, belonging to 21 genera. Bacterial diseases of plants can be classified into three major categories according to the type of symptoms shown by the infected plant: necrosis and wilt, soft-rot, tumour. The interaction between bacteria and plant cells is usually established from the apoplast, although some bacteria are xylem or phloem limited. This interaction involves an original protein secretion system (which is also described in bacteria pathogenic for animals), hydrolytic enzymes (pectinases, cellulases), toxins and/or phytohormones. Bacteria of one group (Agrobacterium) modify the plant metabolism after gene transfer from a plasmid. On the economic and social point of view, these diseases may be limiting factors of some key-productions (rice, cassava). In addition, they play a role in reducing the quality of agricultural products (reduced growth, spots on leaves and fruits). Control of bacterial diseases is limited. It relies usually on a combination of prophylaxy, chemical applications, and use of resistant genotypes.

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