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Plant hosts of the phytoplasmas and rickettsia-like-organisms associated with strawberry lethal yellows and green petal diseases

机译:与草莓致死黄和绿色花瓣病有关的植物原虫和立克次体生物的植物宿主

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摘要

Candidatus Phytoplasma australiense (Ca. P. australiense) is associated with the plant diseases strawberry lethal yellows (SLY), strawberry green petal (SGP), papaya dieback (PDB), Australian grapevine yellows (AGY) and Phormium yellow leaf (PYL; New Zealand). Strawberry lethal yellows disease is also associated with a rickettsia-like-organism (RLO) or infrequently with the tomato big bud (TBB) phytoplasma, the latter being associated with a wide range of plant diseases throughout Australia. In contrast, the RLO has been identified only in association with SLY disease, and Ca. P. australiense has been detected only in a limited number of plant host species. The aim of this study was to identify plant hosts that are possible reservoirs of Ca. P. australiense and the SLY RLO. Thirty-one plant species from south-east Queensland were observed with disease between 2001 and 2003 and, of these, 18 species tested positive using phytoplasma-specific primers. The RLO was detected in diseased Jacksonia scoparia and Modiola caroliniana samples collected at Stanthorpe. The TBB phytoplasma was detected in 16 different plant species and Ca. P. australiense Australian grapevine yellows strain was detected in six species. The TBB phytoplasma was detected in plants collected at Nambour, Stanthorpe, Warwick and Brisbane. Ca. P. australiense was detected in plants collected at Nambour, Stanthorpe, Gatton and Allora. All four phytoplasmas were detected in diseased Gomphocarpus physocarpus plants collected at Toowoomba, Allora, Nambour and Gatton. These results indicated that the vector(s) of Ca. P. australiense are distributed throughout south-east Queensland and the diversity of phytoplasmas detected in G. physocarpus suggests it is a feeding source for phytoplasma insect vectors or it has a broad susceptibility to a range of phytoplasmas.
机译:澳洲假丝酵母(C. P. australiense)与植物病害草莓致死黄(SLY),草莓绿色花瓣(SGP),木瓜枯死(PDB),澳大利亚葡萄黄(AGY)和Ph黄叶(PYL;新西兰)。草莓致死性黄变病还与立克次氏体样微生物(RLO)相关,或者与番茄大芽(TBB)植物原质很少见,后者与澳大利亚各地的多种植物病相关。相反,仅与SLY疾病和Ca相关的RLO已被鉴定。仅在有限数量的植物宿主物种中检测到了澳大利亚假单胞菌。这项研究的目的是确定可能是Ca储集层的植物宿主。 P. australiense和SLY RLO。在2001年至2003年之间,观察到来自昆士兰州东南部的31种植物患病,其中有18种使用植物原浆特异性引物检测为阳性。在从斯坦索普(Stanhorpe)收集的患病的杰克逊氏菌属和山间紫Mo样品中检测到RLO。在16种不同植物物种和Ca中检测到了TBB植物质体。在六个物种中检出了澳大利亚假单胞菌澳大利亚葡萄黄色菌株。在南堡,斯坦索普,沃里克和布里斯班收集的植物中检测到了TBB的植物原质。钙在Nambour,Stanthorpe,Gatton和Allora收集的植物中检出了澳大利亚假单胞菌。在从Toowoomba,Allora,Nambour和Gatton收集的患病Gomphocarpus physocarpus植物中检测到所有这四种植物质浆。这些结果表明Ca的载体。在昆士兰州的东南部分布着澳洲假单胞菌(P. australiense),而在紫果芝(G. physocarpus)中检测到的植物原质多样性表明,它是植物原虫载体的食源,或者对一系列植物原虫具有广泛的敏感性。

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