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Resistance gene enrichment sequencing refines the Brassica napus NLRome. [PDF]
Plant PhysiolWu 吴家旭 J +2 more
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Comparative Analysis of Transcriptomes Reveals Pathways and Verifies Candidate Genes for Clubroot Resistance in Brassica oleracea. [PDF]
Int J Mol SciCe F +7 more
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Under the cover of darkness: a transcriptomic exploration of clubroot during the night
Garvetto A +5 more
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2021
The disease is known by the name clubroot due to its characteristics symptoms of infected hypertrophied root cortex cells leading to the formation and development of root galls. The importance of the disease can be judged by its distribution in more than 88 countries of the world infecting 330 genera and more than 3700 species of plants, with more than
Govind Singh Saharan +2 more
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The disease is known by the name clubroot due to its characteristics symptoms of infected hypertrophied root cortex cells leading to the formation and development of root galls. The importance of the disease can be judged by its distribution in more than 88 countries of the world infecting 330 genera and more than 3700 species of plants, with more than
Govind Singh Saharan +2 more
openaire +1 more source
Integrated Control of Clubroot
Journal of Plant Growth Regulation, 2009Clubroot caused by Plasmodiophora brassicae affects the Brassicaceae family of plants, including many important vegetable and broadacre crops. In the last 20 years increasing intensity of vegetable production and the rapid growth in popularity of oilseed rape as a broadacre or arable break crop have increased the severity of clubroot and the area of ...
Donald, Caroline., Porter, Ian.
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Clubroot of Crucifers: An Introspection Epilog
2021The clubroot of crucifers caused by P. brassicae is a very serious devastating disease in more than 88 countries of the world with average loss of 10–15% yield and 2–6% in oil content. The pathogen is obligate, non-axenic, microscopic, single celled, soil borne with dormant, well protected resting spores which can survive for more than 20 years.
Govind Singh Saharan +2 more
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Euphytica, 1975
In the Netherlands four clubroot races in stubble turnips are recognised and are coded a, b, c and x. The first three used to be designated respectively as Waaslander, Gelria A and Mommersteeg, the original differentials. So far no resistance to the x-race has been found.
H. Toxopeus, A. M. P. Janssen
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In the Netherlands four clubroot races in stubble turnips are recognised and are coded a, b, c and x. The first three used to be designated respectively as Waaslander, Gelria A and Mommersteeg, the original differentials. So far no resistance to the x-race has been found.
H. Toxopeus, A. M. P. Janssen
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New Zealand Journal of Agricultural Research, 1965
Abstract Field experiments were carried out to determine a suitable method for controlling clubroot of cabbages in Pukekohe. Control methods were evaluated by their efficacy both in reducing clubbing and in increasing yields. The best control was achieved by dipping the roots in a calomel slurry so that 0.05% g calomel was applied per plant.
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Abstract Field experiments were carried out to determine a suitable method for controlling clubroot of cabbages in Pukekohe. Control methods were evaluated by their efficacy both in reducing clubbing and in increasing yields. The best control was achieved by dipping the roots in a calomel slurry so that 0.05% g calomel was applied per plant.
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ACADIE: A CLUBROOT RESISTANT CABBAGE CULTIVAR
Canadian Journal of Plant Science, 1985The Acadie cabbage is resistant to races 1 and 6 (Williams 1966) or ECD16/31/30, 16/02/30 (Buczacki et al. 1975) of the clubroot pathogen, Plasmodiophora brassicae Wor. Attractiveness in color, firmness and uniformity of head size are the other main features of this cultivar. The Acadie cabbage cultivar was developed at the Agriculture Canada Research
M. S. CHIANG, R. CRÊTE
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