· In addition, the low virulence of C. cassiicola associated with its marked growth restriction at temperatures greater than 30 C (39) and its preferential habitat on crop plants and debris (51
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· Growth in hybrid tomato plants DRD 8551 inoculated with the T a13-17 strain of T. asperellum 13-17. Cuadro 2. Crecimiento en plantas de jitomate hibrido DRD 8551 inoculadas con la cepa T a13-17 de
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· Following 14 d of exposure, lettuce plants were collected for measurement of biomass, phenotypic characteristics and total chlorophyll content. We defined growth promotion of T. asperellum T1 to be the case when the majority of plant biomass, phenotypic characteristics (number of shoots and roots, fresh and dry weight) and
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Nearly pure (2R) configured linalool oxides could be synthesized by biotransformation with Corynespora cassiicola DSM 62475 from (R)- (−)-linalool. In fed-batch shaking-flask cultures, product concentrations above 1 g/L were obtained. Substrate limitation and product inhibition was shown to limit productivity, which was about 80 mg/L per day.
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· Corynespora cassiicola isolates display morphological, pathogenic, and ecological diversity, inducing target spot-like diseases in more than 500 hosts worldwide, including tomato and cucumber. Nevertheless, there is a scarce number of studies about the genetic variability of Corynespora isolates in the New World. Here, we characterized a
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· 9 Department of Plant and Microbial Biology, University of California, Berkeley, Berkeley, CA, United States. Corynespora cassiicola is an Ascomycetes fungus with a broad host range and diverse life styles. Mostly known as a necrotrophic plant pathogen, it has also been associated with rare cases of human infection.
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· Background Corynespora leaf spot is a common leaf disease occurring in sesame, and the disease causes leaf yellowing and even shedding, which affects the growth quality of sesame. At present, the mechanism of sesame resistance to this disease is still unclear. Understanding the resistance mechanism of sesame to Corynespora leaf
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:Corynespora CassiicolaTomato Isolates · Corynespora cassiicola is an important plant pathogen with a wide host range. We investigated pathogenic and genetic variation among 69 C. cassiicola isolates
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· Corynespora blight, caused by Corynespora cassiicola (Berk. & M.A. Curtis) C.T. Wei, has become an important disease affecting cucumber in China. Its management mainly depends on fungicides; however, no research has been conducted to assess the sensitivity of C. cassiicola in China to boscalid, a succinate dehydrogenase
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· Actinomycetes, a Gram positive bacteria, well reported as a source of antibiotics, also possess potential to control various plant pathogens, besides acting as plant growth promoting agent. Chemicals in different forms are extensively being used in vegetable farming, adversely affecting the environment and consumer health. Microbial
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:Publish Year:2018Corynespora Cassiicola MorphologyTomato Isolates · Nghia et al. classified C. cassiicola, isolates from rubber trees in Malaysia into 12 different groups based on mycelial growth rate, with mycelial growth ranging
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· In this study, a new Meyerozyma caribbica strain, NJC41, was isolated from C. cassiicola-infected soybean plants in China and identified by ITS and LSU sequencing. NJC41 inhibited C. cassiicola mycelial growth, and showed high colonization ability in soybean pods, maintaining its population for one week.
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· Based on the morphology, pathogenicity, and sequence results, this study becomes the first report of C. cassiicola causing target spot on soybean in Taiwan. C. cassiicola is known to infect a broad host range ( Lopez et al. 2018 ), and it has been found to infect tomato, cucumber, papaya, and Salvia miltiorrhiza in Taiwan ( Lu et al. 2019;
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· They observed six phylogenetic lineages (PL) correlated with pathogenicity, host plants and growth rate but could not explain the geographical origin of isolates. In China, C. cassiicola isolates from Hevea were differentiated by hosts based on ISSR markers (Qi).
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· bited the mycelial growth of C. cassiicola ITC23, C. lunata ITC22, and F. equiseti ITC32. 2.3. Corynespora cassiicola–Solanum of promoting plant growth, other benefits, and t heir biological
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· cassiicola was fast, and the average mycelium growth rate was about 5 mm/d, while at 37 C, the mycelium growth rate was slow, with almost no growth. The colonies have a white, velvety, or somewhat floccose surface ( Figure 3a ), becoming greyish brown from the central zone, and a dark brown reverse ( Figure 3b ) at 26 °C and
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· Much like many of the organisms that cause foliar diseases in soybean, the overwintering strategy for C. cassiicola is an important method for survival between seasons. In general, C. cassiicola has been reported to overwinter on infected soybean debris, weeds, and seed which can all serve as a source of primary inoculum for the
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· Isolates of C.cassiicola A total of 22 C. cassiicola isolates, deposited in the Environment and Plant Protection Institute, Chinese Academy of Tropical Agricultural Sciences, was used in this study (Table 1).Eleven isolates came from a previous study, which revealed C. cassiicola to be a causal agent of CLF disease in Hevea rubber
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· However, many other plants can support C. cassiicola growth as a pathogen, endophyte or saprotroph (Dixon et al. 2009). Our results demonstrate that, even though outbreaks of CLF disease have not yet occurred in South America, C. cassiicola is present in rubber trees on the American continent.
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· Corynespora leaf fall disease (CLFD), caused by Corynespora cassiicola, is one of the most important fungal diseases of H. brasiliensis, resulting in severe damages to the natural rubber industry around the world.Distribution of C. cassiicola has been observed in many ecological regions with a wide host spectrum of over 400 plant
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· Introduction Corynespora cassiicola (Berk. & M. A. Curtis) is an Ascomycetes fungus responsible for diseases in a wide range of plants (Farr and Rossman, 2016), mainly in tropical and subtropical areas or greenhouses.It has also been found in nematodes (Carris et al., 1986), sponges (Zhao et al., 2015) and in rare cases of human
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:Corynespora CassiicolaGenome SequencePublish Year:2020 · In this study, a new Meyerozyma caribbica strain, NJC41, was isolated from C. cassiicola-infected soybean plants in China and identified by ITS and LSU
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: Xiangyu Wang, Di Zhang, Na Cui, Yang Yu, Guangchao Yu, Haiyan Fan · C. cassiicola is known to infect a broad host range (Lopez et al. 2018), and it has been found to infect tomato, cucumber, papaya, and Salvia miltiorrhiza in
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· Corynespora leaf spot, which is caused by Corynespora cassiicola (Berk. & M. A. Curtis) C.T. Wei (C. cassiicola), has been globally reported in many plant species. ‘Hongyang’ was reported as highly sensitive kiwifruit cultivar to C. cassiicola. This cultivar is an important germplasm resource in the Actinidiaceae family and is widely cultivated
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· Corynespora cassiicola is a fungal pathogen causing Corynespora Leaf Fall disease (CLF) in rubber trees (Hevea brasiliensis). CLF has great economic impact in rubber-producing countries. However, the molecular mechanisms involved in the pathogenicity of C. cassiicola remain poorly understood. Mitogen-activated protein
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· Corynespora cassiicola is a ubiquitous fungus causing emerging plant diseases worldwide, including target spot of cotton, soybean, and tomato, which have rapidly increased in incidence and
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· A new fungal pathogen, Corynespora cassiicola was isolated from infected pomegranates from orchards of Maharashtra. It causes a mild form of rot in pomegranates. The pathogen was isolated from only 5.12% of infected pomegranates of Bhagwa and Ganesh varieties. It produced approximately 12 mm rot on artificially
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has been found on plant leaves, stems, and roots; nematode cysts; and human skin (3,5,8,9,19,29,30,41). More than 530 plant species from 380 genera, including monocots, dicots, ferns, and one cycad, have been reported to support the growth of C. cassiicola
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Pathogenicity of Corynespora cassiicola to different plant species. Flávia A. Cutrim, G. S. Silva. Published 1 April 2003. Biology, Environmental Science, Agricultural and Food Sciences. Fitopatologia Brasileira. TLDR. It is suggested that tomato plants should not be cultivated in association with or closely to squash, cucumber, pepper, okra
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:Corynespora CassiicolaPublish Year:2021 · cassiicola was fast, and the average mycelium growth rate was about 5 mm/d, while at 37 C, the mycelium growth rate was slow, with almost no growth. The
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