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12 results for “Pratylenchus”
Figure 1 in Evaluation of perennial Glycine species for response to Meloidogyne incognita, Rotylenchulus reniformis, and Pratylenchus penetrans
Figure 1: Representative images of soybean and perennial Glycine species roots at 8 weeks post-inoculation of Meloidogyne incognita. Gall index rating is given in parentheses A, susceptible check G. max cv. Pickett 71. B, resistant check G. max cv. Forrest. C, G. tomentella PI 339655. D, G. latifolia PI 559298. E, G. latifolia PI 559300. F, G. tabacina PI 373990.
Figure 4 in Dynamics of the impacts of Pratylenchus penetrans on Gisela® cherry rootstocks
Figure 4: Relationships between running average Pratylenchus penetrans population densities and trunk cross-sectional areas (TCSA) for three different cherry training systems on Gisela 3 (left), Gisela 5 (center), and Gisela 6 (right) rootstocks at the end of 2017 at the Summerland, British Columbia site. Training systems: KGB, Kym Greene Bush; TSA, Tall Spindle Axe; UFO, Upright Fruiting Offshoot.
Figure 3 in Dynamics of the impacts of Pratylenchus penetrans on Gisela® cherry rootstocks
Figure 3: Relationships between running average Pratylenchus penetrans population densities and trunk cross-sectional areas (TCSA) for three different cherry tree training systems on Gisela 3 rootstock from 2013 through 2016 at the Summerland, British Columbia site. Training systems: KGB, Kym Greene Bush; TSA, Tall Spindle Axe; UFO, Upright Fruiting Offshoots.
Figure 2 in Dynamics of the impacts of Pratylenchus penetrans on Gisela® cherry rootstocks
Figure 2: Temporal dynamics of the biomass of fine roots (<2 mm diameter) (g dry root/kg dry soil) under Gi.3, Gi.5, and Gi.6 trees during the course of the study, at the Summerland, British Columbia (BC, solid lines) and Kentville, Nova Scotia (NS, dashed lines) sites.
Figure 1 in Dynamics of the impacts of Pratylenchus penetrans on Gisela® cherry rootstocks
Figure 1: Population densities of Pratylenchus penetrans (per kg soil, roots inclusive) under Gi.3, Gi.5, and Gi.6 trees during the course of the study, at the Summerland, British Columbia (BC, solid lines) and Kentville, Nova Scotia (NS, dashed lines) sites. Error bars represent one standard deviation above the minimum value at each date.
FIGURE 1. Pratylenchus quasitereoides n in Pratylenchus quasitereoides n. sp. from cereals in Western Australia
FIGURE 1. Pratylenchus quasitereoides n. sp. adult female. A—whole body, B—head and oesophagus (median focus), C—reproductive system, D—tail, E—head surface, F—body surface at oesophago-intestinal junction, G—tail surface. Scale bars represent 20 µm.
FIGURE 2 in Pratylenchus quasitereoides n. sp. from cereals in Western Australia
FIGURE 2. Bootstrap consensus cladogram inferred using the Neighbor-Joining method on number of nucleotides different (NJ-ND). The percentages of replicate trees in which the associated taxa clustered together in 1000 bootstrap replicates are shown next to the branches where>50%. The tree is rooted with a sequence from Zygotylenchus guevari. Genbank identifier precedes species name and population or subspecies designation.
Supplementary material 1 from: Kim D, Chun J-Y, Lee K-Y (2016) Morphometric and molecular characterization of populations of Pratylenchus kumamotoensis and P. pseudocoffeae (Nematoda, Pratylenchidae) newly recorded in Korea. ZooKeys 600: 1-5. https://doi.org/10.3897/zookeys.600.8508
Analysis of ITS2 and D2-d3 segment sequences of Pratylenchus kumamotoensis and Pratylenchus pseudocoffeae. : Explanation note:
Data from: Identification of candidate effector genes of Pratylenchus penetrans
Pratylenchus penetrans is one of the most important species among root lesion nematodes (RLNs) due to the detrimental and economic impact that it causes in a wide range of crops. Similar to other plant-parasitic nematodes (PPNs), P. penetrans harbors a significant number of secreted proteins that play key roles during parasitism. Here we combined spatially and temporally resolved next generation sequencing datasets of P. penetrans to select a list of candidate genes aimed at the identification of a panel of effector genes for this species. We determined the spatial expression of transcripts of 22 candidate effectors within the esophageal glands of P. penetrans by in situ hybridization. These comprised homologues of known effectors of other PPNs with diverse putative functions, as well as novel pioneer effectors specific to RLNs. It is noteworthy that five of the pioneer effectors encode extremely proline-rich proteins. We then combined in situ localization of effectors with available genomic data to identify a non-coding motif enriched in promoter regions of a subset of P. penetrans effectors, and thus a putative hallmark of spatial expression. Expression profiling analyses of a subset of candidate effectors confirmed their expression during plant infection. Our current results provide the most comprehensive panel of effectors found for RLNs. Considering the damage caused by P. penetrans, this information provides valuable data to elucidate the mode of parasitism of this nematode and offers useful suggestions regarding the potential use of P. penetrans-specific target effector genes to control this important pathogen. This article is protected by copyright. All rights reserved.
Data from: Identification of candidate effector genes of Pratylenchus penetrans
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Identification of early response genes to Pratylenchus coffeae in resistant ramie by digital gene expression analysis
GEO Series GSE64974. Boehmeria nivea. 2 samples. Type: Expression profiling by high throughput sequencing.
A SYSTEMATIC REVIEW OF THE EFFECTS OF ARBUSCULAR MYCORRHIZAL FUNGI ON ROOT-LESION NEMATODES, PRATYLENCHUS SPP.
<p>Supplementary material for: "A systematic review of the effects of arbuscular mycorrhizal fungi on root-lesion nematodes <em>Pratylenchus</em> spp." published in <em>Frontiers in Plant Science</em> 11, 923, and for "Appendix A" of the PhD thesis entitled <strong>"</strong>The interaction between arbuscular mycorrhizal fungi, rhizobia and root-lesion nematodes (Pratylenchus thornei) in mung bean (Vigna radiata)" by Elaine C Gough</p> <p>The Supplementary material can also be found online at https://www.frontiersin.org/articles/10.3389/fpls.2020.<br> 00923/full#supplementary-material</p>
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OpenNeuro
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