Holter Monitoring in Symptomatic Idiopathic Mitral Valve Prolapse Syndrome

Shin, Ki Soon; Shin, Yung-Woo; Shin, Yeong-Kee

doi:10.4070/kcj.1984.14.1.61

Cited by 2 publications

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“…In addition to the already mentioned papers of Witt Nystrm ([WN15]), Eckl ([Eckl17]), and Kürona-Lozovanu ([KL15a], [KL17]), during the final revision of this paper the work of Shin [Sh17] appeared as a preprint. Starting from the same data of a big divisor over a projective manifold of dimension n and the choice of r different points, he gave a construction of an extended Okounkov Body • , .…”

Section: Related Workmentioning

confidence: 99%

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Multipoint Okounkov bodies

Trusiani¹

2018

Preprint

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Starting from the data of a big line bundle L on a projective manifold X with a choice of N ≥ 1 different points on X we give a new construction of N Okounkov bodies which encodes important geometric features of (L → X; p1, . . . , pN ) such as the volume of L, the (moving) multipoint Seshadri constant of L at p1, . . . , pN , and the possibility to construct Khler packings centered at p1, . . . , pN . Toric manifolds and surfaces are examined in detail.

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Section: Related Workmentioning

confidence: 99%

“…In the ample case thanks to the Serre's vanishing Theorem, the multipoint Okounkov bodies can be recovered from the extended Okounkov body as projections after suitable subdivisions. Precisely, with the notation given in [Sh17], we get…”

Section: Related Workmentioning

confidence: 99%

Multipoint Okounkov bodies

Trusiani¹

2018

Preprint

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“…Synthetic fungicides have been the growers' choice for controlling oomycete diseases in commercial production because crop rotation and other cultural strategies have provided only limited relief. The newly registered fungicide fluopicolide effectively controls oomycete plant pathogens such as P. infestans (3,15,25), P. capsici (5,14,28), Pseudoperonospora cuhensis (6,23), and Plasmopara viticola (30). However, fungicide resistance among oomycetes has been frequently reported (1,2,7).…”

mentioning

confidence: 97%

Wild Type Sensitivity and Mutation Analysis for Resistance Risk to Fluopicolide in Phytophthora capsici

et al. 2011

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Lu, X. H., Hausbeck, M. K., Liu, X. L., and Hao, J. J. 2011. Wild type sensitivity and mutation analysis for resistance dsk to fluopicolide in Phytophtlwra capsici. Plant Dis. 95:1535-1541.Crown, root, and fruit rot caused by Phytophthora capsici is an increasing problem for vegetable growers in Michigan and the United States. The newly registered fungicide tluopicolide is effective to limit crop loss but the potential for P. capsici to develop resistance is not well known. A laboratory study assessed the risk of P. capsici developing resistance to fluopicolide. Baseline sensitivity to fluopicolide was determined using 126 P. capsici Michigan isolates. Values of effective concentrations for 50% inhibition of mycelial growth ranged from 0.08 to 0.24 |ig/ml and were distributed as a unimodal curve, indicating that all isolates were sensitive to fluopicolide. Mutants resistant to fluopicolide were obtained from five isolates by screening zoospores on fluopicolide-amended (5 |ig/ml) media at a mutation frequency above 1.0 X 10"^. The mutant isolates were clustered with either intermediate (resistance factor [RF] = 3.53 to 77.91) or high (RF = 2481.40 to 7034.79) resistance. Resistance was stable through 10 mycelial transfers on fungicide-free medium. All resistant mutants showed similar fitness in zoospore production, cyst germination, and virulence compared with their sensitive parents, with tew exceptions. No cross-resistance was detected between tluopicolide and five other fungicides. There could be a moderately high dsk of field populations of P. capsici developing resistance to fluopicolide, and populations should be monitored.

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Holter Monitoring in Symptomatic Idiopathic Mitral Valve Prolapse Syndrome

Cited by 2 publications

References 0 publications

Multipoint Okounkov bodies

Multipoint Okounkov bodies

Wild Type Sensitivity and Mutation Analysis for Resistance Risk to Fluopicolide in Phytophthora capsici

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