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Water as a source of Phytophthora spp. and their threat to growing plants

100%

Orlikowski L. B., Trzewik A., Ptaszek M., Tulacz D.

Progress in Plant Protection

2012

tom 52

nr 3

The subject of this study was the detection of Phytophthora species from different water sources such as in ponds situated in ornamental nurseries, canals draining off surplus water from nursery and rivers flowing through horticultural and forest areas. Baiting method was used for Phytophthora detection. Moreover pathogenicity of Phytophthora spp. to some plants commonly cultivated in container ornamental nursery was also estimated. The obtained isolates were identified to species on the base of their morphological features and polymerase chain reaction technique. The most often isolated were P. lacustris and P. plurivora, next P. cryptogea, P. citrophthora, and P. cactorum. In the laboratory trials all tested isolates colonized plant tissues.

Characterization of Polish Phytophthora lacustris isolates Obtained from water environments

88%

Nowak K. J., Trzewik A., Tulacz D., Orlikowska T., Orlikowski L. B.

Polish Journal of Environmental Studies

2015

tom 24

nr 2

P. lacustris sp. nov. (formerly known as Phytophthora taxon Salixsoil) was first isolated in 1972 in the UK and then in many other European countries, including Poland. The aim of this work was a morphological, physiological, and genetic characterization of the P. lacustris isolates by means of the daily growth rate, mycelium morphology, and generative and vegetative structures, depending on the temperature of incubation and growth media. In addition, the ability to colonize willow shoots and leaves was estimated. Out of 114 isolates of P. lacustris obtained from water habitats located near plant nurseries in central and southeastern Poland in 2007-10 that were identified on the basis of molecular tests which showed high diversity in colony growth patterns and daily growth rates, 10 groups were separated by means of Duncan’s test. Representatives of these 10 groups together with three reference isolates – P. lacustris P245 as the holotype, P. gonapodyides CBS 117380 as a specimen most closely related phenotypically to P. lacustris, and P. cactorum as a positive control of forest trees’ pathogen – were researched. Great heterogeneity in the growth rates and morphology of mycelium, as well as in the structure of zoosporangia and hyphal swellings, were observed. Moreover, the isolates differed in their ability to colonize the willow leaves and shoots in the in vitro tests. Some correlation may be found between the daily growth rates and colonizing abilities, and between the daily growth rate and the dimension of the sporangia. Also, a large genotypic variation between the isolates based on the fingerprint patterns generated by molecular techniques (RAPD and ISSR) was obtained.

Total and high molecular weight adiponectin levels in the rat model of post-myocardial infarction heart failure

64%

Kalisz M., Baranowska B., Wolinska-Witort E., Maczewski M., Mackiewicz U., Tulacz D., Gora M., Martynska L., Bik W.

Journal of Physiology and Pharmacology

2015

tom 66

nr 5

Ograniczanie wyników

1 Journal of Physiology and Pharmacology

1 Polish Journal of Environmental Studies

1 Progress in Plant Protection

3 Tulacz D.

2 Orlikowski L. B.

2 Trzewik A.

1 Baranowska B.

1 Bik W.

1 Gora M.

1 Kalisz M.

1 Mackiewicz U.

1 Maczewski M.

1 Martynska L.

1 Nowak K. J.

1 Orlikowska T.

1 Ptaszek M.

1 Wolinska-Witort E.

2 2015

1 2012

Wyniki wyszukiwania

Water as a source of Phytophthora spp. and their threat to growing plants

Characterization of Polish Phytophthora lacustris isolates Obtained from water environments

Total and high molecular weight adiponectin levels in the rat model of post-myocardial infarction heart failure