S-allele identification by PCR analysis in Lithuanian sweet cherries

Stanys, V.; Stanyte, Rugile; Stanienė, G.; Vinskienė, Jurgita

doi:10.2478/v10054-008-0005-9

Cited by 13 publications

(6 citation statements)

References 16 publications

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“…S-allele combinations of western sweet cherry germplasm and sweet cherry genotypes from the breeding programs in Europe, Canada and the U.S. have previously been determined (Wiersma et al, 2001;Sonneveld et al, 2001Sonneveld et al, , 2003Tobutt et al, 2001Tobutt et al, , 2004De Cuyper et al, 2005;Schuster et al, 2007;Marchese et al, 2007;Gisbert et al, 2008;Lacis et al, 2008;Stanys et al, 2008). These studies on the S-genotyping of sweet cherry assigned the sweet cherry genotypes to various incompatibility groups, which is useful for both sweet cherry growers and breeders.…”

Section: Resultsmentioning

confidence: 99%

“…Schuster et al (2007) extended it to 35 after S-genotyping sweet cherry accessions and cultivars in the German Fruit Gene Bank and private collections. With recent studies on the S-genotyping of sweet cherry genotypes by Marchese et al (2007), Gisbert et al (2008) and Stanys et al (2008), the number of incompatibility groups has reached 41. Our results from the S-genotyping of 35 Turkish sweet cherry genotypes suggested additional three incompatibility groups and we proposed incompatibility groups XLII, XLIII and XLIV.…”

Section: Resultsmentioning

confidence: 99%

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Determination of self-incompatibility groups of sweet cherry genotypes from Turkey

İpek

Gülen²,

Me³

et al. 2011

Genet. Mol. Res.

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ABSTRACT. Determination of S-allele combinations of sweet cherry genotypes and cultivars has importance for both growers and breeders. We determined S-allele combinations of 40 local Turkish sweet cherry genotypes using a PCR-based method. Ten different S-alleles were detected. Although the most common S-allele was S 3 , as also found in Western genotypes and cultivars, there were some differences in the frequencies of some S-alleles between Turkish and Western sweet cherry genotypes. According to their S-allele compositions, 30 local Turkish sweet cherry genotypes were assigned to 10 previously identified incompatibility groups. For the remaining genotypes, whose S-allele combinations did not fit to any previous incompatibility groups, three more incompatibility groups, XLII, XLIII and XLIV, were proposed. Results obtained from this study will help both sweet cherry growers and breeders to better manage these local Turkish sweet cherry genotypes in their orchards.

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Section: Resultsmentioning

confidence: 99%

Section: Resultsmentioning

confidence: 99%

Determination of self-incompatibility groups of sweet cherry genotypes from Turkey

İpek

Gülen²,

Me³

et al. 2011

Genet. Mol. Res.

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“…Most genotypes of sweet cherries cultivated so far have been of German, French and American origin. The cultivation of sweet cherry cultivars in Lithuania began in the early 20 th century, and it was then that the first Lithuanian cultivars were created (Stanys et al 2008). The expectations of Polish fruit growers are directed towards an improvement in the cultivation and production of frost-resistant cultivars.…”

Section: Introductionmentioning

confidence: 99%

Yielding and fruit quality of Lithuanian sweet cherry cultivars grown under the climatic and soil conditions of Warmia

Bieniek

Kawecki

Kopytowski

et al. 2012

Folia Horticulturae

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In 2006-2008, yielding was determined and biometric measurement as well as chemical analysis was carried out for five Lithuanian sweet cherry cultivars, 'Agila', 'Seda', 'Vasare', 'Ventenue', and 'Jurgita', and two cultivars commonly grown in Poland, 'Ulster' and 'Burlat'. Trees grafted on Mazzard seedlings were planted in 2002 in the orchard of the Pozorty Experimental and Production Institute in the village of Łęgajny near Olsztyn. The highest mean yield for the tested cultivars was obtained in 2008, while the lowest was in 2007, when the highest ground frosts were recorded during the cherry blossoming period. During the three years of research, the highest mean yield for the Lithuanian sweet cherry cultivars was established for the 'Vasare' cultivar, which together with the 'Burlat' cultivar made a homogenous group of the highest values. The mean fruit weight of the Lithuanian cultivars was lower than in the case of 'Burlat' and 'Ulster', while the largest fruit amongst the Lithuanian cultivars were recorded for 'Jurgita' and 'Agila'. The chemical composition analysis of fruit revealed significant differences both between the cultivars and the years of the research. The fruits of the studied cultivars accumulated the lowest amounts of total saccharides and vitamin C in the coolest year under analysis, 2007. The highest mean of total saccharide content was recorded for fruit of the 'Vasare' and 'Seda' cultivars. Fruit of the 'Agila' cultivar accumulated the highest amounts of organic acids and vitamin C.

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“…The analysis of the similarity between the materials from the evaluated deciduous collection showed high homogeneity, with associations responding to morphological characteristics of varieties, specially related to fruit (Stanys et al, 2008). In addition, it was established that the materials that are believed to be the same (Chileno and Chileno-2) were found to be two different materials from Chile.…”

Section: Resultsmentioning

confidence: 91%

Molecular characterization of the plum collection [Prunus domestica (L.) Borkh] of the Pedagogical and Technological University of Colombia

Morillo

Morillo²,

Hernando³

et al. 2015

Afr. J. Biotechnol.

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Eight Random Amplified Microsatellite markers (RAMs) were used to characterize the genetic diversity found in 14 Prunus materials belonging to the deciduous collection of the Pedagogical and Technological University of Colombia. A total of 121 bands were generated: they range from nine for the GT primer to 26 for the ACA primer, and have molecular weights between 100 and 2050 Kb. At a Nei-Li similarity level of 0.75, four groups were formed, according to the characteristics of the fruit. The number of polymorphic loci varied between 8 (GT and AG) and 21 (ACA); the higher levels of heterozygosity were CA (0.43) and CT (0.41). The average value of heterozigosity for the total population was 0.35, much lower than those found in other Prunus species, but higher than other fruit species where RAM markers were used. Therefore, strategies must be deployed for the collections in order to increase genetic variability, such as the introduction of wild or hybrid materials. The RAM technique proved useful as a method for assessing genetic diversity in species of the Prunus genus.

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S-allele identification by PCR analysis in Lithuanian sweet cherries

Cited by 13 publications

References 16 publications

Determination of self-incompatibility groups of sweet cherry genotypes from Turkey

Determination of self-incompatibility groups of sweet cherry genotypes from Turkey

Yielding and fruit quality of Lithuanian sweet cherry cultivars grown under the climatic and soil conditions of Warmia

Molecular characterization of the plum collection [Prunus domestica (L.) Borkh] of the Pedagogical and Technological University of Colombia

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