В книге рассмотрено современное состояние генетических ресурсов 80 наиболее
значимых и перспективных сочно-и твердоплодных плодовых, ягодных, орехоплодных …

PCR-based identification of all 13 known self-incompatibility (S) alleles of sweet cherry is
reported. Two pairs of consensus primers were designed from our previously published …

Reverse transcription of stylar RNA from three cherry cultivars representing six self-
incompatibility (S) alleles, Early Rivers (S 1 S 2), Napoleon (S 3 S 4) and Colney (S 5 S 6) …

Protein stylar extracts of 16 cultivars of sweet cherry (Prunus avium), from the 10 different
incompatibility groups to which incompatibility alleles have been assigned, were separated …

Correct assignment of sweet cherry cultivars to cross-compatibility groups is important for the
efficient production of cherry fruit. Despite considerable confusion in the literature, these …

Sweet cherries are generally self-incompatible, caused by a gametophytic self-
incompatibility system. Two genetic factors (S-alleles) determine the fertility of sweet cherry …

Most rosaceous fruit tree species exhibit gametophytic self-incompatibility (GSI). During the
last decade, much progress has been made in identifying and characterizing the S-locus …

Nuclear microsatellites were characterized in Prunus avium and validated as markers for
individual and cultivar identification, as well as for studies of pollen-and seed-mediated …

The self‐incompatibility (S) genotypes of a collection of 65 Belgian accessions of wild
cherry, selected within two populations and planted in a seed orchard, were determined …

Sweet cherry (Prunus avium L.) world production has been steadily increasing in the last
decades. Accordingly, breeders are releasing new cultivars at an unprecedented pace, in …