Matches in SemOpenAlex for { <https://semopenalex.org/work/W2057841582> ?p ?o ?g. }
- W2057841582 endingPage "383" @default.
- W2057841582 startingPage "370" @default.
- W2057841582 abstract "Grasses are the most important and widely cultivated crops. Among them, ryegrasses (Lolium spp.) and fescues (Festuca spp.) provide high quality fodder for livestock, are used for turf and amenity purposes, and play a fundamental role in environment protection. Species from the two genera display complementary agronomic characteristics and are often grown in mixtures. Breeding efforts to combine desired features in single entities culminated with the production of Festuca x Lolium hybrids. The so called Festuloliums enjoy a considerable commercial success with numerous cultivars registered all over the world. They are also very intriguing from a strictly cytogenetic point of view as the parental chromosomes recombine freely in hybrids. Until a decade ago this phenomenon was only known in general quantitative terms. The introduction of molecular cytogenetic tools such as FISH and GISH permitted detailed studies of intergeneric chromosome recombination and karyotyping of Festulolium cultivars. These tools were also invaluable in revealing the origin of polyploid fescues, and facilitated the development of chromosome substitution and introgression lines and physical mapping of traits of interest. Further progress in this area will require the development of a larger set of cytogenetic markers and high-resolution cytogenetic maps. It is expected that the Lolium-Festuca complex will continue providing opportunities for breeding superior grass cultivars and the complex will remain an attractive platform for fundamental research of the early steps of hybrid speciation and interaction of parental genomes, as well as the processes of chromosome pairing, elimination and recombination." @default.
- W2057841582 created "2016-06-24" @default.
- W2057841582 creator A5008248694 @default.
- W2057841582 creator A5032578926 @default.
- W2057841582 creator A5063337128 @default.
- W2057841582 date "2008-01-01" @default.
- W2057841582 modified "2023-10-16" @default.
- W2057841582 title "Cytogenetics of Festulolium (<i>Festuca </i>×<i> Lolium</i> hybrids)" @default.
- W2057841582 cites W1016523179 @default.
- W2057841582 cites W1421023451 @default.
- W2057841582 cites W1541014504 @default.
- W2057841582 cites W1568113260 @default.
- W2057841582 cites W1891626864 @default.
- W2057841582 cites W1904584989 @default.
- W2057841582 cites W1967355303 @default.
- W2057841582 cites W1970018807 @default.
- W2057841582 cites W1972944353 @default.
- W2057841582 cites W1973405238 @default.
- W2057841582 cites W1973613849 @default.
- W2057841582 cites W1973987097 @default.
- W2057841582 cites W1976067983 @default.
- W2057841582 cites W1977857300 @default.
- W2057841582 cites W1984583545 @default.
- W2057841582 cites W1990483164 @default.
- W2057841582 cites W1991090330 @default.
- W2057841582 cites W1994765065 @default.
- W2057841582 cites W1995850547 @default.
- W2057841582 cites W1996019085 @default.
- W2057841582 cites W1998221447 @default.
- W2057841582 cites W1999275754 @default.
- W2057841582 cites W2001893517 @default.
- W2057841582 cites W2003467432 @default.
- W2057841582 cites W2004733122 @default.
- W2057841582 cites W2010153285 @default.
- W2057841582 cites W2010672627 @default.
- W2057841582 cites W2010679517 @default.
- W2057841582 cites W2011867733 @default.
- W2057841582 cites W2011959995 @default.
- W2057841582 cites W2012951034 @default.
- W2057841582 cites W2014445236 @default.
- W2057841582 cites W2017828249 @default.
- W2057841582 cites W2019091649 @default.
- W2057841582 cites W2026170870 @default.
- W2057841582 cites W2030936836 @default.
- W2057841582 cites W2031533250 @default.
- W2057841582 cites W2033941109 @default.
- W2057841582 cites W2035393533 @default.
- W2057841582 cites W2036899304 @default.
- W2057841582 cites W2037008702 @default.
- W2057841582 cites W2040796918 @default.
- W2057841582 cites W2045881856 @default.
- W2057841582 cites W2049783937 @default.
- W2057841582 cites W2058726968 @default.
- W2057841582 cites W2059379600 @default.
- W2057841582 cites W2059822106 @default.
- W2057841582 cites W2064572243 @default.
- W2057841582 cites W2064795349 @default.
- W2057841582 cites W2068360123 @default.
- W2057841582 cites W2070802221 @default.
- W2057841582 cites W2070856259 @default.
- W2057841582 cites W2072881423 @default.
- W2057841582 cites W2075788850 @default.
- W2057841582 cites W2081769394 @default.
- W2057841582 cites W2082921905 @default.
- W2057841582 cites W2087547025 @default.
- W2057841582 cites W2088549716 @default.
- W2057841582 cites W2090382498 @default.
- W2057841582 cites W2103520801 @default.
- W2057841582 cites W2112676729 @default.
- W2057841582 cites W2117743239 @default.
- W2057841582 cites W2125275497 @default.
- W2057841582 cites W2128490606 @default.
- W2057841582 cites W2128884353 @default.
- W2057841582 cites W2130176820 @default.
- W2057841582 cites W2133513945 @default.
- W2057841582 cites W2134399532 @default.
- W2057841582 cites W2139902826 @default.
- W2057841582 cites W2148735275 @default.
- W2057841582 cites W2149504660 @default.
- W2057841582 cites W2151832595 @default.
- W2057841582 cites W2156369225 @default.
- W2057841582 cites W2244262588 @default.
- W2057841582 cites W2303495921 @default.
- W2057841582 cites W2312284956 @default.
- W2057841582 cites W2324718674 @default.
- W2057841582 cites W2325531847 @default.
- W2057841582 cites W2333118475 @default.
- W2057841582 cites W2333866436 @default.
- W2057841582 cites W2411356653 @default.
- W2057841582 cites W2417061490 @default.
- W2057841582 cites W2478221615 @default.
- W2057841582 cites W2478577034 @default.
- W2057841582 cites W2492749108 @default.
- W2057841582 cites W296828976 @default.
- W2057841582 cites W3087233054 @default.
- W2057841582 cites W643346598 @default.
- W2057841582 cites W2057796759 @default.
- W2057841582 doi "https://doi.org/10.1159/000121086" @default.