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• W2011898786 abstract "Forest tree improvement programs benefit from the emergence of new biotechnological strategies that complement plant developmental biology and discovery of genes associated with complex multigenic traits. Recently, significant progress has been made in the area of plant regeneration via somatic embryogenesis (SE) for economically important tree species (e.g. pines). These advances have opened up new scenarios for deployment of new high-performance clonally replicated planting stock to forest plantations and may also be a valuable tool for the development of efficient gene transfer techniques. Although high rates of plant propagation from axillary shoot proliferation can be achieved easily in many Eucalyptus species, even higher multiplication rates through SE have been recorded in other tree species. If the clonal propagation of Eucalyptus through SE proves to be an effective propagation method, it has the potential to meet the increasing industrial demands for high-quality uniform materials and to rapidly capture the benefits of breeding programs. Since 2002 a reproducible protocol for SE induction from mature zygotic embryos of E. globulus has been available. However, for SE to be useful in E. globulus improvement programs, the frequency of SE initiation, maturation, germination and acclimatisation needs to be improved and controlled. If this technology could be extended to elite germplasm, it would become an economically feasible tool for large-scale production and delivery of improved planting stock. This is one of the greatest current challenges in Eucalyptus tissue culture. In this review we update the most important aspects of SE in Eucalyptus with particular emphasis on E. globulus. We highlight both genetic control and the influence of different environmental factors in the SE process (e.g. medium composition, antioxidants, light and plant growth regulators), from induction to plant acclimatisation in both primary and secondary SE." @default.
• W2011898786 created "2016-06-24" @default.
• W2011898786 creator A5006197595 @default.
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• W2011898786 creator A5091741378 @default.
• W2011898786 date "2013-07-01" @default.
• W2011898786 modified "2023-10-16" @default.
• W2011898786 title "Plant regeneration by somatic embryogenesis in<i>Eucalyptus</i>spp.: current status and future perspectives" @default.
• W2011898786 cites W107803781 @default.
• W2011898786 cites W1264646771 @default.
• W2011898786 cites W1528565557 @default.
• W2011898786 cites W1554735240 @default.
• W2011898786 cites W157273886 @default.
• W2011898786 cites W171050959 @default.
• W2011898786 cites W1731371501 @default.
• W2011898786 cites W1812420957 @default.
• W2011898786 cites W1964846605 @default.
• W2011898786 cites W1977150815 @default.
• W2011898786 cites W1982594962 @default.
• W2011898786 cites W1985154941 @default.
• W2011898786 cites W1985536830 @default.
• W2011898786 cites W1987111535 @default.
• W2011898786 cites W1987648173 @default.
• W2011898786 cites W1988714579 @default.
• W2011898786 cites W1989361311 @default.
• W2011898786 cites W1990043924 @default.
• W2011898786 cites W1993312343 @default.
• W2011898786 cites W199990083 @default.
• W2011898786 cites W2004986936 @default.
• W2011898786 cites W2010616086 @default.
• W2011898786 cites W2014428572 @default.
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• W2011898786 cites W2016039130 @default.
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• W2011898786 cites W2022732362 @default.
• W2011898786 cites W2024556021 @default.
• W2011898786 cites W2025003627 @default.
• W2011898786 cites W2025633004 @default.
• W2011898786 cites W2027100547 @default.
• W2011898786 cites W2036092331 @default.
• W2011898786 cites W2040243218 @default.
• W2011898786 cites W2041378559 @default.
• W2011898786 cites W2045323791 @default.
• W2011898786 cites W2048684043 @default.
• W2011898786 cites W2058137149 @default.
• W2011898786 cites W2067209812 @default.
• W2011898786 cites W2068251760 @default.
• W2011898786 cites W2069671139 @default.
• W2011898786 cites W2070368374 @default.
• W2011898786 cites W2077545872 @default.
• W2011898786 cites W2081397332 @default.
• W2011898786 cites W2083881762 @default.
• W2011898786 cites W2087538111 @default.
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• W2011898786 cites W2147560392 @default.
• W2011898786 cites W2156385913 @default.
• W2011898786 cites W2162526240 @default.
• W2011898786 cites W2165115470 @default.
• W2011898786 cites W2171951092 @default.
• W2011898786 cites W2174313637 @default.
• W2011898786 cites W2178180982 @default.
• W2011898786 cites W2235324684 @default.
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• W2011898786 doi "https://doi.org/10.2989/20702620.2013.785115" @default.
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