Titlebook: Liquid Culture Systems for in vitro Plant Propagation; Anne Kathrine Hvoslef-Eide,Walter Preil Book 2005 Springer Science+Business Media B

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書(shū)目名稱(chēng)Liquid Culture Systems for in vitro Plant Propagation讀者反饋




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Offset

Control of growth and differentiation of bioreactor cultures of , by environmental parametersema development, thus showing a distinct effect on moss differentiation. The impact on research and plant biotechnological applications of the potential to control moss growth and differentiation by environmental parameters is discussed.

熱心

ations are detailed from crops.Uses a wide range of techniqu.High-efficiency micropropagation, with relatively low labour costs, has been demonstrated in this unique book detailing liquid media systems for plant tissue culture. World authorities (e.g. von Arnold, Curtis, Takayama, Ziv) contribute se

Proponent

Shoot regeneration from nodules of , sp.: A comparison of semisolid, liquid and temporary immersion submerged and temporary immersion (TI) conditions. Shoot hyperhydration was lowest in a TI system with one 5 min immersion every 24 hours. When compared on a per container base, large amounts of shoots could be produced in the TI system with less labour input than in the system with semisolid medium.

議程

Book 2005t tissue culture. World authorities (e.g. von Arnold, Curtis, Takayama, Ziv) contribute seminal papers together with papers from researchers across Europe that are members of the EU COST Action 843 "Advanced micropropagation systems". First-hand practical applications are detailed for crops – includ

似少年

Cost-effective mass cloning of plants in liquid media using a novel growtek bioreactortion by 12 – 18 % and reduced incubation time by 16– 42 %. Thousands of . plantlets raised in this bioreactor have been field tested. Additionally, it was found to be effective for hairy root culture of ..

Hla461

indoctrinate

conduct

Application of bioreactor design principles to plant micropropagationiquid suspension bioreactors. Although micropropagated plants have a relatively low biological oxygen demand (BOD), the relatively large tissue size and localization of BOD in meristematic regions will typically result in oxygen mass transfer limitations in liquid culture. In contrast to the typical

創(chuàng)造性

Bioreactor design for propagation of somatic embryosn from cells into somatic embryos (“clonal or somatic seeds”). This was made possible through cooperation in COST87 by a European network in a working group on regeneration from plant cell cultures. The bioreactor design provides gentle stirring through a slow-speed stirrer that regularly changes di