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Author(s): Ducos JP (Ducos, Jean-Paul); Terrier B (Terrier, Benedicte); Courtois D (Courtois, Didier)
Title: Disposable Bioreactors for Plant Micropropagation and Mass Plant Cell Culture
Source: DISPOSABLE BIOREACTORS 115: 89-115
Date: 2009
Document Type: Book in series : Article
DOI: 10.1007/10_2008_28
Language: English
Comment:
Address: Nestle R&D Ctr Tours, F-37097 Tours 2, France.
Reprint: Ducos, JP, Nestle R&D Ctr Tours, 101 Ave Gustave Eiffel,BP 49716, F-
37097 Tours 2, France. E-mail:
Author Keywords: Box-in-bag; Coffee; Scaling-up; Slug bubble; Somatic embryogenesis;
Somatic seedling; Temporary immersion; Wave and undertow
KeyWords Plus: TEMPORARY IMMERSION SYSTEMS; LIQUID-MEDIUM; SOMATIC EMBRYOS; SUSPENSION
CULTURES; RECOMBINANT PROTEINS; EXPRESSION; REGENERATION;
EMBRYOGENESIS; APPARATUS; GROWTH
Abstract: Different types of bioreactors are used at Nestle R&D Centre - Tours for mass propagation of selected plant varieties by somatic embryogenesis and for large scale culture of plants cells to produce metabolites or recombinant proteins. Recent studies have been directed to cut down the production costs of these two processes by developing disposable cell culture systems. Vegetative propagation of elite plant varieties is achieved through somatic embryogenesis in liquid medium. A pilot scale process has recently been set up for the industrial propagation of Coffea canephora (Robusta coffee). The current production capacity is 3.0 million embryos per year. The pre-germination of the embryos was previously conducted by temporary immersion in liquid medium in 10-L glass bioreactors. An improved process has been developed using a 10-L disposable bioreactor consisting of a bag containing a rigid plastic box ('Box-in-Bag' bioreactor), insuring, amongst other advantages, a higher light transmittance to the biomass due to its horizontal design. For large scale cell culture, two novel flexible plastic-based disposable bioreactors have been developed from 10 to 100 L working volumes, validated with several plant species ('Wave and Undertow' and 'Slug Bubble' bioreactors). The advantages and the limits of these new types of bioreactor are discussed, based mainly on our own experience on coffee somatic embryogenesis and mass cell culture of soya and tobacco.
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