The Experts below are selected from a list of 151545 Experts worldwide ranked by ideXlab platform
Vincent Petiard - One of the best experts on this subject based on the ideXlab platform.
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two new disposable Bioreactors for plant cell culture the wave and undertow Bioreactor and the slug bubble Bioreactor
Biotechnology and Bioengineering, 2007Co-Authors: Benedicte Terrier, Didier Courtois, Nicolas Henault, Arnaud Robert Gilles Cuvier, Maryse Bastin, Aziz Aknin, Julien Dubreuil, Vincent PetiardAbstract:The present article describes two novel flexible plastic-based disposable Bioreactors. The first one, the WU Bioreactor, is based on the principle of a wave and undertow mechanism that provides agitation while offering conveni- ent mixing and aeration to the plant cell culture contained within the Bioreactor. The second one is a high aspect ratio bubble column Bioreactor, where agitation and aeration are achieved through the intermittent generation of large dia- meter bubbles, ''Taylor-like'' or ''slug bubbles'' (SB bio- reactor). It allows an easy volume increase from a few liters to larger volumes up to several hundred liters with the use of multiple units. The cultivation of tobacco and soya cells producing isoflavones is described up to 70 and 100 L working volume for the SB Bioreactor and WU Bioreactor, respectively. The Bioreactors being disposable and pre- sterilized beforeuse, cleaning,sterilization, andmaintenance operations are strongly reduced or eliminated. Both bior- eactors represent efficient and low cost cell culture systems, applicable to various cell cultures at small and medium scale, complementary to traditional stainless-steel Bioreactors. Biotechnol. Bioeng. 2007;96: 914-923. 2006 Wiley Periodicals, Inc.
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Two new disposable Bioreactors for plant cell culture: The wave and undertow Bioreactor and the slug bubble Bioreactor.
Biotechnology and Bioengineering, 2007Co-Authors: Benedicte Terrier, Didier Courtois, Nicolas Henault, Arnaud Robert Gilles Cuvier, Maryse Bastin, Aziz Aknin, Julien Dubreuil, Vincent PetiardAbstract:The present article describes two novel flexible plastic-based disposable Bioreactors. The first one, the WU Bioreactor, is based on the principle of a wave and undertow mechanism that provides agitation while offering convenient mixing and aeration to the plant cell culture contained within the Bioreactor. The second one is a high aspect ratio bubble column Bioreactor, where agitation and aeration are achieved through the intermittent generation of large diameter bubbles, "Taylor-like" or "slug bubbles" (SB Bioreactor). It allows an easy volume increase from a few liters to larger volumes up to several hundred liters with the use of multiple units. The cultivation of tobacco and soya cells producing isoflavones is described up to 70 and 100 L working volume for the SB Bioreactor and WU Bioreactor, respectively. The Bioreactors being disposable and pre-sterilized before use, cleaning, sterilization, and maintenance operations are strongly reduced or eliminated. Both Bioreactors represent efficient and low cost cell culture systems, applicable to various cell cultures at small and medium scale, complementary to traditional stainless-steel Bioreactors.
Benedicte Terrier - One of the best experts on this subject based on the ideXlab platform.
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two new disposable Bioreactors for plant cell culture the wave and undertow Bioreactor and the slug bubble Bioreactor
Biotechnology and Bioengineering, 2007Co-Authors: Benedicte Terrier, Didier Courtois, Nicolas Henault, Arnaud Robert Gilles Cuvier, Maryse Bastin, Aziz Aknin, Julien Dubreuil, Vincent PetiardAbstract:The present article describes two novel flexible plastic-based disposable Bioreactors. The first one, the WU Bioreactor, is based on the principle of a wave and undertow mechanism that provides agitation while offering conveni- ent mixing and aeration to the plant cell culture contained within the Bioreactor. The second one is a high aspect ratio bubble column Bioreactor, where agitation and aeration are achieved through the intermittent generation of large dia- meter bubbles, ''Taylor-like'' or ''slug bubbles'' (SB bio- reactor). It allows an easy volume increase from a few liters to larger volumes up to several hundred liters with the use of multiple units. The cultivation of tobacco and soya cells producing isoflavones is described up to 70 and 100 L working volume for the SB Bioreactor and WU Bioreactor, respectively. The Bioreactors being disposable and pre- sterilized beforeuse, cleaning,sterilization, andmaintenance operations are strongly reduced or eliminated. Both bior- eactors represent efficient and low cost cell culture systems, applicable to various cell cultures at small and medium scale, complementary to traditional stainless-steel Bioreactors. Biotechnol. Bioeng. 2007;96: 914-923. 2006 Wiley Periodicals, Inc.
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Two new disposable Bioreactors for plant cell culture: The wave and undertow Bioreactor and the slug bubble Bioreactor.
Biotechnology and Bioengineering, 2007Co-Authors: Benedicte Terrier, Didier Courtois, Nicolas Henault, Arnaud Robert Gilles Cuvier, Maryse Bastin, Aziz Aknin, Julien Dubreuil, Vincent PetiardAbstract:The present article describes two novel flexible plastic-based disposable Bioreactors. The first one, the WU Bioreactor, is based on the principle of a wave and undertow mechanism that provides agitation while offering convenient mixing and aeration to the plant cell culture contained within the Bioreactor. The second one is a high aspect ratio bubble column Bioreactor, where agitation and aeration are achieved through the intermittent generation of large diameter bubbles, "Taylor-like" or "slug bubbles" (SB Bioreactor). It allows an easy volume increase from a few liters to larger volumes up to several hundred liters with the use of multiple units. The cultivation of tobacco and soya cells producing isoflavones is described up to 70 and 100 L working volume for the SB Bioreactor and WU Bioreactor, respectively. The Bioreactors being disposable and pre-sterilized before use, cleaning, sterilization, and maintenance operations are strongly reduced or eliminated. Both Bioreactors represent efficient and low cost cell culture systems, applicable to various cell cultures at small and medium scale, complementary to traditional stainless-steel Bioreactors.
Nicolas Henault - One of the best experts on this subject based on the ideXlab platform.
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two new disposable Bioreactors for plant cell culture the wave and undertow Bioreactor and the slug bubble Bioreactor
Biotechnology and Bioengineering, 2007Co-Authors: Benedicte Terrier, Didier Courtois, Nicolas Henault, Arnaud Robert Gilles Cuvier, Maryse Bastin, Aziz Aknin, Julien Dubreuil, Vincent PetiardAbstract:The present article describes two novel flexible plastic-based disposable Bioreactors. The first one, the WU Bioreactor, is based on the principle of a wave and undertow mechanism that provides agitation while offering conveni- ent mixing and aeration to the plant cell culture contained within the Bioreactor. The second one is a high aspect ratio bubble column Bioreactor, where agitation and aeration are achieved through the intermittent generation of large dia- meter bubbles, ''Taylor-like'' or ''slug bubbles'' (SB bio- reactor). It allows an easy volume increase from a few liters to larger volumes up to several hundred liters with the use of multiple units. The cultivation of tobacco and soya cells producing isoflavones is described up to 70 and 100 L working volume for the SB Bioreactor and WU Bioreactor, respectively. The Bioreactors being disposable and pre- sterilized beforeuse, cleaning,sterilization, andmaintenance operations are strongly reduced or eliminated. Both bior- eactors represent efficient and low cost cell culture systems, applicable to various cell cultures at small and medium scale, complementary to traditional stainless-steel Bioreactors. Biotechnol. Bioeng. 2007;96: 914-923. 2006 Wiley Periodicals, Inc.
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Two new disposable Bioreactors for plant cell culture: The wave and undertow Bioreactor and the slug bubble Bioreactor.
Biotechnology and Bioengineering, 2007Co-Authors: Benedicte Terrier, Didier Courtois, Nicolas Henault, Arnaud Robert Gilles Cuvier, Maryse Bastin, Aziz Aknin, Julien Dubreuil, Vincent PetiardAbstract:The present article describes two novel flexible plastic-based disposable Bioreactors. The first one, the WU Bioreactor, is based on the principle of a wave and undertow mechanism that provides agitation while offering convenient mixing and aeration to the plant cell culture contained within the Bioreactor. The second one is a high aspect ratio bubble column Bioreactor, where agitation and aeration are achieved through the intermittent generation of large diameter bubbles, "Taylor-like" or "slug bubbles" (SB Bioreactor). It allows an easy volume increase from a few liters to larger volumes up to several hundred liters with the use of multiple units. The cultivation of tobacco and soya cells producing isoflavones is described up to 70 and 100 L working volume for the SB Bioreactor and WU Bioreactor, respectively. The Bioreactors being disposable and pre-sterilized before use, cleaning, sterilization, and maintenance operations are strongly reduced or eliminated. Both Bioreactors represent efficient and low cost cell culture systems, applicable to various cell cultures at small and medium scale, complementary to traditional stainless-steel Bioreactors.
Julien Dubreuil - One of the best experts on this subject based on the ideXlab platform.
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two new disposable Bioreactors for plant cell culture the wave and undertow Bioreactor and the slug bubble Bioreactor
Biotechnology and Bioengineering, 2007Co-Authors: Benedicte Terrier, Didier Courtois, Nicolas Henault, Arnaud Robert Gilles Cuvier, Maryse Bastin, Aziz Aknin, Julien Dubreuil, Vincent PetiardAbstract:The present article describes two novel flexible plastic-based disposable Bioreactors. The first one, the WU Bioreactor, is based on the principle of a wave and undertow mechanism that provides agitation while offering conveni- ent mixing and aeration to the plant cell culture contained within the Bioreactor. The second one is a high aspect ratio bubble column Bioreactor, where agitation and aeration are achieved through the intermittent generation of large dia- meter bubbles, ''Taylor-like'' or ''slug bubbles'' (SB bio- reactor). It allows an easy volume increase from a few liters to larger volumes up to several hundred liters with the use of multiple units. The cultivation of tobacco and soya cells producing isoflavones is described up to 70 and 100 L working volume for the SB Bioreactor and WU Bioreactor, respectively. The Bioreactors being disposable and pre- sterilized beforeuse, cleaning,sterilization, andmaintenance operations are strongly reduced or eliminated. Both bior- eactors represent efficient and low cost cell culture systems, applicable to various cell cultures at small and medium scale, complementary to traditional stainless-steel Bioreactors. Biotechnol. Bioeng. 2007;96: 914-923. 2006 Wiley Periodicals, Inc.
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Two new disposable Bioreactors for plant cell culture: The wave and undertow Bioreactor and the slug bubble Bioreactor.
Biotechnology and Bioengineering, 2007Co-Authors: Benedicte Terrier, Didier Courtois, Nicolas Henault, Arnaud Robert Gilles Cuvier, Maryse Bastin, Aziz Aknin, Julien Dubreuil, Vincent PetiardAbstract:The present article describes two novel flexible plastic-based disposable Bioreactors. The first one, the WU Bioreactor, is based on the principle of a wave and undertow mechanism that provides agitation while offering convenient mixing and aeration to the plant cell culture contained within the Bioreactor. The second one is a high aspect ratio bubble column Bioreactor, where agitation and aeration are achieved through the intermittent generation of large diameter bubbles, "Taylor-like" or "slug bubbles" (SB Bioreactor). It allows an easy volume increase from a few liters to larger volumes up to several hundred liters with the use of multiple units. The cultivation of tobacco and soya cells producing isoflavones is described up to 70 and 100 L working volume for the SB Bioreactor and WU Bioreactor, respectively. The Bioreactors being disposable and pre-sterilized before use, cleaning, sterilization, and maintenance operations are strongly reduced or eliminated. Both Bioreactors represent efficient and low cost cell culture systems, applicable to various cell cultures at small and medium scale, complementary to traditional stainless-steel Bioreactors.
Aziz Aknin - One of the best experts on this subject based on the ideXlab platform.
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two new disposable Bioreactors for plant cell culture the wave and undertow Bioreactor and the slug bubble Bioreactor
Biotechnology and Bioengineering, 2007Co-Authors: Benedicte Terrier, Didier Courtois, Nicolas Henault, Arnaud Robert Gilles Cuvier, Maryse Bastin, Aziz Aknin, Julien Dubreuil, Vincent PetiardAbstract:The present article describes two novel flexible plastic-based disposable Bioreactors. The first one, the WU Bioreactor, is based on the principle of a wave and undertow mechanism that provides agitation while offering conveni- ent mixing and aeration to the plant cell culture contained within the Bioreactor. The second one is a high aspect ratio bubble column Bioreactor, where agitation and aeration are achieved through the intermittent generation of large dia- meter bubbles, ''Taylor-like'' or ''slug bubbles'' (SB bio- reactor). It allows an easy volume increase from a few liters to larger volumes up to several hundred liters with the use of multiple units. The cultivation of tobacco and soya cells producing isoflavones is described up to 70 and 100 L working volume for the SB Bioreactor and WU Bioreactor, respectively. The Bioreactors being disposable and pre- sterilized beforeuse, cleaning,sterilization, andmaintenance operations are strongly reduced or eliminated. Both bior- eactors represent efficient and low cost cell culture systems, applicable to various cell cultures at small and medium scale, complementary to traditional stainless-steel Bioreactors. Biotechnol. Bioeng. 2007;96: 914-923. 2006 Wiley Periodicals, Inc.
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Two new disposable Bioreactors for plant cell culture: The wave and undertow Bioreactor and the slug bubble Bioreactor.
Biotechnology and Bioengineering, 2007Co-Authors: Benedicte Terrier, Didier Courtois, Nicolas Henault, Arnaud Robert Gilles Cuvier, Maryse Bastin, Aziz Aknin, Julien Dubreuil, Vincent PetiardAbstract:The present article describes two novel flexible plastic-based disposable Bioreactors. The first one, the WU Bioreactor, is based on the principle of a wave and undertow mechanism that provides agitation while offering convenient mixing and aeration to the plant cell culture contained within the Bioreactor. The second one is a high aspect ratio bubble column Bioreactor, where agitation and aeration are achieved through the intermittent generation of large diameter bubbles, "Taylor-like" or "slug bubbles" (SB Bioreactor). It allows an easy volume increase from a few liters to larger volumes up to several hundred liters with the use of multiple units. The cultivation of tobacco and soya cells producing isoflavones is described up to 70 and 100 L working volume for the SB Bioreactor and WU Bioreactor, respectively. The Bioreactors being disposable and pre-sterilized before use, cleaning, sterilization, and maintenance operations are strongly reduced or eliminated. Both Bioreactors represent efficient and low cost cell culture systems, applicable to various cell cultures at small and medium scale, complementary to traditional stainless-steel Bioreactors.