A new prototype of a disposable solid-state culture bioreactor (DSSCB) belonging to the packed-bed category is developed for the production of fungal conidia. The bioreactor has the advantages of being autoclavable, lightweight and disposable. With a working volume of 39.52 L, it can be used for large-scale production of fungal conidia. The DSSCB was successfully tested under forced aeration for the production of conidia (2.1 x 10(10)/g dry substrate in 140 h) from Trichoderma asperellum, a biocontrol fungus. A mixture of sugarcane bagasse, wheat bran, olive pomace, potato flakes and vine shoots was used as substrate. The DSSCB allowed an overall production of 1.26 x 10(14) conidia. Based on its configuration, the fermented substrate can be...
The use of fungi in weeds control programs depends upon the conidia production in large scale. There...
The use of an inert carrier impregnated with a chemically defined medium might be attractive in indu...
WOS: 000488185400001SARGIN, SAIT/0000-0002-5037-3193In this study, we optimised the conditions for t...
International audienceA new prototype of a disposable solid-state culture bioreactor (DSSCB) belongi...
Currently, the increasing demand of biopesticides production to replace chemical pesticides which ar...
Agro-industrial wastes suitable for economical and high mass production of novel Trichoderma species...
This work presents the continuous production of fungal biomass and enzymes by solid state fermentati...
Altres ajuts: Acord transformatiu CRUE-CSICThis work presents a sequential batch operational strateg...
Different reactor configurations are paired with a wide variety of agro-industrial wastes of differe...
The efficiency of a packed bioreactor for growing Beauveria bassiana was evaluated by using a solid ...
<p>The use of an inert carrier impregnated with a chemically defined medium might be attractiv...
We have validated our previously described model for scale-up of packed-bed solid-state fermenters (...
A novel design of a solid-state bioreactor, operated with periodic pressure oscillation coupled with...
The production of fungal metabolites and conidia at an industrial scale requires an adequate yield a...
AbstractSolid-state cultivation (SSC) may be defined as growth of microorganisms on a solid support ...
The use of fungi in weeds control programs depends upon the conidia production in large scale. There...
The use of an inert carrier impregnated with a chemically defined medium might be attractive in indu...
WOS: 000488185400001SARGIN, SAIT/0000-0002-5037-3193In this study, we optimised the conditions for t...
International audienceA new prototype of a disposable solid-state culture bioreactor (DSSCB) belongi...
Currently, the increasing demand of biopesticides production to replace chemical pesticides which ar...
Agro-industrial wastes suitable for economical and high mass production of novel Trichoderma species...
This work presents the continuous production of fungal biomass and enzymes by solid state fermentati...
Altres ajuts: Acord transformatiu CRUE-CSICThis work presents a sequential batch operational strateg...
Different reactor configurations are paired with a wide variety of agro-industrial wastes of differe...
The efficiency of a packed bioreactor for growing Beauveria bassiana was evaluated by using a solid ...
<p>The use of an inert carrier impregnated with a chemically defined medium might be attractiv...
We have validated our previously described model for scale-up of packed-bed solid-state fermenters (...
A novel design of a solid-state bioreactor, operated with periodic pressure oscillation coupled with...
The production of fungal metabolites and conidia at an industrial scale requires an adequate yield a...
AbstractSolid-state cultivation (SSC) may be defined as growth of microorganisms on a solid support ...
The use of fungi in weeds control programs depends upon the conidia production in large scale. There...
The use of an inert carrier impregnated with a chemically defined medium might be attractive in indu...
WOS: 000488185400001SARGIN, SAIT/0000-0002-5037-3193In this study, we optimised the conditions for t...