UNIVERSIDAD DE SAN MARTIN DE PORRES;ARQUITRONICA S.A.C.;ZAPATA ZUNIGA, Manuel Alberto;FIGUEROA LEZAMA, Rafael Alonso;CARDENAS LUCERO, Luis
发明人:
ZAPATA ZUNIGA, Manuel Alberto,FIGUEROA LEZAMA, Rafael Alonso,CARDENAS LUCERO, Luis
申请号：
PE2018003318
公开号：
PE20200117Z
申请日:
2018.12.26
申请国别(地区):
PE
年份:
2020
代理人:
摘要：
The invention refers to a biophysicist temporarily soaked for the production of in vitro plants, which is a biotechnology and agronomic method related to the method of plant tissue culture, In particular, when using tissue culture methods to produce and propagate plants from somatic embryos known as temporary immersion, flexibility and accuracy are required, through the current automatic electronic pneumonia device, and depending on factors such as the plant species to be transmitted, Culture medium used and laboratory environmental conditions (brightness),(b) Allow Seed Breeders or researchers to operate time parameters and par in a fully flexible manner to reduce the time required to produce large-scale propagation protocols for the dissemination of plant materials of interest to them； The device is composed of at least one container for storing plants and another container for storing liquid culture medium as the minimum component of the bioreactor.An electronic embedded module, which manages the time and command to form the tire circuit. The user injects the pressure into the container to make the nutrient solution dissolve and move between the containers.La invencion refiere a un biorreactor de inmersion temporal para produccion de plantulas in vitro, esta relacionado con los metodos biotecnologicos y agronomicos de cultivo de tejidos vegetales, especificamente con la flexibilidad y la exactitud al usar el metodo de cultivo de tejidos para produccion y multiplicacion de plantines a partir de embriogenesis somatica denominado inmersion temporal, a traves del presente dispositivo electroneumatico automatizado y dependiendo de factores como la especie vegetal a propagar, los medios de cultivo utilizados y las circunstancias ambientales de laboratorio (luminosidad, humedad y temperatura) permitira al semillerista o investigador propagar el material vegetal de su interes manipulando los parametros de temporizacion y radiacion fotosinteticamente activa (PAR) con tota
