Title :
Researching of ultrasonic influence on callus formation, on maintenance of the general protein, on enzymes activity and inhibitor of tripsin in extracts from the soybean of the grade ≪Altom≫ and plant cells growth of culture in vitro
Author :
Lamberova, Marina E. ; Kosolapova, Alena S.
Author_Institution :
Biysk Technol. Inst., Altay State Tech. Univ., Biysk
Abstract :
For soybean explants of a grade Altom in the form of germinal leaves at their introduction in plant cell and tissue culture and its further duplication it has been shown, that peak efficiency of sterilization and the subsequent callusogenesis were observed at two variants of processing explants: US without chemical processing, or 70%-th ethanol without US. The biomass gain received soya callus at action US also was above on 50%. Optimum modes of US-processing have been preliminary fulfilled on extracts from those parts of a plant, which then used as explants to not destroy soya valuable substances. Then in extracts from a biomass defined the maintenance of same biologically active substances, as in extracts from native a soya to check up its biosynthetic abilities, and not just speed of a gain.
Keywords :
biochemistry; biological effects of acoustic radiation; biological techniques; biomolecular effects of radiation; botany; cellular effects of radiation; enzymes; proteins; ultrasonic applications; Altom grade soybean explants; biologically active substances; biomass gain; biosynthetic abilities; callus formation; callusogenesis; enzymes activity; in vitro cell culture; plant cells growth; protein maintenance; tripsin inhibitor; ultrasonic influence; Amino acids; Biochemistry; Biomass; Chemical processes; Ethanol; In vitro; Inhibitors; Pancreas; Peptides; Proteins; Plant cell and tissue culture in vitro; inhibitor of tripsin; protein fraction; stimulation of callus growth; ultrasonic sterilization;
Conference_Titel :
Electron Devices and Materials, 2008. EDM 2008. 9th International Workshop and Tutorials on
Conference_Location :
Novosibirsk
Print_ISBN :
978-5-7782-0893-3
DOI :
10.1109/SIBEDM.2008.4585920