DocumentCode
2374246
Title
Researching of ultrasonic influence on callus formation, contents of lipid fraction, lecithin, on activity of lipaza in extracts from the native soybean of the grade ≪Altom≫ and in culture of cells and tissues in vitro
Author
Koshelev, Yuriy A. ; Lamberova, Marina E. ; Lamberova, Anna A.
Author_Institution
Biysk Technol. Inst., Biysk
fYear
2008
fDate
1-5 July 2008
Firstpage
261
Lastpage
266
Abstract
For a soybean of a grade Altom at introduction in culture of cells and fabrics explants from germinal leaflets of beans and its further duplication it has been shown, that peak efficiency of sterilization and the subsequent callus forming were observed at two variants of explants processing: US without chemical processing, or 70%-th ethanol without US. The gain of a biomass received soybean 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 valuable substances of a soybean. Then in extracts from a biomass defined the maintenance of same biologically active substances, as in extracts from native soybean to check up its biosynthetic abilities, and not just speed of a gain.
Keywords
biochemistry; biological effects of acoustic radiation; biological techniques; biological tissues; biomolecular effects of radiation; botany; cellular biophysics; ultrasonic applications; ultrasonic effects; Altom; Lipaza; biologically active substances; biosynthetic ability; callus formation; cell culture; germinal leaflets; lecithin; lipid fraction; soybean; ultrasonic influence; Biomass; Chemical processes; Chemical technology; Fabrics; In vitro; Lipidomics; Marine technology; Oils; Petroleum; Ultrasonic imaging; Soybean; extraction; lecithin; lipid fraction; plant cell and tissue culture in vitro; ultrasonic sterilization;
fLanguage
English
Publisher
ieee
Conference_Titel
Electron Devices and Materials, 2008. EDM 2008. 9th International Workshop and Tutorials on
Conference_Location
Novosibirsk
ISSN
1815-3712
Print_ISBN
978-5-7782-0893-3
Type
conf
DOI
10.1109/SIBEDM.2008.4585903
Filename
4585903
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