Biomedical Engineering Reference
In-Depth Information
changes and evidences in case of epibrassinolide inflow into the organism of the vertebrates
of different classes during the early stages of ontogenesis [5]. Epibrassinolide promotes the
stabilization of wide range of the vertebrate physiological parameters during the early stages
of ontogenesis and leveling them to the control level in case the vertebrate specimen is in
adverse conditions of the environment and is exposed to the experimental effect of toxic
substances of different types. We have detected some effects of brassinosteroids on animals,
plant bodies and microorganisms permitting to class the impact of epibrassinolide as
substance intensifying antioxidant processes in the organisms of different level of
phylogenesis [2; 6; 7].
Currently we are developing new biological preparations to increase the survival rate of
valuable target species, aquarium biological objects and valuable objects of aquaculture [2;
6].
R
EFERENCES
[1]
Khripach V.A., Zhabinski V.N., Malevannaya N.N. Recent advances in
Brassinosteroids study and application //The plant growth regulation society of
America. Atlanta, Georgia August 8-12, 1997, P. 101-106.
[2]
Egorov M.A. Research of epibrassinolide biological impact on decorative fish/
Polyfunctionality of brassinosteriod impact.
Collection of scientific papers
. Moscow:
«NEST M»,
2007. P. 314-321. (in Russian).
[3]
Malevannaya N.N. Brassinosteriods as a new class of plant hormones of pleotropic
impact. Success of recent researches / Polyfunctionality of brassinosteriod impact.
Collection of scientific papers. Moscow
: «NEST M»,
2007. P. 314-321. (in Russian).
[4]
Egorov M.A., Vitvitskaya L.V. Employment of biologically active substances in
artificial breeding of sturgeon of the Volga-Caspian Region. Astrakhan,
ASTU,
2002.
100 P. (in Russian).
[5]
Egorov M.A. The influence of phytogormone epibrassinolid on the vertebral animals in
the early ontogenesis /Biotechnology Titles: Biotechnology and agriculture and the
food industry. USA, New York State,
Nova science publishers
, Inc., 2004. P. 65-67.
[6]
Egorov M.A. Physiological peculiarities of the phytohormone epibrassinolide influence
on organisms of animals in early ontogenesis. Monograph the third edition, stereotype.
Astrakhan: Publishing house “Astrakhan University”, 2009. 283 p.
[7]
Egorov M.A. Bioregulators with nanocomponents as perspective biological products
//
Nanotekhnica. Journal
№2. Moscow, 2006. P. 74-76 (in Russian).
Search WWH ::
Custom Search