

H E A L T H Y P L A N T S A N D M IC R O P R O P A G A T IO N
THE USE OF
IN VITRO
CULTURE METHOD FOR PROPAGATION OF
MEDIGINALPLANTS
R.K.Baiburina, M.M.Ischmuratova, A.A.Zaripova.
Gontinuons destruction and slow restoration of populations of rare plant
species - sources o f valuable medicinal raw material show that measures of
protection and regeneration o f their gene pool are very actual. In addition to
the use of traditional methods such as, the establishment of preserves and
sanctuaries the cultivation o f these plants
in vitro
is necessary fo r solution
o f the problem.
Rhodiola iremelica Boriss., R. rosea L , Valeriana officinalis
L , Paeonia anomala L.
belong to rare species recordet in "Red book o f
Bashkortostan Republic" and "Red book o f USSR". Thickets of
Polemonium
coeruleum L .
are also not numerous because o f intensive store. Models of
micropropagation used in the investigations are proliferation of axillary buds,
producing o f callus tissue withe the following induction o f organogenesis.
The technology o f clonal micropropagation o f
R.rosea
and
R.iremelica
including explantation of initial tissue, properly micropropagation, rooting of
propagated shoots, propagation of regenerated plantlets for planting in opened
substiatum , introduction o f plantlets in nature, primary chem ical and
ensymatic estimation of their raw material is developed in laboratory. Selekted
optimal conditions fo r cultivation
in vitro
of both
Rhodiola
species are based
on study o f in trabud deve lopm en t, ana tom ica l and m o rphologica l
construention of buds, their hormonal status as well as on selectio of
com position and consistence o f nu trien t med ia and so il m ixtures.
Comparative estimation of raw material o f wild, untroduced in culture and
in
vitro
regenerated plants is conductifed. Primary pharmacological study of
tinctures from raw material of regenerated plantlets shows the possibility of
their use for preparation o f medecinal compounds of stimulating action. Mass
production o f
R.iremelica
piantlets proceeds with the aim o f reintroduction of
species in natural locations. Technology of micropropagation of
P.coeruleum
L
is being developed using the avobe scheme. High coefficient of multiplication
up to 160 shoot per one exsplant obtained. Experimentally-commercial plot
is beineg created nohich may be serve as a base fo rdevelopment of industrial
technology o f raising o f planting material. Sterile culture of
V.officinalis
and
P. anomala
is obtained. The conditions for different steps o f
in vitro
cultivation
o f these species are being optim ized now.
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