The Department for Plant Tissue Culture
About
the department
In vitro plant cultivation is nowadays an important
"tool" not only in plant propagation, but
also in adult plant rejuvenation, which facilitates
rooting and makes easier the propagation of a number
of woody species. Shoot tip and nodal segment as well
as axillary branching cultivation methods make possible
rapid vegetative propagation and in addition they are
very important for their reliability in genetic stability
preservation of plants (grapevine, apple, raspberry,
blackberry, rose, gerbera, carnation).
Applied and developmental research in the laboratory
of the Department of plant tissue culture provides the
basis for the development of models for healthy plant
cultivation and propagation of important horticulture
species, as well as for information transfer to commercial
firms and producers.
Scientific research activities of the department in
the field of plant physiology and biotechnology are
dealing with the effect of growth regulators on the
morphogenesis (growth and development) of plant organisms.
Plant tissue culture is now an important part of plant
biotechnology and basis for the development and applicatin
of a variety of molecular biology methods.
The main researcher of this department is plant tissue
culture specialist Danijela Hartl, Ph.D.
Selected
bibliography
- Hartl D., S. Jelaska 1989, Mikrokloniranje sorti
Pinot gris i Ugni blanc (Vitis vinifera L.). Poljoprivredna
znanstvena smotra 54(1-2): 63-70.
- Jug-Dujakovic M., D. Hartl, S. Jelaska 1993. Utjecaj
razlicitih koncentracija IAA i kinetina na rast i
razvoj vegetacijskog vrska karanfila in vitro. Poljoprivredna
znanstvena smotra 58(1): 61-66.
- Hartl D., I. Kuzmicic, M. Jug-Dujakovic, S. Jelaska
1993. The effect of genotype on gerbera shoot multiplication
in vitro. Acta Botanica Croatica 52: 25-32.
- Hartl D., P. Males 1995, Shoot regeneration in petiole
explants of Vitis vinifera L. cv. Vugava. Acta Pharmaceutica
45: 273-276
- Hartl D., P. Males 2000. Factors affecting of grapevine
cultivars, Vugava and Plavac mali micropropagation
from in vitro cultured minicuttings. Biologia, Bratislava,
55(1): 121-129.
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