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Position: Home > Articles > Ecophysiological aspects of in vitro biotechnological studies using somatic embryogenesis of callus tissue toward protecting forest ecosystems Journal of Forestry Research 2019,30 (4)

Ecophysiological aspects of in vitro biotechnological studies using somatic embryogenesis of callus tissue toward protecting forest ecosystems

作者：

Katarzyna Nawrot‐Chorabik;Marcin Pietrzykowsk

单位：

Department of Forest Pathology, Mycology and Tree Physiology, Institute of Forest Ecosystem Protection, Krakow, Poland;Department of Forest Ecology and Reclamation, University of Agriculture in Krakow, Krakow, Polan

关键词：

Callus;Environmental stress;Micropropagation;Tissue cultures;Trees;ABIES-ALBA;SECONDARY METABOLITES;SOMACLONAL VARIATION;PINUS-SYLVESTRIS;CELL-CULTURE;CRYOPRESERVATION;GROWTH;EMBRYOS;PROLIFERATION;REGENERATIO

摘要：

This review on current biotechnological methods in forestry for in vitro tissue cultures to define the effect of stress conditions on trees, concentrates on somatic embryogenesis. Callus tissue, the key product of somatic embryogenesis, grows over a tree wound under ex vitro conditions. Callus tissue can be used in research in areas such as pathogenic susceptibility at the embryonic level, effect of heavy metals, influence of low temperatures (cryopreservation), production of secondary metabolites and transformation of plants. Callus of arborescent plants can be induced in vitro by fungal elicitors to produce secondary metabolites for pharmaceutical and cosmetic industries and are strongly repellant to herbivores and can thus act to protect forests. Analyses of dual cultures demonstrated that callus tissue exposed to a pathogenic fungus responds by synthesizing low-molecular-mass proteins belonging to an immune protein class. Cryopreservation of embryonic callus tissue also has broad applications, e.g., for valuable plant genotypes in gene banks. Without strategies to protect forests against stress factors, forest ecosystems will degrade to the detriment of all life, including humans. In vitro biotechnological research using callus tissue contributes to progress in forestry and the disciplines of ecology, physiology, phytopathology, culture and selection of plants.

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Ecophysiological aspects of in vitro biotechnological studies using somatic embryogenesis of callus tissue toward protecting forest ecosystems

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