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Propagation of Aronia (Aronia melanocarpa) with Tissue Culture
Author(s) -
Huda Mohammed Mansoor Almokar,
Lütfi Pırlak
Publication year - 2018
Publication title -
selcuk journal of agricultural and food sciences
Language(s) - English
Resource type - Journals
ISSN - 1309-0550
DOI - 10.15316/sjafs.2018.136
Subject(s) - explant culture , shoot , callus , horticulture , tissue culture , botany , hardwood , chemistry , plant propagation , murashige and skoog medium , in vitro , biology , biochemistry
Aronia ( Aronia melanocarpa L. ), a small fruit in the same time considered ornamentally valuable, could be propagate by seeds but this process is not recommended. The most easily method to propagate in the  in vitro  by using micro propagation technology, where considered one of the most common methods to propagate by using vegetative propagation method especially Viking cultivar. In this study used buds semi-hardwood from aronia plant the explant length 1cm and, each of explant contains one lateral bud figure 2 (explant –a). Based in this study to reproduce aronia in  in vitro  by tissue culture technology and by using micro propagation was obtained on suitable culture medium, where the highest shoot length (14.60 mm) achieved at MS basal medium which combination of different concentrations of growth regulators (1.0 mg l -1  BA +0.02 mg l -1  IAA 0.1 mg l -1  GA 3 ) at treatment 8. The highest shoot number (64 unit) were obtained at MS basal medium containing a combination of growth regulators at different concentrations (2.0 mg l -1  BA +0.01 mg l -1  IAA+0.1 mg l -1  GA 3 ) at treatment 6. The highest callus rate achieved at treatments (3, 4, 10) respectively, all the procedures in  in vitro  was obtained within 4 weeks, and so this include rooting process where the highest root number (9.5 unit) at MS control at 0.0 mg l -1  concentration of IBA. The most suitable MS basal medium for root length containing 1.0 mg l -1 concentration of IBA in length (18 mm) and the highest plant length (33 mm) at 2.0 mg l -1  concentration of IBA. Concerninig results of infection, two subcultures considered best subculture compared to other subcultures from where number of death plants and infected plants particularly free of bacterial infections, where the percentage of healthy plants (99%).

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