Native plants to desert ecosystems, have unique features to ensure their survival in harsh conditions. Choghan (local name for Salsola tragus) is an ancient desert plant, have used for medicinal properties, and was the only washing plant in many parts of Iran. Urban culture and supply all kinds of chemical detergents have led to the forgetfulness of the capacities of national and patriotic detergent plant. Identify and preserve of such valuable plants that is resistant to harsh conditions and generally are halophyte, can be exploited in therapeutic applications, detergent plant production programs, sustainable agriculture, environmental protection and desertification. In order to study the response of callus initiation of this plant tissues, seeds were sterilized and planted on MS medium. After two days, explants of root, stem and leaf were cultured on MS medium with NAA hormone with three levels: 0, 5 and 10 mg per liter. After three weeks, callus formation was evaluated. The results showed that the best explants for good callus induction, were the explants of leaf and then stem in 16 hours of light with an intensity of 3000 lux at a concentration of 5 mg of the NAA.
moniri rad,N. , Maleki Zanjani,B. and Ammarellou,A. (2016). Callus induction of different explants in Salsola tragus L.. Journal of Medicinal Plants Biotechnology, 2(4), 54-60.
MLA
moniri rad,N. , , Maleki Zanjani,B. , and Ammarellou,A. . "Callus induction of different explants in Salsola tragus L.", Journal of Medicinal Plants Biotechnology, 2, 4, 2016, 54-60.
HARVARD
moniri rad N., Maleki Zanjani B., Ammarellou A. (2016). 'Callus induction of different explants in Salsola tragus L.', Journal of Medicinal Plants Biotechnology, 2(4), pp. 54-60.
CHICAGO
N. moniri rad, B. Maleki Zanjani and A. Ammarellou, "Callus induction of different explants in Salsola tragus L.," Journal of Medicinal Plants Biotechnology, 2 4 (2016): 54-60,
VANCOUVER
moniri rad N., Maleki Zanjani B., Ammarellou A. Callus induction of different explants in Salsola tragus L.. Journal of Medicinal Plants Biotechnology, 2016; 2(4): 54-60.