Titlebook: Cannabis sativa L. - Botany and Biotechnology; Suman Chandra,Hemant Lata,Mahmoud A. ElSohly Book 2017 Springer International Publishing AG

無(wú)效

Chemical and Morphological Phenotypes in Breeding of , L.,er production includes monoecious cultivars, dioecious cultivars, high percentage of primary fiber, fast-retting phenotypes, and unique morphological markers in low-THC plants. Selective cross-breeding for cannabinoids includes prevalent-THC, prevalent-CBD, and cannabinoid-free plants. Relatively fe

FLOUR

Cannabinoid CB2 Receptor Mechanism of , L.,comparison with the expression of the ubiquitous CB1Rs. We and others have now demonstrated the expression of CB2Rs in neuronal, glial and endothelial cells in the brain, and this warrants a re-evaluation of the CNS effects of CB2Rs. In this chapter we focused on the neurobiology of CB2Rs and descri

Antecedent

corn732

,Micropropagation of , L.—An Update,other hand, it can also be used in genetic modification for the enhanced cannabinoid production. Research on in vitro propagation of . has resulted in the development of protocols for callus production, cell suspension cultures, agrobacterium mediated hairy root cultures and regeneration of plants.

使服水土

Hairy Root Culture as a Biotechnological Tool in ,,ent in hairy roots at concentrations quantitatively higher than in untransformed control tissues. Finally, hemp transformed roots exhibited a high callusing response, with calli that grew vigorously and developed compact and green nodular areas on the surface, a priori indicative of organogenesis ca

異常

certitude

Induction of Polyploidy and Its Effect on , L., showed that 0.2% colchicine for 24?h was the most efficient for production of polyploid plants. The percentage of tetraploid plants and the survival rate were lowered by the increasing the treatment time. In addition, the leaf index and height of tetraploid plants exhibited a significant decrease c

Asperity

Assessing Genetic Diversity in , Using Molecular Approaches,tic diversity exists among marijuana as well as hemp strains. Using ISSR markers, we have shown that distinct DNA banding patterns can allow for the initial discrimination between many of the strains tested, and provide an insight into the possible genetic relationships among strains. Some strains,

Tincture

Gerontology