Titlebook: Biotechnology for Medicinal Plants; Micropropagation and Suman Chandra,HEMANT LATA,Ajit Varma Book 2013 Springer-Verlag Berlin Heidelberg 2

最初

Suman Chandra,HEMANT LATA,Ajit VarmaLatest advances in the use of plants to produce medicinal drugs.Internationally reputed and well known authors.For researchers in plant biology, biotechnology, medical sciences, pharmaceutical biotech

新义

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leniency

Downstream Processes for Plant Cell and Tissue Culture,rmaceutical and food industries in terms of value-added phytochemicals have increased rapidly in the last few years. Therefore, cost-effective and technically sound downstream processes have to be developed in order to supply standardized end-products. Depending on the utilization of the biomass or

商业上

-Mediated Transformation in Medicinal Plants: Prospects and Challenges, the Ri-transformed root cultures are fast growing, and do not require exogenous supply of plant growth regulators in the medium to support growth. In addition, they are robust, plagiotropic, and produce the full range of secondary products characteristics of roots derived from the parent plant spec

fulcrum

: Biotechnology, Phytochemistry and Its Potential as a Commercial Medicinal Crop,genus ., commonly referred to as skullcap, is considered as a North American perennial plant. At present this genus is represented by 350–360 species. Many species are rare, threatened, or endangered. Habitat destruction, urbanization, and poor seed set are a few reasons behind the diminishing popul

meritorious

未成熟

The Role of Biotechnology in ,, Propagation for the Production of Phytocannabinoids,es mainly in the glandular trichomes of the plant. Currently, about 110 phytocannabinoids have been isolated from ., the major biologically active compound being Δ.-tetrahydrocannabinol, commonly referred to as THC. Besides its psychoactivity, THC possesses analgesic, antiinflammatory, appetite stim

条约

现任者

Gustatory

Advances in Microspore Culture Technology: A Biotechnological Tool for the Improvement of Medicinal haploid plants can be produced via a number of ways although the in vitro methods of androgenesis (culture of the male gametophyte) or gynogenesis (culture of the female gametophyte) are the most common. For medicinal plants, very little genetic improvement has been undertaken when compared to majo