The propagation technique is widely used for production of various bioactive products, including DNA plasmids for vaccine and recombinant proteins [ 25, 31, 32].
Their study is expected to become an important component in the production of new natural bioactive products.
The consequence of the proteolytic action is the change in molecular conformation of native proteins and production of functional and bioactive products (Panyam and Kilara 1996; Adebiyi et al. 2008).
It is also known that tumor invasion occurs within a tissue ecology when both general and neoplastic cells exchange bioactive products such as enzymes and cytokines.
If its accumulation could be increased, it would be easier and more convenient to synthesize these bioactive products through subsequent substitution and synthetic reactions.
These bioactive products could be classified as saponins, phenol, flavonoids, cardiac glycosides, steroids, tannins, alkaloids, anthroquinone and terpenoids (Tan and Zou [2001]; Zhang et al. [2006]).
Currently, there are a variety of wound dressings available ranging from passive adherent/nonadherent to interactive and bioactive products that contribute to the healing process.
Among these phytochemicals, dietary flavonoids are an important and common chemical class of bioactive products, found in several fruits and vegetables.
Consequently, the commercial development of medicinal plants and their derivatives, such as essential oils, as new sources of bioactive products to enhance human health and food preservation is of prime importance.
Many valuable bioactive products from endophytes have been recognized as promising sources of antimicrobial, antioxidant, and anticancer substances (Jayanthi et al., [2011]; Lin et al. [2007]; Sadananda et al. [2011]).
The topical application of bioactive products derived from n-3 fatty acids has conferred dramatic protection against inflammation-induced tissue and bone loss associated with periodontitis in experimental models (Naqvi et al. 2010).
