Polysaccharides have many biological activities.
Many biologically active natural products that have interesting biological properties fall into this class of molecules.
Many chemicals and biological active compounds have been identified in the leaf extract of A. indica (phytol, octadecatrienoic acid, methyl ester, hexadecanoic acid, methyl ester, etc).
Many of these biological active lincRNAs can physically associate with chromatin remodeling complexes such as PCR2 [61] and are needed for pluripotency and differentiation [62] (Table 1).
Although the plasma level of the drug decreased to <1% of peak concentration at 5.5 h, temporal proteomics data showed that many biological cascades remained active well after the drug was cleared from the system.
Since it was first discovered by W. Schmid in 1855 [3], this compound has attracted many researchers due to its biological active properties such as antioxidant [4], anti bacteria [5], antifungal [6], anti inflammatory [7], anti cancer [8] and anti tuberculosis [9], therapeutic drugs [10] and also being used as mosquitoes larvicide [11].
Although many biological molecules are big, their active sites the bits which actually perform the exciting reactions are small.
Triazine is found in many potent biologically active molecules with promising biological potential like anti-inflammatory, anti-mycobacterial, anti-viral, anti-cancer etc. which makes it an attractive scaffold for the design and development of new drugs.
It has many biological and pharmaceutical properties [ 3– 5], and the most biologically active isomer is trans-resveratrol.
Many biological pathways that govern embryonic development remain active in the adult, and the study of embryonic development has led to important insights into the role of these pathways in adult physiology and perturbations that lead to disease.
