Polymers are long chains of monomeric compounds that are produced by polymerization of these monomers. Ranging from natural to synthetic, polymers play a very ubiquitous role in pharmaceutical sciences and chemistry. Polystyrene, nylon is some of the examples of synthetic polymers whereas DNA and proteins are called as biopolymers. A most common example of polymer is polythene bag. Natural compound materials like shellac, amber, wool, silk and natural rubber are used for hundreds of years. A spread of alternative natural polymers exists, like polysaccharide, that is that the main constituent of wood and paper. The essential distinction between the two is that in chain growth chemical change, monomers area unit side to the chain one at a time solely, like in polythene, whereas in step-growth chemical change chains of monomers could mix with each other directly, like in polyester. However, some newer strategies like plasma chemical change don't match showing neatness into either class. Artificial chemical change reactions could also be disbursed with or while not a catalyst. Laboratory synthesis of biopolymers, particularly of proteins, is a district of intensive analysis. OMICS Group publishes best open access journals and offers free access to quality and original research work to the scholarly community. In current scenario, involving scientific research in diversified disciplines, it is necessary to publish several forms of case reports and scholarly papers.
Last date updated on July, 2014