LIPOSOMES - An Exclusive Market Insight Report Update
RI Technologies is a premier source of market research on the Biotechnology & Healthcare sector with exclusive focus on product segments, global and regional market analysis, technology trends, industry outlook, competitor profiles.

Liposomes belong to the class of nanosized unilamellar phospholipid bilayer vesicles. These are considered as the most promising and comprehensively studied drug delivery vehicles. The applications of the Liposome-formulated drugs have multiplied over the years and they are now part of cancer treatment and systemic or local fungal infections. The unique features of Liposome-formulated drugs are that they remain biologically inert, biocompatible and restrict the cause of unwanted toxic or antigenic reactions. They maintain a high level of popularity in the field of drug research. The application of Liposomes have enormously undergone transformations owing to use in the treatment of solid tumors. The tumors are targeted with Liposomes containing bisphosphonate which reduces the tumor associated macrophages. The other important developments such as use of genetic components as therapeutic molecules have further enhanced the scope of Liposomes based therapy. The components of Liposomes present in the lipid-DNA complexes, commonly called lipoplexes, combat with the viral gene transfection systems.
The global liposomes' market is projected at a CAGR of 15%, through 2005-2015. The market for liposomes presents attractive growth opportunities, driven by growing demand for increasingly effective drugs in the field of pharmaceuticals, and niche applications in other emerging areas. Liposome drug delivery systems have been instrumental in the formulation of potent drugs to enhance therapeutics. A majority of liposome formulations are designed to bring down toxicity.
Presently pharmaceutical products of liposome-based therapeutics exhibit a better understanding of lipid-drug interactions as well as liposome disposition mechanisms. Among these mechanisms are included the impeding of the fast clearance of liposomes. This is achieved by exercising control over surface hydration, charge and size. Continued improvements of bio-membrane sensors and liposome delivery systems that are competent in the association of other membrane-bound proteins in vivo could allow selective delivery of therapeutic compounds to chosen intracellular target areas. As large quantities of stable and cost-effective liposomes are manufactured many new applications will surface.
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Tag Words:
liposomes
Categories: Biotech
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http://www.researchimpact.com/ MIR028_LIPOSOMES.aspx
Customer Support: contactus@researchimpact.com. Call us at INDIA: +91 9676994272 / UK: 076-24-057837