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Biochemical & Molecular Engineering

March 5, 2013

Main Idea:

Biochemical Engineering:

Biochemical Engineering is like a medication. It increases the quality of our lives by interpreting ways in which new scientific findings can be sensitively converted into realistic facts. Biochemical engineers are also crucial for the development and commercialization of maintainable and economic procedures to generate fluid transport fuels from biomass, algae and waste sources from other development procedures. Biochemical engineers apply the concepts of cell and molecular biology, chemistry, and engineering to create, design, scale-up, improve, and function procedures that use living tissues, creatures, or scientific elements for the An image displaying biochemical engineering development and filtration of products (such as monoclonal antibodies, vaccinations, healing necessary protein, medications, commercial minerals, ethanol and more complicated biofuels); for health and/or environmental monitoring(such as analytic packages, microarrays, biosensors); or for ecological enhancement (such as bioremediation). An understanding of biological processes is also becoming progressively important in the sectors that typically implement substance technicians, such as the chemical engineers, substances, food, energy, fuels, and semiconductor handling sectors.

Molecular engineering:

Molecular engineering innovation is any means of production of elements. It may be used to make, on an incredibly small, most generally one at a time, new elements which may not available in nature, or be constant beyond a very filter range of conditions. Today this is an incredibly hard procedure, requiring manual manipulation of elements using such devices as a scanning tunneling microscope. Gradually it is predicted to manipulate natural self-replicating ‘helper molecules’ that are themselves designed. Thus the area can be seen as a perfection way of chemical engineering that contains proteins technological innovation, the development of protein molecules, a procedure that happens normally in biochemistry, e.g., prion duplication. However, it provides far more control than inherited adjustment of a current genome, which must depend totally on current chemistry to show genetics as necessary proteins, and has little power to generate any non-proteins.

OMICS Publishing Group is delighted to invite you to attend the International Conference and Exhibition on Biochemical & Molecular Engineering, October 07-09, 2013 San Antonio, USA.

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