Predicting solubility of solids in supercritical solvents with and without cosolvents is a key step supporting the application of supercritical fluids to processes as the extraction of natural compounds and particle engineering.
The results presented here will help in the development of strategies to overcome toxicity of phenolic compounds and facilitate engineering of more efficient microbial producers of biofuels and chemicals.
It is possible that cocrystals may exhibit superior chemical stability when this is an issue with the parent compound, and crystal engineering techniques may provide approaches to prevent known degradation pathways.
Black concentrate and compound producer Cabot Corp has announced an investment in new capacity to enhance its production capabilities for plastic formulations, specifically for conductive compounds and masterbatches for engineering thermoplastic applications.
Exploitation of medicinal plants using modern biotechnology in purification and separation of compounds, and in metabolic engineering where relative abundance of various phytochemicals can be influenced would result in optimum activity and safety.
The plant should best be exploited using modern biotechnology in purification and separation of compounds, and in metabolic engineering under controlled environment where relative abundance of various phytochemicals can be influenced.
Biomimetics (also known as bionics, biognosis and/or biomimicry) might be defined as application of the methods and systems found in nature to the study, design and construction of new engineering systems, materials, chemical compounds and modern technology.
Rubber compounding involves the science and engineering of rubbers and rubber additives, such as processing aids, fillers, and curing agents, in definite proportions to obtain a uniform mixture that will have desirable physical and chemical properties to meet processing at low cost and end use performance.
All these discoveries should be very helpful for a deep understanding of the biosynthetic mechanism of this class of important natural compounds, and for the targeted engineering of polyether derivatives.
In the past few years, numerous proofs of the concept of in vitro biosystems containing complex enzyme mixtures from different groups worldwide have inspired the development of these platforms for biomanufacturing, these biosystems show advantages such as near-theoretical product yields, faster reaction rates, reduced interference from toxic compounds, and unprecedented level of engineering.
