Potential usage

Fnzyme CAS Registry Number Substrate Potential usage... 

Potential Usage of TMC-Based Copolymers in Tissue Engineering.232... 

Potential Usage oe TMC-Based Copolymers in Tissue Engineering 8.5.4.1 TMC-DLLA Copolymers in Heart Tissue Engineering... 

Table 24 Potential usage of alkaloid-rich and alkaloid-poor Washington lupine (Lupinus polyphyllus LindL) in agriculture...

Despite these impeding factors, business companies interested in Chemical Leasing are asked to recognise potential usage, work out its specific advantages, and develop a viable business model with partners. 

Wigler, N., S. Shina, O. Kaplan, G. Luboshits, S. Chaitchik, I. Keydar, and A. Ben-Baruch. 2002. Breast carcinoma a report on the potential usage of the CC chemokine RANTES as a marker for a progressive disease, hr Med Assoc J 4 940. 

The classification of Brazilian propolis as to their chemical profiles and geographic regions seems to be relevant because that biomass is typically quite complex, making difficult and expensive to perform a complete characterization in that sense. By doing so, the propolis produced in southern Brazil might be better evaluated as to their potential usage in cosmetic and pharmaceutical industry, taking into consideration their secondary metabolite... 

For applications in the rain trap system, the results of the EPA s toxicity characterization leaching procedure (TCLP) indicate that none of the tire products tested exceeds proposed TCLP regulatory levels. Most compounds detected are found at trace levels, (near method detection limits), from 10 to 100 times less than TCLP regulatory limits and U.S. EPA drinking water standard maximum contaminant level (MCL) values. The Florida Department of Environmental Regulation released its final report on tire teachability in potential usage environments. The study, which evaluates the leachability of shredded tires in different aquatic environments, finds that scrap tires pose no harmful effects when used in applications that are above the water table [14]. 

The role of chitosan as a stabOizer of w/o/w is another of its potential usages as an industrial food additive [197] this property has been attributed to a presumed amphiphilic character of chitosan and/or to the fact that it can increase the viscosity of the continuous aqueous phase. Additionally, the effectiveness of chitosan treatment on oxidative stabOity showed that the addition of chitosan at 1 per cent produced a decrease of 70 per cent in the 2-thiobarbituric acid (TBA) contents of meat after 3 days of storage at 4°C [198]. 

Generally speaking, composting is able to return food waste to the soil as a soil fertilizer, which can improve the yields and the crop quality by increasing the water holding capacity and water infiltration rates of the soil and also reducing the bulk density, erosion potential, usage of herbicides. 

The unique amphiphilic property of surfactants has made them useful in oil field applications. Their abilities to solubilize, emulsify/demulsify, foam, alter interfacial tension, viscosity and friction have made them ingredients in a variety of fluids. However, on a volume basis, the greatest potential usage would be surfactant waterflooding for enhanced oil... 

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