Sentence examples for systems for biochemical from inspiring English sources
We anticipate that this work will pave the way for the development of miniaturized systems for biochemical sensing applications and for the demonstration of on-chip optical communications.
Electrochemistry is shown to be quite compatible with microanalytical systems for biochemical assays, because of its attractive merits such as simplicity, rapidity, high sensitivity, reduced power consumption, and sample/reagent economy.
These biosensors have multiple reacting zones in a single flow channel, and hence they also serve as good model systems for biochemical systems with multiple reacting zones, such as cell membranes.
We point out that our model learning framework can be applied in both the context of computational systems biology for biochemical system identification and synthetic biology for the modular design of desired biochemical systems.
A dedicated AMS system for biochemical 14C measurements is being built at the Center for Accelerator Mass Spectrometry.
The emerging trends in regenerative medicine rely among others on biomaterial-based therapies, with the use of biomaterials as a central delivery system for biochemical and physical cues to manipulate transplanted or ingrowth cells and to orchestrate tissue regeneration.
The VITEK 2 microbial characterization system for biochemical characterization of the isolates and gram-negative and gram-positive cards was used to identify them.
Twelve different biochemical reactions were performed using the microplate system for biochemical identification of streptococci (SVA-strept).
DOI: http://dx.doi.org/10.7554/eLife.09943.002 All living cells possess a system for biochemical reactions, the metabolic network, which supplies cells with their necessary molecular constituents.
In order to better understand these enigmatic features of HRPKSs, it is important to work with a suitable model system for biochemical analysis.
Overall, these results provide insight into lignin-unlocking mechanisms for understanding plant cell-wall deconstruction, which could be useful in development of new enzymatic pretreatment processes mimicking the termite system for biochemical conversion of lignocellulosic biomass to fuels and chemicals.
