Sentence examples for synthetic recognition from inspiring English sources
Biological and synthetic recognition elements are at the heart of the majority of modern bioreceptor assays.
We present a critical review of the recent developments in nano- and micro-engineered synthetic recognition materials predominantly used for SAW-based organic vapor sensors.
New challenges in scientific research, such as high-throughput systems, isolation procedures that allow to obtain a single substance from a complex matrix in high degree of purity, low costs and wide availability, have led to the discovery of new tailor-made synthetic recognition systems.
Our findings suggest potential control strategies for invasive ants based on colony-specific behavioural modification through the use of synthetic recognition cues.
Finally, we tested the behavioural responses to changes in the quantity of these colonymate recognition cues and how combinations of different synthetic recognition cues affected the expression of aggression toward treated colonymates.
This article also highlights the most important problems to be solved in the design of synthetic recognition-based networks for biological molecules.
We also show how speaker familiarity influences speaker and synthetic speech recognition.
Noncovalent associations between arenes and heteroarenes have important structural and functional consequences for organic synthesis, biological structure and binding, synthetic molecular recognition, supramolecular chemistry, π-conjugated materials, and crystal engineering.
The method can potentially generate non-biological, synthetic molecular recognition sites, analogous to antibodies, for a broad range of biomedical applications, including new types of sensors, laboratory and clinical assays, as well as inhibitors and targeted therapeutics.
To facilitate possible in vivo processing of the fusion proteins, a synthetic furin recognition motif Arg-Ala-Arg-Tyr-Lys-Arg-Ser (furS) was included between the fusion partners and GrB.
To circumvent the need for in vitro processing, we included a synthetic furin recognition motif between the protein domains of MBP-GrB fusion proteins and investigated potential in vivo cleavage by endogenous furin-like proteases from yeast.
