Sentence examples for encoded logic from inspiring English sources

The resulting library of complex promoters allows for rapid exploration of promoter encoded logic regulation.

Protein encoded logic operations do not rely on other cellular components for functionality, aside from the fact that they require cell components for their synthesis.

Yet the music does not give a chaotic impression: it seems to develop according to a hidden, encoded logic.

Among the methodologies for modeling guidelines and medical decision rules, the Arden Syntax for Medical Logic Modules and the GuideLine Interchange Format version 3 (GLIF3) emphasize the importance of sharing encoded logic across different medical institutions and implementation platforms.

Among all possible logic functions, NOR and ANDN promoter encoded logics predominate.

Just as engineers use Boolean logic gates to build digital devices, synthetic biologists can encode logic operations in networks of these DNA modules.

"Thirteen or 17 qubits is the next important milestone," Chow said, because it's at that point they'll have the ability to start encoding logic into the qubits — which is when things start to get really interesting.

The spin orientation can be either parallel or anti-parallel to the field, so that it becomes a binary variable which can encode logic 0 and logic 1. Coherent superposition of these two polarizations can represent a qubit for quantum computing.

Therefore BLSTL enables encoding logic statements with respect to both non-dimensional (e.g. species/proteins concentrations) and spatial properties, and correlations between the two.

It appears that particular network motifs can encode logic gates that generate specific functions[ 10, 14, 18]; further work is required to elucidate the logic-gate physiology of the particular cytokine motifs and anti-motifs disclosed here.

Key objectives of the HealthFlow project are: (1) the ability to switch seamlessly from retrospective execution mode for prior-deployment testing to prospective mode; (2) the ability of non-programmers to review the executable logic in a user-friendly fashion (graphical, step-based flowcharts); and (3) the interoperability of the encoded executable logic across different healthcare institutions.