Out of all pairs of nucleotides in the β-globin cluster that are called as orthologous between human and any of the six other species by either or both methods (based on human bases), 76.4% are called in common by both methods, 17.6% are called only by CHAP 2, and 5.9% are called only by Compara.
Results for the test set are very similar in the two figures, which indicates that the proposed confusion-driven phone clustering method may be used instead of the classical methods based on human knowledge.
Doing so requires them to extrapolate a toxic blood or tissue dose from a cell-based response, which can be accomplished with PBPK modeling and computational methods based on human cell circuitry, says Gina Solomon, a senior scientist with the nonprofit Natural Resources Defense Council.
Tables 4 and 5 give a summary of GO-terms that occurred more frequently in balancers or cell line-specific proteins, respectively, based on human GOA database searches (see Methods for details).
Out of all pairs of coding nucleotides in the β-globin cluster that are called as orthologous between human and any of the 13 other species by either or both methods (based on human bases), 67.0% are called in common by both programs, 32.6% by CHAP 2 only and 0.4% by OrthoMCL but not by CHAP 2. For the α-globin cluster, 48.6% are called in common, 49.5% by CHAP 2 only, and 1.9% by OrthoMCL only.
In this paper, we proposed a data embedding method based on human visual system (HVS) and quadtree partitioning.
This paper discusses the application of a method based on human subjective preference to the acoustic design of a Javanese gamelan performance hall.
Currently, a post-action method based on human experience and system alarm is widely used to handle this scenario in industry, which has shortcomings like reaction delay.
This ratiocination leads us to compare the plan and film results with unavoidable errors by a traditional method based on human observation.
The method is based on human performance quantification and is supported by a tool that enables scenario-based evaluation of prospective organisational processes through simulation.
