Sentence examples for linkage traces from inspiring English sources

Following their work, Roeder et al. [43] proposed formulating weights based on previous linkage traces.

Using p-values from the linkage scan at these assigned physical locations, continuous linkage traces were derived from the standard normal cumulative distribution and used to weight the association p-values prior to the calculation of the FDR threshold.

The linkage multipliers trace how an economic sector is dependent on other sectors in both backward (the concerned sector uses input from other economic sector) and forward (the concerned sector's outputs are used as inputs by other economic sectors) directions.

This kind of linkage can trace disease development and progression, but for that we need to understand how the perturbations in a protein affect other proteins and how these changes are reflected on the body parameter.

"If a person gets sick, we can rapidly test the pathogen in the person and then continue testing to make linkages and trace it back to its origin," says Greg Lucier, chairman and CEO of Life Technologies, which makes the PGM.

The IBD-GS method uses linkage analysis to trace genomic IBD relationships in the population [ 2].

Of the 91,451 live born subjects, 88,829 (97.2%) were traced; linkage with the Psychiatric Registry identified 637 with schizophrenia-related diagnoses and 676 with other psychiatric disorders.

This paper presents a computer-aided linkage design system for tracing prescribed open or closed planar curves.

This paper aims to trace this linkage and demonstrate that this linkage leads to the definition of Legendre polynomials without actually having to solve the traditional Legendre differential equation.

Finally, on the base of the predicted results from the movement laws of the inter-satellite linkage, the zenith pass tracing strategies for the user satellite antenna are designed under the program guidance using a trajectory preprocessor.

Complex chemical cycling of mercury in aquatic ecosystems means that tracing the linkage between anthropogenic and natural loadings of mercury to watersheds and water bodies and associated concentrations in the environment are difficult to establish without the assistance of numerical models that describe biogeochemical controls on mercury distribution and availability to organisms.