A general equation is developed in two forms, the first is universal, encompassing both segregating and non-segregating systems, and the second is specific to non-segregating systems.
When comparing families with segregating and non-segregating MHC genotypes, the mean total parasite load of non-segregating families was not significantly different (F1,52 = 0.506, P = 0.480).
Our approach is applicable to a wide variety of segregating and non-segregating mapping populations, facilitates rapid refinement of physical QTL position, is complementary to other QTL fine mapping methods, and provides an appropriate genome-wide criterion of significance for combined mapping results.
Additional markers for segregating and non-segregating regions were confirmed for the NIL pair and verified in the parental lines as described above.
The within family MHC effect was however outweighed by the between family effects as no differences in overall parasite load between segregating and non-segregating families could be detected.
= 1 = 0.195, P = 0.889) nor ordination distance to the respective family mean families (F1,52 = 0.084, P = 0.773) differed significantly between segregating and non-segregating, indicating that variation within segregating families depended only to a minor proportion on different MHC genotypes.
Limiting, segregating, and classifying.
§ 1630.5 Limiting, segregating, and classifying.
29 CFR § 1630.5 - Limiting, segregating, and classifying.
We present a neuronal architecture which was designed and optimized for segregating and representing luminance gradients in real-world images.
