The precise branching pattern of the nine first-branching families in the Lamiales tree (Plocospermataceae, Carlemanniaceae, Oleaceae, Tetrachondraceae, Calceolariaceae, Gesneriaceae, Plantaginaceae (incl. Gratioleae), Scrophulariaceae) is inferred with very high or maximum (most cases) support.
Unfortunately gene trees may not be able to resolve this problem because relationships (clades) beyond the family level of ANTP genes (e.g. the Gsx, NK6, Evx etc. family) are, in most cases, weakly supported (e.g. Figure S1 & S2; cf. [4], [5]).
With the exception of the 2A region, phylogenies derived from different regions, including the 5'UTR, VP1, and 3C, support monophyletic origins of the different lineages (> 70% bootstrap replicates) in most cases, further supporting no recombination existing between them.
Although there is a wide range in individual doses, from 0.41 mg/shift to 392 mg/shift, the difference in individual shift doses between the first two shifts and the third shift are relatively small in most cases, which supports the assertion that workers tended to work in similar jobs on different shifts.
The most convincing case supporting this notion has been documented by Arnould et al.
Although in most cases, the support vector machines model has more than 70 support vectors, the number of relevance vectors related to different activities is always not more than 4, which implies a great simplicity in the classifier structure.
In most cases, the support consists of information on the right of choice and instructions on how to search among alternatives.
But I can tell you this: It's not as bad as one would think, and in most cases the support is tremendous, as the photo above hopefully shows.
But in most cases, S1 support is reduced to a small number of values and the complexities decrease accordingly.
In most cases, QTL support intervals were narrowed by matching SNP distribution patterns to estimated allelic effects.
