In addition, genes on a multicopy or medium copy plasmid may require a different degree of divergence to be identified as absent or divergent by comparative hybridizations.
How is this remarkable divergence to be explained?
Ardipithecus ramidus, discovered in Ethiopia in the mid-1990s by Tim White of the University of California, Berkeley, and colleagues, put back the human-chimp divergence to at least 4.4m years ago.
Here, we again use the IS divergence to measure distance.
The proposed model consistently results in lower KL divergence to the ground truth.
In this paper, the black-border constraints naturally restrict such divergence to a very small value.
In contrast, the European segments with the lowest divergence to Neandertals have a divergence to Venter that is 140% of the genome-wide average, which drops precipitously with increasing divergence to humans before rising again (Fig. 5A).
We utilize the Kullback-Leibler (KL) divergence to measure the distance between two pdfs.
However, it is also possible for trajectory divergence to be faster than exponential.
However, the magnetic field also satisfies a constraint that requires its divergence to be zero at all times.
Among the segments with low divergence to Neandertals and high divergence to Venter, 94% of segments are of European ancestry (Fig. 5B), suggesting that segments of likely Neandertal ancestry in present-day humans can be identified with relatively high confidence.
