The phrase "artificial branch" is correct and usable in written English.
It can be used in contexts related to technology, biology, or any field where a non-natural or synthetic extension or component is being discussed.
Example: "The researchers developed an artificial branch that mimics the function of a real tree limb in their robotics project."
Alternatives: "synthetic branch" or "man-made branch".
Limit the number of artificial branch gaps, especially at intersections, to a minimum.
Among these are rate heterogeneity outside the statistical bounds of the uncorrelated lognormal clock e.g. large population size or generation time changes, [ 65, 66], node-density effects [ 67], ancestral polymorphism, and time-dependent rate variations that produce artificial branch length compression at older nodes (e.g. saturation) and extension towards the tips [ 63, 68, 69].
Once again, we observed a significant difference between the treatments using the colored artificial branches (Table 2A, G = 214, P<0.001).
Several adult tentacled snakes were housed together in a 60-gallon (227 liter) glass aquarium with water between pH 6.5 and 7, gravel, plastic plants, and artificial branches.
However, there were some artificial branches generated by the presence of introns.
As shown in Figure 5a, direct thinning on a binary image generated too many artificial branches due to spurs in the contour of the object and unstained areas (holes).
Artificial branches and driftwood.
In late 1990, a new artificial intelligence branch that was called AIS was introduced.
It has been reported, for example, that chimpanzees can combine tools, to increase their length, in order to obtain out-of-reach food items [Price et al., 2009] and can remove artificial 'side branches' from tools in order to make functional probe tools [Bania et al., 2009].
Climbing frogs need natural or artificial climbing branches, while most frog species enjoy hiding spots such as large, upside down bark segments.
Artificial intelligence, a branch of computer science that is transforming scientific inquiry and industry, could now speed the development of safe, clean and virtually limitless fusion energy for generating electricity.
