Two arguments based on examples in this system are given for the application of fractional control.
For example, in the system both equations are satisfied by the solution x = 2, y = 3.
For example, in the system acetone-chloroform, a hydrogen bond is formed between the hydrogen atom in chloroform and the oxygen atom in acetone.
Seymour Benzer, for example, used this system in an entirely "classical" manner to increase the resolving power of genetic mapping techniques down to distances of a few nucleotide pairs, thus preparing the ground for Francis Cricks sequence hypothesis.
Another example of this system is in the framework of the hemodynamic; we can use the Navier-Stokes equations for the postoperative hemodynamics issues in congenital heart diseases.
For example, experiments in this model system led to identify functionally active half-site and 3/4 site (3Q) p53 REs, a group of REs collectively considered as non-canonical that were then mapped and validated also in human cells [ 7].
In vertebrates, for example, this system functions with photoreceptors in visual perception [ 6 8].
All of the various partners involved here are bringing different pieces to the table, but JFrog, for example, will implement this system in its Xray API.
One example in this respect would be systems theory, developed by Niklas Luhmann [ 48, 49].
As an example, this system is used in a novel DNA-synthesis cycle.
