Having ascertained such a global picture we can make consistent predictions for determining basic principles of the functioning of coupled neurons on networks where they receive mixed, inhibitory and excitatory perturbations from other neurons and synergetically reciprocate.
This simplicity means that analysis of the structure and function of the cerebellum offers neuroscientists the opportunity to understand the basic principles of cortical function.
They can serve as a virtual laboratory to give insights into basic principles of cellular functions.
This presumes that the basic principles of mitochondrial functions have to be the same in all organs and tissues, but as we will see in the examples of neurons and astrocytes, the "details" and "variations" are very important for adaptation of mitochondrial metabolism to the specific functions of organs and cell specialization.
Scientifically, glycolipids, membrane receptors, or proteins of the extracellular matrix immobilized onto semiconductor devices can provide physical models of cell and tissue surfaces allowing the investigation of the basic principles of their complex functions in nature.
This study, which is unprecedented in East Africa, clearly points to a mixed understanding on the basic principles of CHI and on the routine functioning of the schemes.
Previous research exploring low enrolment in a community health insurance (CHI) scheme in Uganda identified 'a mixed understanding on the basic principles of CHI and on the routine functioning of the schemes', lack of information, affordability, poor quality of care, enrolment complexities and issues of trust as barriers to enrolment (38, p. 172).
In his piece, Walker goes back to some basic principles of urban design, highlighting that at their core, functioning cities come down to how millions of people share a comparatively tiny amount of space. .
The basic principle of motor function recovery is the medical theoretical basis of robot-assisted rehabilitation training, and contains two aspects, one is that the central nervous system has a high degree of plasticity after the brain injury, and the other is that motor function recovery can be achieved through motor relearning programme.
This function can be described at various levels of precision from the basic principles of chemical kinetics, via Michaelis-Menten enzymatic kinetics to low order polynomials that function as an ansatz for the actual molecular mechanisms.
