Based on coupled investigations of crystal chemistry and ab initio DFT calculations providing the electron localization function (ELF), LP behavior is analyzed precisely by finding its position E, orientation and "volume of influence" which consists in an electronic cloud generated around the so-called 'centroïd' Ec of the electronic doublet.
The technique enabled important discoveries related to DNA, RNA, and proteins, but the location of diffusible, noncovalently bound chemicals could not be analyzed precisely, because of the artifacts introduced by sample preparation.
With synchrotron radiation, structures that once baffled researchers can now be analyzed precisely.
By using single sperm cells, the haplotypes in the polymorphic regions can be analyzed individually and precisely.
Multiple studies could be analyzed to more precisely define and refine the health space.
A target gene can be analyzed much more easily and precisely by correlation to a stable independent parameter, i.e. directly proportional to the amount of mRNA and not influenced by factors such as hormones, cell cycle status, etc.
Hence, to precisely estimate the impact of monopoly on income variations by industry, industrial characteristics should be analyzed more systematically.
By taking advantage of this large collection, processing chains can be precisely adapted to the variety of structures to be analyzed, including the nucleus itself and structures composed of spot-like or larger objects.
By contrast to xenografts or cultured cancer cell lines, the mutational load can be precisely controlled, allowing the genetic requirements of cell transformation to be analyzed within the tissue of origin.
Nutritional data precisely collected, were analyzed by our nutritionists and the daily usage of Ca, Pi, vitamin D, and protein were extracted.
