Some aspects of clinical and instrumental objectivization dates modelling of tissues hydrophilicity processes in hemodynamic disorders
Our report presents the results of many years of clinical and instrumental studies of hemodynamic and hydrodynamic disorders in the human body.
Instrumental diagnostics with visualization of perivascular edema (MRI, digital optical capillaroscopy, technology of vascular screening, etc.) allow to “activate the fact of hydrophilicity of tissues and to simulate various variations of hemodynamic-hydrodynamic conflicts in a living organism.
The brain and brain tissue are the only tissue that is most susceptible to edema in the conditions of a closed cranial box and hydrodynamic intracerebral conflict. That is why modeling the processes of edema and hydrophilicity of tissues is necessary for a deep understanding of the processes of venous congestion, wettability of the vascular wall and perivascular edema of tissues in the genesis of cardiovascular pathology, thrombosis and formation of the DVS syndrome.
We have established that hydrophilicity of tissues is directly related to extravasal compression of veins and arteries, tissue swelling and their compression with minimization of their function.
The technologies developed by us, Angioarchitectonics and Angiomarker technology, allow us to detect such conflicts. Personalized models development for these purposes leads to a choosing optimal and effective treatment for everyone.