EXTRACORPOREAL EBOO & EBO2
EBOO stands for Extracorporeal Blood Oxygenation and Ozonation.
This is a high-tech procedure in which within one session the blood passes through a controlled extracorporeal circulation environment, where it is filtered, oxygenated and treated with medical ozone in a strictly coordinated process.
Within the procedure, more than 3 liters of blood pass through the system, which allows large-scale circulation treatment and direct impact on the internal liquid environment of the body.
The method is structured in order to:
- reduction of systemic inflammation
- supporting deep detoxification
- influence of oxidative and metabolic stress
- supporting cellular energy dynamics
- activation of physiological adaptation and immune reactivity
In the operational context, the effect is not superficial or symptomatic, but directly related to the blood – the carrier of oxygen, nutrients and biophysical information to every cell in the body.
People are turning to EBOO because of a wide range of conditions and goals:
- chronic fatigue and exhaustion
- autoimmune and inflammatory processes
- postviral and post-infectious conditions
- anti-aging and maintenance of biological youth
- long-term optimization of health, metabolism and immune capacity
Unlike classic ozone therapies, EBOO operates in a closed system with medical-grade filtration and control, which allows for a high degree of precision, stability and coordination of the process.
This is what places the system among the most modern extracorporeal modulation environments used today for systemic regulation and restoration of the organism at the real cellular and biophysical level.
What happens in the filtration medium:
A significant amount of metabolic waste, inflammatory molecules, cell residues and oxidative metabolites circulate in the body. As part of the procedure, the filtration system begins to capture and retain part of this circulating load in an extremely visible way.
With a higher systemic inflammatory or metabolic load in the filter, the following can be observed:
- cell fragments and membrane residues
- lipid peroxides and oxidized fatty products
- circulating inflammatory mediators
- protein-related complexes
- metabolic waste
- traces of circulating heavy metals
In the operational context, the filter visualizes in real time part of the accumulated circulatory load in the body.
In more severe cases, the following can be observed:
- strong darkening of the filtration medium
- accumulation of dense gel-like matter
- gaseous reaction between waste products and the ozone-oxygen mixture
- delay of Flow Dynamics due to accumulation of circulating waste
In this sense, EBOO functions not only as an extracorporeal circulation procedure, but also as a visual demonstration of the internal circulation and metabolic dynamics of the body.
Biophysical logic of the system
Within NuCELL, NOVUS EBOO is not used as a standard protocol-driven procedure.
The system is considered as: high-level biophysical redox and circulating medium
In the operational architecture of NuCELL NOVUS, parameters are not used according to a fixed pattern.
They are adapted according to:
- physiological reactivity
- adaptation reserve
- oxidative tolerance
- circulation dynamics
- metabolic context
- sequencing the logic of the system
This allows:
- dynamic circulation modulation
- adaptive oxygen coordination
- controlled Redox Integration
- synchronized extracorporeal regulation
- supporting physiological stabilization
It is the coordination logic between oxygen dynamics, flow architecture, gas integration, filtration environment and physiological reactivity that forms the real operational value of the system.
Within NuCELL NOVUS, this module does not function as a standalone technology, but as part of a larger integrative architecture developed by Albina Fabiani, a system in which individual environments, modules and regulatory layers are combined in a controlled sequence in order to optimize physiological adaptation, internal metabolism and overall functional efficiency of the organism.