Cold Plasma Respiratory Airflow for Low-Dose RONS Inhalation
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Solution Overview
Problem
Existing respiratory devices do not leverage the therapeutic potential of cold atmospheric plasma for inducing a hormetic response in humans and animals through controlled inhalation of reactive oxygen and nitrogen species (RONS) to enhance resistance to oxidative stress.
Innovation Solution
A respiratory device incorporating a cold atmospheric plasma generator that produces a laminar airflow enriched with RONS, utilizing a silent air blower and HEPA filter to ensure clean air delivery, inducing a hormetic reaction in users.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If cold atmospheric plasma is used to produce high concentrations of RONS for disinfection, then microbial elimination effectiveness is improved, but risk of damage to healthy tissue increases
Solution Approach 1:
The invention changes the concentration parameter of RONS from high (disinfection level) to low (hormetic level). By producing low concentrations of reactive oxygen and nitrogen species through the plasma generator, the system triggers adaptive cellular responses without causing oxidative damage, thus resolving the contradiction between elimination effectiveness and tissue safety
Solution Approach 2:
The system applies RONS in periodic cycles rather than continuous exposure. The plasma generator operates intermittently to deliver pulsatile doses of RONS, allowing cellular repair mechanisms to reset between exposures. This periodic application maintains hormetic stimulation while preventing cumulative oxidative damage to healthy tissues
2Reliability
If high dose RONS are administered to ensure therapeutic effect, then cellular resistance stimulation is improved, but selectivity between healthy cells and microorganisms deteriorates
Solution Approach 1:
The invention fundamentally changes the dosage parameter from high dose to low dose RONS administration. By delivering sub-lethal concentrations of reactive species through controlled plasma generation, the system selectively stimulates adaptive responses in healthy cells while avoiding the non-selective cytotoxic effects that occur at high doses, thus maintaining therapeutic selectivity
3Reliability
If plasma generator produces high concentration RONS output, then therapeutic effectiveness is improved, but control precision over RONS delivery deteriorates
Solution Approach 1:
The system deliberately uses partial action by producing low concentrations of RONS rather than maximum concentrations. The plasma generator is operated in a regime where only a small fraction of the potential RONS production capacity is utilized, allowing for easier and more precise control of the actual delivered dose while still achieving therapeutic hormetic effects
Solution Approach 2:
The invention introduces air as an intermediary medium between the plasma generation process and the patient. The plasma generator produces RONS that immediately mix with and dilute in the air stream, creating a buffer that simplifies control. This intermediary approach transforms the difficult task of directly controlling high-concentration plasma into the easier task of controlling air flow rate and plasma power levels
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The device effectively enhances cellular resistance to oxidative stress by stimulating a hormetic response in humans and animals through controlled inhalation of low-dose RONS, without causing harm to healthy tissue.
Implementation Method 1
plasma is defined as the fourth state of matter. This state is achieved by transferring enough energy to a gas so that a significant portion of its molecules become ionized
Implementation Method 2
a significant portion of its molecules become ionized
Implementation Method 3
RONS have been shown to be responsible for these effects by virtue of their ability to produce oxidative stress on cells and microorganisms
Data Source
Figure 1~2
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Figure 5
AI summary
Cold atmospheric plasma generator (2) configured to receive air as input substance and expel RONS, Reactive Oxygen and Nitrogen Species, suitable for being inhaled by living beings as output substance, and respiratory device (1) that integrates said cold atmospheric plasma generator (2).