Gas Discharge Visualization: A Tool for Medical Biometrics
Author Information
Author(s): Kostyuk Nataliya, Cole Phyadragren, Meghanathan Natarajan, Isokpehi Raphael D., Cohly Hari H. P.
Primary Institution: Jackson State University
Hypothesis
The biometric assessment based on GDV will enable the evaluation of specific features associated with autism spectrum disorder.
Conclusion
GDV may help identify unique biological signatures for specific diseases and improve individualized medical care.
Supporting Evidence
- GDV technique can identify deviations from normal functional states in real time.
- Previous studies have shown GDV's potential in monitoring health conditions.
- GDV captures the natural electrophotonic emissions of the body.
- Significant differences were found in GDV images between autistic children and controls.
Takeaway
This study looks at a new way to see how our bodies work using a special camera that captures light from our fingertips, which can help doctors find health problems early.
Methodology
The GDV technique captures the electrophotonic emissions from fingertips to assess the physiological and psychoemotional state of individuals.
Limitations
The study suggests further work with more participants is needed to strengthen the findings.
Participant Demographics
The study included 61 men and 66 women aged 23 to 52.
Statistical Information
P-Value
p<0.05
Statistical Significance
p<0.05
Digital Object Identifier (DOI)
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