🧪 Overview
A scientific case study was conducted over 9 months with two adult participants aged 44 and 52. The goal was to measure the biological impact of the Genetic Invent platform on the brain's ability to regenerate and adapt, focusing on two key neurotrophins:
🧠 HBDNF
Human Brain-Derived Neurotrophic Factor
🧪 HBNGF
Human Beta Nerve Growth Factor
👤 Participants
Participant 1 (N.T.A)
52 years old
Participant 2 (H.A.J)
44 years old
Study Details
Testing Period:
January 1, 2024 → September 4, 2024
Testing Method:
ELISA kits (high-precision biochemistry tool)
Statistical Method:
Paired t-test with a 7% significance threshold
📈 Results Summary
🧠 HBDNF (ng/mL)
| Participant | Before | After | % Increase |
|---|---|---|---|
| N.T.A | 3.83 | 6.03 | +57.45% |
| H.A.J | 2.24 | 4.93 | +120.09% |
| Average | — | — | +88.77% |
🧪 HBNGF (ng/L)
| Participant | Before | After | % Increase |
|---|---|---|---|
| N.T.A | 1102 | 1530 | +38.85% |
| H.A.J | 912 | 1312 | +43.86% |
| Average | — | — | +41.35% |
📊 Visual Representation
The following charts illustrate the average neurotrophin level increase observed over the 9-month intervention.
Figure (8): Average increase in HBNGF Levels
Figure (9): Average increase in HBDNF Levels
📐 Statistical Analysis
🧠 HBDNF Analysis
🧪 HBNGF Analysis
📊 Interpretation
These results are significant because:
- 🎯 Such increases in HBDNF and HBNGF are rare in adults over 25
- 🔬 The platform induced biological-level growth beyond what is expected from non-invasive methods
It proves that Genetic Learning can promote:
Brain regeneration
Cognitive performance
Emotional resilience
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