ZIN2 System

ZIN2 System: Beyond Conventional Compound Analysis, Toward Creative Design

1. Limitations of Conventional Compound Analysis

Commonly used compound analysis tools typically provide the following results:

• ADME indices (Absorption, Distribution, Metabolism, Excretion)
• Physicochemical properties (e.g., logP, solubility)
• Basic toxicity predictions

While useful as a starting point, their scope and depth remain limited:
– Unable to model structural modifications or novel derivatives
– No simulation of efficacy changes over time
– No evaluation against global regulatory standards

2. Scope of the ZIN2 System

The ZIN2-TrustProof™ and integrated modules go far beyond prediction. They provide a new dimension of analysis and design.

• Structure-based analysis → Deconstructs key functional motifs and enables new derivative design
• Efficacy flow simulation → Predicts multiple functions such as antioxidant, anti-inflammatory, anti-wrinkle along biological time rhythms
• Safety & regulatory pre-validation → Simulates compliance with FDA, EMA, KFDA standards before development
• Market applicability → Expands results toward real product/industry applications

3. Comparative Summary

Category	Conventional Analysis	ZIN2 System Analysis
Focus	Physicochemical values	Structure, efficacy, future design
Output	ADME, limited toxicity data	Novel derivatives, multi-efficacy simulation
Regulatory Linkage	None	Global compliance pre-validation
Industry Utility	Reference level	Product and market readiness

4. Conclusion

Compound analysis alone, limited to numeric predictions, is no longer sufficient.
The ZIN2 System expands analysis into creative design.

• Conventional tools: “Interpret the present”
• ZIN2 System: “Design the future”

This difference will directly determine future competitiveness in research and industry.

👉 In the next post, we will demonstrate a real compound case study, comparing Conventional analysis results vs ZIN2 System results.