Metabolic Disorders and Diabetes
Plant-based combinations targeting insulin resistance, inflammation and oxidative stress.
How the Platform Works
Hypothesis Development
We define the therapeutic focus and assess traditional use, material availability and preliminary safety evidence.
AI-Assisted Analysis and Expert Review
Authentication, extraction, chemical fingerprints and comparison of batches.
Chemical Profile of the Plant Material
We establish an accurate chemical profile using LC–MS, GC–MS and spectroscopic analysis.
Extraction Optimization
Mathematical models are used to identify extraction conditions that ensure compositional reproducibility.
Plant material and extracts
We predict constituent–target interactions, assess component synergy and calculate ADMET properties.
Experimental Validation
Standardized extracts and formulations are validated in enzyme- and cell-based assays, including studies performed with partners.
Selected Research Applications
Antimicrobial Phytomedicines
Discovery of plant combinations with potential antimicrobial and antibiofilm activity.
Standardization of Plant Materials
Authentication, chemical fingerprinting and control of batch-to-batch reproducibility.
Research Team
LC–MS, GC–MS and spectral methods for identifying active and marker compounds.
Learn morePublications and Research
AI-assisted analysis of origin, composition, biological evidence and promising plant combinations.
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