Heart Health & TGCV Studies
Summaries of Osaka University's cardiac metabolism findings.
Read Summary →Tricaprin Research Library
A curated collection of peer-reviewed studies, summaries, and medical insights.
Research Categories
Explore our comprehensive collection organized by scientific domain
Metabolism & Energy
How TriCaprin influences mitochondrial output & metabolic efficiency.
Read Summary →Lipolysis & Fat Breakdown
Research on fat oxidation & substrate utilization.
Read Summary →C8 vs C10 Research
Comparing MCT types & biochemical differences.
Read Summary →Cellular Mechanisms
Molecular pathways, FAO, receptor interactions.
Read Summary →Supplement Formulations
Purity, extraction, and manufacturing insights.
Read Summary →
FEATURED RESEARCH
Osaka University TGCV Findings — Explained Clearly
The TGCV research represents a breakthrough in understanding how C10 triglycerides support cardiac energy metabolism.
- Improved myocardial energy efficiency
- Better fatty acid oxidation in cardiac cells
- Potential therapy for metabolic cardiomyopathy
- C10 vs mixed MCT mechanisms
- Clinical results & significance
Molecular Structures
C8 vs C10 molecule difference
C8
8 carbons
C10
10 carbons
C8 vs C10 Key Differences
C8
Fastest ketones • GI sensitivity
C10
Sustained metabolism • Heart pathways
Absorption
C8: 15–30m
C10: 30–60m
Research Focus
C8: Energy
C10: TGCV
Why Coconut Oil ≠ C10
Coconut oil contains <10% C10. Most is C12 (lauric acid).
TriCaprin extracts raise C10 purity to 90–99% for research use.
<10%
C10 in Coconut
~50%
Lauric Acid
90–99%
Pure C10
Download the Full Research PDF
10-page comparison of TriCaprin, MCT & Coconut Oil
- Detailed C8 vs C10 comparison
- TGCV study explanation
- Metabolic pathways
- Supplement purity guide
FREE GUIDE
TriCaprin (C10) vs The Rest
10 Pages • PDF Format
