This is the english translation (in parts by hand) of our website which is dedicated to summarizing the current research on tocotrienols and other interesting biomolecules. There is a market overview with price comparison per mg
What Are Tocotrienols?
- tocotrienols and vitamin E IU
- Found reference to the Problem with alpha-Tocopherol
- Proof of the control of important diabetes parameters by delta-tocotrienol in a clinical study
- DrTanVideoGG Geranylgeraniol
- skin study
- Statins and side effects
- How bioavailable is CoenzymQ10? Comparison of ubiquinone/ubiquinol/MitoQ in mitochondria
- Oxyvenation Congress 2017
- Cholesterol and tocotrienols
- Study finds optimal tocotrienol dosage to improve blood lipids
- skin problems
- Shoulder joint impingement
- Familial dysautonomia
- Osteoporosis - new study also shows more active osteoblasts
- Vitamin K - A Group of Lipophilic Vitamins Sinilar to tocotrienols
- Influence of the tocotrienols on the microbiome in the intestine and inflammatory factors in white adipose tissue
- Essential fatty acids - in the Prinadonnas the oils
- Danger from proton pump inhibitors (stomach acid inhibitors)
- Tocotrienols against AD - Alzheimers disease
- Blood pressure: More potassium is more important than less sodium (salt) – other beta blockers
Tocotrienols are parts of the Vitamin E complex. They are significantly more effective as an antioxidant than the tocopherols (up to 60 times). They also have a range additional signaling effects to enable new applications. These include lowering cholesterol, treating cancer, fatty liver disease, osteoporosis, protecting brain cells and eyes, and inhibiting inflammation. This has already been proven by a large number of studies.
Vitamin E and the integrity of the cell membranes and is of central importance for the development of life. It appears in nature as Tocopherol and as Tocotrienol, each in four variants from alpha to delta. Tocopherols are relative slow to react and durable and are preferentially transported in the body. Tocotrienols are short-lived, as an antioxidant up to 60 times stronger.
Studies and more detailed information can be found here, sorted by topic.
| Area of application | Dosage in the literature | |
|---|---|---|
| Cancer | 400 - 900 mg | increases apoptosis, increases the effect of chemotherapy and radiation, reduces resistance, minthet side effects |
| Heart and circulation | 250 mg | lowers cholesterol, MDA, CRP, delta-GT, increases TAS combine with Vitamin K2 |
| inflammation | 250 mg | Reduces NFkB and other inflammatory mediators |
| Brain/Altzheiner |
350 mg | neuroprotective, prevents gliosis, prevents consequences of brain stroke |
| eyes | 400 mg and topically |
Suggested in Cataracts and Macular Degeneration |
| bone/osteoporosis | 300 mg | stops bone degradation |
| NAFLD (fatty liver disease) 2 | 600 mg | Remission in MASLD (NAFLD) |
| kidney | 200 mg |
successful studies and experience reports |
| Gums | topically | successful in dentistry (individual case reports) |
| Radiation damage | 400-600 mg | against radioactivity, UV radiation and those constantly exposed to radiation Pilots and flight attendants |
| gastritis | 200 mg | reduces elevated gastrin levels |
| asthma | N/A | successful in animal experiments |
| skin | topically |
against all kinds of redness, swelling,combustion, etc the cosmetic appearance of skin and hair |
| sport | N/A |
Significantly increased endurance performance in animal experiments |