Why Tocotrienols Are the ‘Tesla’ of Antioxidants – Faster, Smarter, and More Efficient!

This is absolutely right. Any other form of vitamin E might feel like a worn-out Chevy from the 1970s. No offense to those cars because they were relevant and efficient for the era that they belonged to. Likewise, the current time and age are of the much faster, smarter, and more efficient Tocotrienol vitamin E family. You have alpha, beta, gamma, and delta here too. Delta Tocotrienol vitamin e derived from the annatto plant in particular has been making a lot of ripples in the healthcare and supplement sectors. This is because people have understood the difference between Tocopherols and Tocotrienols.

What Are Tocopherols And How Have They Ruled The Supplement Industry For So Long?

Tocopherols are also of 4 types just as mentioned above. These molecules have a long tail and no double bonds as opposed to the short tail and double bonds of the Tocotrienol molecule. This molecular structure is standard in all vitamin E supplements in the industry. Tocopherols can also be more easily extracted from various sources. It proves to be highly cost-effective and this is exactly why it is more commonly available. 

But the downside is that Tocopherol molecules are less flexible and may be less efficient at penetrating our cells compared to tocotrienols. They don't get absorbed into the body as easily. Tocopherol molecules are known to donate their electrons to free radicals. This helps protect cell lipids and slows down oxidative stress but all that takes a lot more time.

Needless To Say, Tocopherol Molecules Do Have Several Benefits

Coming To Their Counterpart, The Tocotrienol Molecule Miracle

Tocotrienol molecules share some antioxidant properties with tocopherols, such as neutralizing free radicals and reducing oxidative stress. However, this is where the similarity ends. They differ in their structure and potential bioavailability. The Tocotrienol vitamin E molecule consists of an unsaturated side chain. It has double bonds which make these molecules far more flexible and faster. They are able to move at least 40 to 60 times faster than the tocopherol molecule.

Their unique structure may allow tocotrienol molecules to be more readily absorbed by our cells. Scientists believe that delta-tocotrienol molecules may be more readily absorbed into fatty tissues like the liver and brain, potentially offering unique benefits as compared to Tocopherol molecules.

Understanding The Structural Difference Between Tocopherol And Tocotrienol Vitamin E Molecules

Tocotrienol molecules, as said above, have a shorter tail. They also have lower molecular weight as compared to Tocopherols. This makes them more active and gives them a higher motility rate. It also improves their binding tendency towards free radicals in your body. This flexibility allows these molecules to achieve higher tissue coverage as compared to Tocopherol molecules. 

On the other hand, the longer tales and single bonds of Tocopherol molecules hinder their flexibility. It also restricts the biological functionality of this supplement. The unique structure of the Tocotrienol vitamin E molecule may improve the antioxidant capability of the supplement. Because of the same reason, they become more bioavailable for the body. They get absorbed by our tissues more easily and rapidly.

This is Why The Tocotrienol Molecule is Known as The Tesla Of Antioxidants Making it Faster, Smarter, and Far more Efficient!

Tocotrienol Characteristics Unmatched By Tocopherol Molecules

• The lighter weight of the Tocotrienol molecules gives them higher speed and the ability to get close to the cell wall and counter free radical attack

• Tocotrienol-rich vitamin E supplements may support overall health and could be considered as part of a broader care plan for individuals with certain serious health conditions as suggested by a study by the NLM

• The high speed of these molecules enables them to target more cells and tissue areas as compared to the tocopherol molecules, therefore providing them with more protection

• Tocotrienol molecules are able to penetrate the cell walls more efficiently, especially the ones with saturated fatty acid layers such as those of the brain and liver

• A study concluded by the National Center for Biotechnology Information suggests that these molecules may be able to potentially diminish nerve cell damage making them neuroprotective

• Scientists also say that regular consumption of Tocotrienol vitamin E supplements may be helpful to patients who have suffered a stroke, however more studies are needed

• According to a study published by the NLM, annatto-derived Tocotrienol vitamin E may support cardiovascular health by influencing certain enzymes, though more research is needed to fully understand its effects on cholesterol.

Quick Disclaimer: Always consult with a healthcare provider before any kind of health supplement use, especially for serious health conditions.

At The End Of The Day, Which Vitamin E Supplement Should You Take?

While there is absolutely nothing wrong with choosing the tocopherol family vitamin E, the delta Tocotrienol molecule might prove to be more effective. Always pick a product that is organically extracted and highly preferred for its health benefits. The reasons cited above should be enough to convince you to choose a better health supplement. The clear winner here is delta Tocotrienol vitamin E. You can always find out more about it by visiting Wellness Extract, your partner in holistic nutrition and healthy aging.

Disclaimer: These statements have not been assessed or evaluated by the Food and Drug Administration (FDA). These products are not intended to diagnose, treat, cure, or prevent any disease. Always consult with a healthcare provider before starting any new supplement regimen.