TTFD – B1 Max – Thiamine Vitamin B1 TTFD – 100mg – (Thiamine Tetrahydrofurfuryl Disulfide) Thiamine MAX, 60 Capsules by MaxLife Naturals

Brand: MAXLIFE NATURALS

Features:

• TTFD B1 Max – a thiamine derivative in its purest form containing a highly-bioavailable derivative of thiamine (vitamin B1) called TTFD – thiamine tetrahydrofurfuryl disulfide, that has been widely researched in Japan for its therapeutic potential in addressing thiamine insufficiency. TTFD B1 Max also contains a small amount of magnesium (as magnesium taurate), which is a mineral that is important for supporting how cells can optimally utilize thiamine.
• High Intestinal Absorption – TTFD produces high levels of thiamine in the cell to be utilized for biochemical reactions, and the intestinal bioavailability is much greater than thiamine salts.
• May increase brain thiamine content – TTFD also has a demonstrated capacity to penetrate the blood brain barrier and increase thiamine levels in the brain and central nervous system, where it may be used to support optimal cognition and maintain autonomic nervous system function.
• Free transport across cell membranes – TTFD’s molecular structure allows it to pass through intestinal and cellular membranes without the requirement for a transport system. Once inside the cell, it can be activated and used as a cofactor in important biochemical processes.
• Due to its high human bioavailability, TTFD can be taken in much lower doses than what is considered the “therapeutic dose” of other forms such as thiamine salts. MADE IN THE USA .

Package Dimensions: 50x99x59

Details: TTFD B1 Max – a thiamine derivative in its purest form containing a highly-bioavailable derivative of thiamine (vitamin B1) called TTFD – thiamine tetrahydrofurfuryl disulfide, that has been widely researched in Japan for its therapeutic potential in addressing thiamine insufficiency. TTFD B1 Max also contains a small amount of magnesium (as magnesium taurate), which is a mineral that is important for supporting how cells can optimally utilize thiamine.