Not all forms of vitamin B1 behave the same way in the body. This clip explains how benfotiamine, sulbutiamine, and TTFD all deliver thiamine but may have different applications depending on the system being targeted. From peripheral nerves and cognition to gut function and the autonomic nervous system, each form has unique properties while supporting the same core processes of energy production and nervous system communication.

Every cell in your body depends on oxygen, largely because your mitochondria need it to efficiently produce energy. This clip explains why oxygen deprivation, or hypoxia, is such a powerful form of cellular stress and why studying how cells respond to low oxygen can reveal so much about the body's broader stress response.

Researchers studying a thiamine compound found in garlic discovered something unexpected: modifying the B1 molecule could dramatically change how the body absorbs and uses it. This clip explains how that discovery led to the development of different thiamine derivatives, including forms designed to bypass normal transport limitations and reach tissues more effectively.