Thorne Methyl-Guard Plus® 90 caps

• Nutritional support for individuals who have MTHFR gene variations*
• Enhanced cellular energy production fights occasional fatigue*
• Helps maintain a healthy homocysteine level in the blood, which supports cardiovascular, cognitive, and bone health*
• Promotes fat metabolism and lean body composition*
• Supports neurotransmitter production – natural chemicals that play an important role in nervous system functions, like attention, focus, mood, and sleep*
• Promotes liver detoxification of many substances, including hormones like estrogen*

• Cardiovascular health
• Cellular energy production
• Fat metabolism
• Neurological function
• DNA production
• Liver detoxification processes
• Eye health
• Histamine balance

• Individuals with variations to MTHFR and other genes that adversely affect methylation*
• Aging individuals wanting to support their cardiovascular, cognitive, and metabolic health*
• Women seeking support for estrogen metabolism and bone health*
• Individuals wanting nutritional support for fat metabolism and maintenance of a healthy body composition*
• Anyone with limited consumption of methylation-supportive foods like green leafy vegetables, legumes, and cruciferous vegetables
• Support cellular energy production, heart health, brain function, and mood with nutrients that optimize methylation

• Betaine, also known as trimethylglycine, is a superior methyl donor
• The methylated forms of vitamin B12 (methylcobalamin) and folate (5-MTHF) benefit individuals with certain gene mutations*
• Active forms of vitamins B2 and B6 – key cofactors in methylation processes
• B vitamins in their active, tissue-ready forms means your body gets the greatest benefit with the least additional work*
• Robust methylation support in fewer capsules per day than Thorne’s original Methyl-Guard^®

Various conditions and stressors can have an adverse impact on the body’s methylation cycle. Nutrient deficiencies, environmental exposures, and other aspects of a modern lifestyle can cause inefficient methylation. In addition, approximately 60 percent of U.S. adults have a genetic variation that makes it difficult for their methylation cycle to function optimally.