This describes a method to create food or supplement products that deliver beneficial sulfur compounds, similar to those in garlic, to the body. It involves chemically bonding these sulfur compounds to proteins in an edible material, allowing the body to then form active compounds like allicin. The core methods claimed specifically use garlic-derived compounds such as allyl mercaptan or diallyl disulfide.
Why it matters: Since 2005, significant advancements in food chemistry and protein engineering have made precise modification of food components more feasible. This, combined with enhanced analytical methods for verifying bioavailability, could simplify the development and validation of such targeted delivery systems.
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