Why Choose Molybdenum?†
• Potent molybdenum supplement
• Supports sulfite metabolism
• Supports healthy detoxification
Who Needs Molybdenum?
Does your customer or patient get side e ects from wine or dried
fruits? They might be experiencing sulfite intolerance. The trace
mineral molybdenum is needed to break down sulfites. High sulfite
levels can trigger side e ects, including headaches and flushing.
Molybdenum provides a potent dose of molybdenum. Those
experiencing SUOX gene challenges or dietary sulfite sensitivities
may benefit from a higher amount of molybdenum support. The
glycinate chelate form o ers excellent bioavailability.†
Molybdenum is an essential trace element needed for sulfur and
sulfite metabolism. The sulfite oxidase (SUOX) enzyme breaks down
sulfites into less problematic sulfates. Molybdenum is required as a
cofactor for this biochemical reaction.†
In addition to the SUOX enzyme, molybdenum is a cofactor for other
critical detoxification enzymes, including aldehyde oxidase (AO) and
xanthine oxidase (XO). These enzymes help naturally break down
certain drugs and potentially harmful compounds. Certain aldehydes,
drugs, and alcohol must be broken down via these enzymes, which
require molybdenum to function.†
Why Molybdenum Works?
Molybdenum is an essential cofactor for several enzymatic
reactions in the body. The most well-known is sulfite oxidase
(SUOX). The enzyme sulfite oxidase (SUOX) breaks down
sulfites into less problematic sulfates. SUOX enzyme function
can be impaired due to genetic variations, molybdenum
deficiency, or environmental factors. Without optimal SUOX
function, sulfite levels can become elevated. High levels of
sulfites can lead to side e ects such as breathing issues,
flushing, heart palpitations, headaches, and other symptoms
associated with sulfite sensitivity.†
As a cofactor for the AO enzyme, molybdenum supports
healthy detoxification. It plays a major role in converting
acetaldehyde into acetic acid. Acetaldehyde is a byproduct of
fungal growth and alcohol consumption. Elevated levels can
be problematic.†
As a cofactor for the XO enzyme, molybdenum also supports
purine metabolism via the oxidation of hypoxanthine to uric
acid.†
Molybdenum plays a role in healthy iron transportation and
release. It is necessary for maintaining normal iron levels and
utilization. This is due to its involvement in the enzymatic
process that mobilizes iron from liver reserves. Iron also helps
produce heme, a cofactor for the SUOX enzyme.
