…ismutase takes that those super oxides and converts it into hydrogen peroxide H2O O2. Um, and then glutathione quickly grabs the H2O2 and converts it into um into H2O and O2. So, water and and and air and oxygen. Um, and that's the goal. So…
…using damage. So again, superoxide dismutase to catalase to hydrogen sorry to glutathione peroxidase to glutathione and so that catalase right in the middle there is what we've always kind of bypassed and we've seen the genes for it and we'…
… dismutates dismutes it and turns it into H2O H2O2 which is hydrogen peroxide which we need to mess with our pH to lower our pH properly. um except for if you have a glutathione problem or homoyine problem and you're not converting it to gl…
…e amino acids bonded together and the and one of them has a sulfide group on it that that's the sticky part, the smelly part. That's the super molecular sticky part. It's the stickiest substance literally in your body. because they can grab…
…sisters because sod takes the super oxide and turns it into hydrogen peroxide H2O2. That's drops your pH. That's what we use to control our pH in our body. Glutathione comes along and sucks up the H2O2 and converts it into H2O and O2 water …
…ake a super oxide or once you neutralize a super oxide into hydrogen peroxide, what do you do next? Well, there's a chain of antioxidants that work right after sod. And that's the catalase to glutathione peroxidase down to glutathione itsel…
…he enzymes handle different steps, including superoxide and hydrogen peroxide.
Bring these questions to your visit
Ask how the antioxidant discussion fits with your measured findings and diagnosed condition. Supporting antioxidant defenses…
…ells and uses copper and zinc. SOD converts superoxide into hydrogen peroxide, which explains the next connection to peroxide-handling systems such as catalase and glutathione peroxidases.
Putting the pieces together
SOD, glutathione and ca…
…tochondria and uses manganese. SOD converts superoxide into hydrogen peroxide, which explains the next connection to peroxide-handling systems such as catalase and glutathione peroxidases.
Putting the pieces together
SOD, glutathione and ca…
…ells and uses copper and zinc. SOD converts superoxide into hydrogen peroxide, which explains the next connection to peroxide-handling systems such as catalase and glutathione peroxidases.
Putting the pieces together
SOD, glutathione and ca…
…se as a connected team. SOD handles superoxide and produces hydrogen peroxide. Catalase and glutathione peroxidases help handle peroxides. Glutathione synthesis, use and recycling involve additional enzymes, so a single word such as “antiox…
…including neurotransmitters, and the reaction also produces hydrogen peroxide.
Follow the pathway
Dr. Purser discusses MAOA rs1137070, rs2072743, and rs6323 alongside MAOB rs1799836 and rs2283729. He connects monoamine processing with ribo…
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