Aldehydes

Uses

How it works

Risks & contraindications

Highlighted claims

• Seed oil oxidation produces aldehyde compounds including 4-hydroxynonenal, malondialdehyde, and acrolein. — Don't Touch These 10 Foods (Especially If You Have Diabetes)
• Aldehydes are highly reactive molecular fragments that bond permanently and irreversibly to proteins, including insulin receptors and mitochondrial membrane proteins. — Don't Touch These 10 Foods (Especially If You Have Diabetes)
• Aldehydes are highly reactive molecular fragments that bond permanently and irreversibly to proteins, including insulin receptor proteins. — Don't Touch These 10 Foods (Especially If You Have Diabetes)
• Aldehyde damage to mitochondria prevents efficient ATP production, leaving cells unable to produce energy. — Don't Touch These 10 Foods (Especially If You Have Diabetes)
• After seed oils are incorporated into cell membranes, aldehydes continue to be generated inside the body under conditions of inflammation and oxidative stress, making the damage self-perpetuating. — Don't Touch These 10 Foods (Especially If You Have Diabetes)
• Once aldehydes lodge in insulin receptors and mitochondrial membranes, the damage is not easily reversed and prevents normal cellular energy production. — Don't Touch These 10 Foods (Especially If You Have Diabetes)
• Aldehydes continue to be generated inside the body after seed oils are incorporated into cell membranes, making the damage ongoing rather than a one-time event. — Don't Touch These 10 Foods (Especially If You Have Diabetes)
• Sulfur-rich vegetables such as onions, garlic, and broccoli activate liver detoxification enzymes that process aldehyde compounds. — Don't Touch These 10 Foods (Especially If You Have Diabetes)
• Polyphenols from green tea, dark chocolate, and pomegranate reduce the oxidative stress that drives ongoing aldehyde production from seed oils in cell membranes. — Don't Touch These 10 Foods (Especially If You Have Diabetes)