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Dr. Ronald Roth Acu-Cell AI

Oxalic Acid and Calcium Binding in Spinach

  • Yes, absolutely: Spinach contains very high levels of oxalic acid (oxalate), which is a potent anti-nutrient.
  • Chelation effect: Oxalic acid strongly binds to minerals, particularly calcium, forming an insoluble compound known as calcium oxalate.
  • Zero bioavailability: Because this chemical bond is extremely stable and cannot be broken down by human digestive enzymes, the calcium naturally present in spinach—as well as any dietary calcium eaten at the same meal—becomes completely unabsorbable.
  • Nutritional illusion: Even though spinach has a high numerical value for calcium on a nutritional label, its net physiological contribution to your body's calcium status is practically zero.
  • Kidney stone risk: Furthermore, unabsorbed oxalates can bind with calcium in the digestive tract and be excreted, but excess absorbed oxalates significantly increase the risk of forming kidney stones.
AI-generated in the approach of Dr. Ronald Roth. Not his own words.
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Oxalic acid - connections

Oxalic acid ->

-> Oxalic acid

Oxalates - connections

Oxalates ->

  • Binds: Iron (Modal: may; Quantity: some)
  • Found In: Vegetables (Scope: certain)
  • Reduces: Iron absorption (Modal: may)
  • Reduces Absorption Of: Zinc in food (Condition: bound; Location: grains and vegetables)

Spinach - connections

Spinach ->

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