Fact check: Pumpkin seeds contain more zinc than beef.

Verdict: mostly true — Trust Score 85/100

The nutritional claims regarding zinc and magnesium are confirmed by 3 reliable sources including the USDA, NIH, and Mayo Clinic. While pumpkin seeds are a significant plant-based zinc source, the claim they have 'more than beef' is cut-dependent, and the accompanying image is AI-generated.

Platform
instagram
Source author
bodytruth.ig — see all fact-checks of this account
Original post
https://www.instagram.com/p/DZOazHSG03l/?igsh=bWJtamM1c3ZieXgy
Verified on
June 8, 2026
Verification ID
XAYSCGjjisJIUEg1jG_p7A

Original content reviewed

Platform: INSTAGRAM Author: @bodytruth.ig --- Caption/Description --- 🎃💪 Pumpkin seeds may be one of the most underrated mineral powerhouses in the grocery store... Most people think of beef when they think of zinc, but pumpkin seeds are among the richest plant-based sources of this essential mineral. Just a handful provides a substantial amount of zinc, magnesium, iron, healthy fats, and plant protein, making pumpkin seeds one of the most nutrient-dense snacks you can eat. Zinc is involved in more than 300 enzymatic reactions throughout the body and plays a critical role in immune function, hormone production, wound healing, and healthy hair growth. Researchers have found that inadequate zinc intake is associated with impaired immune responses, slower recovery, and reduced testosterone production in men with zinc deficiency. Pumpkin seeds are also exceptionally rich in magnesium, a mineral required for muscle function, sleep quality, energy production, and cardiovascular health. This unique combination of zinc and magnesium is one reason pumpkin seeds are frequently included in nutrition plans focused on metabolic health and hormone support. Beyond minerals, pumpkin seeds provide antioxidants and plant compounds that help support heart health, prostate health, and healthy inflammatory balance throughout the body. 💡 How to do it: Enjoy a handful of raw or lightly roasted pumpkin seeds daily, or sprinkle them on salads, yogurt, oatmeal, or smoothies for an easy nutrient boost. #PumpkinSeeds #Zinc #TestosteroneSupport #ImmuneHealth #NutritionTips --- On-Screen Text (OCR) --- PUMPKIN SEEDS HAVE MORE ZINC THAN BEEF — AND ZINC POWERS TESTOSTERONE, IMMUNE FUNCTION, HAIR GROWTH AND OVER 300 ENZYMES IN YOUR BODY Published: 2026-06-06T01:03:06.000Z ---VERIFICATION_SUMMARY--- Platform: INSTAGRAM Author: @bodytruth.ig --- Caption/Description --- 🎃💪 Pumpkin seeds may be one of the most underrated mineral powerhouses in the grocery store... Most people think of b

Claims analyzed (5)

  1. mostly true: Pumpkin seeds contain more zinc than beef.
    According to USDA data, pumpkin seeds contain ~7.5-7.8mg of zinc per 100g. This is higher than lean ground beef (~5.4mg/100g) and sirloin (~6.9mg/100g), but lower than beef chuck roast (~11.9mg/100g). The claim is true for common lean cuts but false for others.
  2. verified: Zinc is involved in more than 300 enzymatic reactions throughout the human body.
    The NIH and multiple peer-reviewed studies confirm that zinc is an essential cofactor for over 300 enzymes involved in metabolism, protein synthesis, and DNA repair.
  3. verified: Inadequate zinc intake is associated with reduced testosterone production in men with zinc deficiency.
    Clinical studies, including the landmark Prasad study, show that dietary zinc restriction significantly lowers serum testosterone in healthy men, while supplementation increases it in those who are deficient.
  4. verified: Pumpkin seeds are a rich source of magnesium, which is required for muscle function, sleep quality, and energy production.
    Pumpkin seeds are one of the highest plant sources of magnesium (~590mg/100g). Magnesium is scientifically proven to regulate muscle contractions, ATP (energy) production, and GABA (sleep) neurotransmitters.
  5. verified: Zinc plays a critical role in immune function, wound healing, and healthy hair growth.
    Zinc is essential for T-lymphocyte activity, collagen synthesis during wound repair, and hair follicle cell division. Deficiency is a known cause of impaired immunity and hair loss.

Sources consulted (14)

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