ModerateUsing CKD stage 3-4 limits, Game meat falls in the Moderate tier, mainly driven by Phosphorus (21%). Enjoy in moderation.
Phosphorus / Sodium / Potassium (rating basis)
Phosphorus211 mg21%
Moderate
Sodium119 mg6%
Low
Potassium352 mg18%
Moderate
About this food
About Game meat: Animal proteins tend to be higher in phosphorus, and animal phosphorus absorbs at 60-80% versus 30-50% for plants. Choosing low-phosphorus proteins such as egg whites or tofu, or controlling portions of red meat, is a common CKD approach. As a Meat & Protein item, its role in a kidney diet depends mainly on mineral content.
Nutrient insight
Game meat's phosphorus is the top contributor (21% of its limit). Source matters: animal phosphorus absorbs at 60-80%, additive phosphorus near 100% - the same number can mean very different real loads.
Other nutrients
Protein30.8 gNot rated; needs attention at stage 4-5
Fiber0 gBeneficial for CKD (core plant-based nutrient)
Sugar (total)0 gNaturally free of sugar
Alcohol0 gAlcohol-free
PurineNo dataNot rated · reference for those with high uric acid
OxalateNo dataNot rated · reference for those with kidney stones
By our rating standard (CKD stage 3-4), Game meat is Moderate. Main consideration: Phosphorus at 21% of the daily limit. Data is for reference; consult your care team.
Why is Game meat rated Moderate?
Game meat is rated Moderate because Phosphorus is 21% of its limit (211 mg) - the only mineral reaching the 15-25% range.
How much Phosphorus is in Game meat?
Per 100 g, Game meat contains Phosphorus 211 mg, which is 21% of the CKD stage 3-4 daily limit (1,000 mg).
Is Game meat safe on a low-potassium diet?
On a low-potassium diet, Game meat exceeds the 300 mg per 100 g reference point, providing 352 mg of Potassium. Treat this as a reference - your stage and labs decide the real target.
How does Game meat compare to other meat & protein foods?
Compared with the typical Meat & Protein food, Game meat has more Phosphorus - 211 mg per 100 g on record. Ratings on this site always use the food's own measured values.