Restaurant, Chinese, fried rice, without meat

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Nutrition Facts
Serving Size: 100g

Calories728

Total Fat3.0g

Saturated Fat0.0g

Total Carbs32.8g

Fiber1.1g

Sugars0.6g

Protein4.0g

Macro Breakdown

Protein4.0g (9%)
Carbs32.8g (75%)
Fat3.0g (15%)

Health Scores (0-10)

10.0
Metabolic
5.7
Inflammation
8.8
Hormonal
5.6
Gut Health
8.2
Skin Health
4.9
Brain Health
6.6
Bone Health
6.0
Sleep
6.2
Exercise
5.4
Longevity
8.3
Detox
9.2
Immunity
5.7
Pral
0.9
Satiety
0.0
Nutrient Density
5.4
Bioavailability
0.4
Electrolyte
5.1
Methylation

Complete Nutrient Profile

NutrientAmount / 100g% Daily Value
Energy Kcal728.0 kJ
Protein4.0 g8% DV
Total Fat3.0 g4% DV
Carbohydrate32.8 g12% DV
Fiber1.1 g4% DV
Sugar0.6 g1% DV
Cholesterol18.0 mg6% DV
Sodium387.0 mg17% DV
Calcium12.0 mg1% DV
Iron0.7 mg4% DV
Magnesium10.0 mg2% DV
Phosphorus51.0 mg4% DV
Potassium76.0 mg2% DV
Zinc0.7 mg7% DV
Vitamin C3.8 mg4% DV
Vitamin B60.0 mg2% DV
Folate6.0 µg2% DV
Vitamin A22.0 µg2% DV
Vitamin E0.1 mg1% DV
Selenium8.3 µg15% DV

Fatty Acid Breakdown

Fatty AcidAmount / 100g
saturated fat0.540g
monounsaturated fat0.649g
polyunsaturated fat1.111g
trans fat0.007g

Compare Restaurant, Chinese, fried rice, without meat With...

Abiyuch, raw
290 cal
Acerola juice, raw
96 cal
Acerola, (west indian cherry), raw
134 cal
Acorn stew (Apache)
399 cal
Agave, cooked (Southwest)
563 cal

Health Condition Relevance

🏥

Hypothyroid

selenium, zinc. Thyroid hormone synthesis requires iodine + tyrosine for T4 structure, selenium for T4→T3 conversion.

💪

Testosterone Low

zinc, selenium. Zinc for 5α-reductase and aromatase inhibition. Mg reduces SHBG. D3 activates Leydig cells. Boron si.

Hormonal & Metabolic Impact

🧬 Selenium → T3 (active thyroid), Testosterone (15% DV)

Required for T4→T3 conversion (deiodinase enzyme). Selenoproteins protect Leydig cells from oxidative damage.

Frequently Asked Questions

Does Restaurant, Chinese, fried rice, without meat affect hormones?
Yes — Restaurant, Chinese, fried rice, without meat is rich in selenium (15% DV), which Required for T4→T3 conversion (deiodinase enzyme). Selenoproteins protect Leydig cells from oxidative damage.. selenium supports T3 (active thyroid) and Testosterone production.