Yuca (cassava)

vegetables

Yuca (cassava)

4/ 10Mediocre
Controversy: 6.5

Rated by 11 diets

3 approve3 caution5 avoid
Is Yuca (cassava) Healthy?

It depends — Yuca (cassava) is a mixed bag. Some diets approve it while others urge caution. Context and quantity matter.

Nutrition Facts
Per 100g

Diet Ratings

Keto1/10AVOID

Very high net carbs (32-35g per 100g raw). Starchy root vegetable fundamentally incompatible with ketogenic diet. Exceeds entire daily carb allowance in small portions.

Vegan9/10APPROVED

Yuca is a whole plant root vegetable, entirely plant-based. Requires cooking to remove cyanogenic compounds but no animal products involved.

Paleo6/10CAUTION

Unprocessed tuber available to ancestral populations, but very high in starch and carbohydrates. Acceptable as occasional tuber, but higher carb content than sweet potato. Must be properly prepared to remove cyanogenic compounds.

iSome paleo practitioners accept yuca as tuber similar to sweet potato, while others avoid due to high starch and processing requirements for safety.

Mediterranean5/10CAUTION

Starchy root vegetable, plant-based, but very high in carbohydrates and calories with minimal fiber. Should be treated as a grain substitute rather than vegetable. Often prepared fried in traditional cuisines, which contradicts Mediterranean principles.

Carnivore1/10AVOID

Yuca is a plant-based starchy root vegetable with high carbohydrate content. Fundamentally incompatible with carnivore diet principles.

Whole309/10APPROVED

Fresh yuca/cassava root is a whole vegetable with no excluded ingredients. Compliant as a starchy vegetable.

Low-FODMAP8/10APPROVED

Monash University rates yuca (cassava) as low-FODMAP at standard servings (approximately 150g). Starchy root vegetable with minimal fermentable carbohydrates. Safe at typical consumption levels.

DASH4/10CAUTION

Starchy root vegetable with limited nutritional density compared to DASH-preferred vegetables. Low sodium naturally (<14mg per 100g), but high in calories and carbohydrates with minimal fiber (unlike whole grains). Better options available for vegetable servings. Preparation method (fried vs. boiled) significantly impacts suitability.

iNIH DASH guidelines prioritize nutrient-dense vegetables and whole grains. Updated clinical interpretation acknowledges yuca's cultural importance but recommends limiting due to low micronutrient density relative to caloric content, especially if fried.

Zone2/10AVOID

Yuca is extremely high in starch (38g carbs per 100g cooked) with high glycemic index. Fundamentally incompatible with Zone's low-glycemic carbohydrate requirement. Creates severe insulin response. Dr. Sears explicitly avoids starchy tubers.

Yuca is predominantly starch with minimal micronutrient density and polyphenol content. High glycemic load elevates blood sugar and insulin, promoting systemic inflammation. Lacks the anti-inflammatory compounds of approved root vegetables. Better alternatives available.

Yuca is very starchy and calorie-dense (160 per 100g) with minimal protein and low fiber relative to calories. Often prepared fried, adding significant fat that worsens GLP-1 nausea and bloating. Empty carbohydrate calories are especially harmful given reduced appetite. Poor nutritional return for GLP-1 patients.

Controversy Index

Score range: 19/10. Higher controversy = more disagreement between diets.

Consensus6.5Divisive

Diet-Specific Tips for Yuca (cassava)

Vegan 9/10
  • Whole vegetable
  • Requires proper cooking
  • Plant-based only
Paleo 6/10
  • starchy tuber
  • requires proper preparation
  • cyanogenic compounds if raw
  • high carbohydrate content
Mediterranean 5/10
  • very high starch and calories
  • low fiber relative to carbohydrates
  • often prepared fried
  • should replace refined grains only
Whole30 9/10
  • Whole, unprocessed vegetable
  • No excluded ingredients
  • Starchy vegetable allowed
Low-FODMAP 8/10
  • Monash-tested at 150g
  • Starchy root (low-FODMAP)
  • Minimal fermentable carbohydrates
  • Safe at standard portions
DASH 4/10
  • High calorie density
  • Low fiber relative to carbohydrates
  • Limited micronutrient density
  • Preparation method critical
Last reviewed: Our methodology