Rice and the Rice Diet: Evidence-Based Medicine

Introduction: What is Rice and Why We're Discussing It Now

Rice is one of the world's most important staple foods, feeding over half the global population every day. But in recent years, there's been confusion about whether rice is actually healthy for us. Some people say it causes weight gain, others claim it increases disease risk, and many worry about contamination. The truth? It's much more nuanced. Rice can be beneficial when consumed properly, but understanding what science actually says—versus what's just hype—is crucial for making informed dietary choices.

PART 1: WHAT HAPPENS TO YOUR BODY WHEN YOU EAT RICE 🧬

Understanding Rice Composition: White vs. Brown

When you eat rice, your body processes different types depending on which kind you choose. Think of a grain of rice like a house with three layers: the outer shell (bran), the inner core (endosperm), and the seed (germ). White rice has these outer layers removed during processing. Brown rice keeps them. [8/10, №5][8/10, №8]

Here's the practical difference in your body:

Brown rice contains significantly more fiber, B vitamins, magnesium, and minerals because those nutrients concentrate in the outer layers. For example, 100 grams of cooked brown rice provides 1.6 grams of fiber, while white rice provides only 0.4 grams. [8/10, №14] This fiber is like a sponge that slows down how quickly your body absorbs the carbohydrates, preventing blood sugar spikes.

White rice, on the other hand, gets absorbed more quickly into your bloodstream, causing your blood sugar to rise faster. However, in many countries, white rice has vitamins and minerals added back after processing, so the nutritional gap narrows. [6/10, №5]

The Glycemic Index: Why It Matters for Blood Sugar 📉

What is Glycemic Index (GI)? It's a measure of how fast a food raises your blood sugar after eating it. A low GI food (like brown rice or certain rice varieties) keeps your blood sugar stable. A high GI food spikes it quickly. [8/10, №18]

Research shows that certain rice varieties have significantly different effects. The Mahsuri rice variety, for example, has a GI of 60 and contains 2.57% resistant starch—one of the best combinations for controlling blood sugar. [7/10, №18] Compare this to other varieties with a GI of 70, and you can see how variety selection matters.

The resistant starch trick: Here's a powerful practical method backed by science. If you cook rice, cool it in the refrigerator for 24 hours at 4°C (about 39°F), and then reheat it, something magical happens. The starch structure changes during cooling—a process called "retrogradation." This increases the resistant starch content, making the rice behave more like dietary fiber. The result? The cooked and reheated rice showed significantly lower blood sugar response compared to freshly cooked rice (125±50.1 vs 152±48.3 mmol.min/L). [8/10, №21][8/10, №32]

How to do it practically: Cook your rice normally. Put it in a container in the refrigerator overnight (minimum 12 hours, ideally 24). When you want to eat it, reheat it in a rice cooker with a little water until warm. The resistant starch remains even after reheating. [8/10, №32]

PART 2: THE RICE DIET—WHAT IT ACTUALLY IS AND WHAT IT DOES ⏳

Historical Context: Where This Came From

The "Rice Diet" isn't some modern fad. It was created in 1939 by Walter Kempner, a German physician at Duke University who needed to treat patients with dangerously high blood pressure and kidney failure—at a time when no blood pressure medications existed. He theorized that if he reduced the workload on the kidneys by cutting salt, protein, and fat to minimal levels, the kidneys might recover their natural function. [8/10, №31]

His approach was radical: patients ate only white rice, fruit, fruit juice, sugar, vitamins, and iron. That's it. About 2,000-2,400 calories per day with just 150 milligrams of sodium (for context, most Americans consume 3,400 mg daily). [8/10, №36][8/10, №38]

The results were extraordinary for his time. In medical documents from 1946, Kempner showed clear evidence: 93% of his patients with elevated cholesterol reduced their levels from an average of 273 mg/dL to 177 mg/dL—reductions comparable to modern statin drugs but without medication. [8/10, №36] His records documented patients with enlarged hearts (heart failure) that returned to normal size. [8/10, №36]

Modern Evidence: What The Research Actually Shows 🔬

Fast-forward to today. A massive research project called the Rice Diet Database Project digitized patient records from 17,487 people who followed this diet from 1940-1989. The findings published in 2024? The data confirms Kempner's observations. [8/10, №43][8/10, №46]

Blood pressure reduction: Participants with severe malignant hypertension (the most dangerous kind) had their systolic blood pressure drop from a median of 205 mmHg on day 1 to 143 mmHg by day 100—a reduction of 45.4 points. This is clinically significant. [8/10, №43][8/10, №46]

Weight loss: All weight categories showed significant weight loss, with adherence measured by urinary sodium levels (proving people actually followed it). [8/10, №46]

Survival: Participants with severe hypertension had a 5-year survival probability of only 26-42% before the diet. With the Rice Diet, this improved dramatically, and median overall survival extended to 4.5-29.8 years depending on baseline condition. [8/10, №43][8/10, №46]

Safety: Critics have questioned whether such extreme sodium reduction (150mg/day) is safe. The data from 17,487 patients over 50 years suggests it is safe, with participants experiencing no increased adverse effects. [8/10, №46]

PART 3: CARDIOVASCULAR HEALTH AND GENERAL POPULATIONS ❤️

Does Rice Cause Heart Disease? (The Answer Might Surprise You)

In the United States, several large studies tracked hundreds of thousands of people eating regular amounts of rice. After adjusting for other lifestyle factors, there was NO association between rice consumption and cardiovascular disease risk. [8/10, №6][8/10, №9]

In fact, in Japan—where rice is eaten daily as the main staple—the opposite pattern emerged. Men with higher rice intake had LOWER cardiovascular disease mortality, particularly from coronary artery disease. Women showed no association either way. [7/10, №3]

However, there's an important caveat: A meta-analysis of 18 studies with 1.77 million people found that very high white rice consumption may be associated with a 30% increased risk of metabolic syndrome (a cluster of conditions including high blood pressure, blood sugar, and inflammation). But this only applied to certain populations (notably Iran), and the association didn't hold for type 2 diabetes, coronary heart disease, or stroke. [8/10, №12]

What this means: Regular rice consumption doesn't harm your heart. Excessive consumption (eating rice at every meal in extremely high quantities) might increase metabolic syndrome risk in some populations, but the link is weak and inconsistent.

PART 4: BLOOD SUGAR CONTROL AND DIABETES 🩸

Can Rice Help with Diabetes?

Studies on brown rice are mixed but generally positive. When researchers compared brown rice to white rice in people with prediabetes or type 2 diabetes, the results depended on the type of study. [7/10, №23]

Large population studies (observational studies watching what people naturally eat) suggest that replacing white rice with brown rice reduces type 2 diabetes risk by about 16% for every 50 grams per day of substitution. [7/10, №20]

A small clinical trial with glutinous brown rice in people without diabetes showed that serum 1,5-AG increased significantly after 6 weeks, suggesting improved glucose control. There was no significant change in fasting glucose or insulin, but the marker for postprandial (after-meal) hyperglycemia improved. [7/10, №20]

The resistance starch angle: When researchers created a special rice-based diabetes formula with enhanced resistant starch content, people with prediabetes or early type 2 diabetes showed significantly lower glucose and insulin responses compared to standard formulas. The formula had a low glycemic index of 39. [8/10, №17]

Practical interpretation: Rice itself doesn't cause or prevent diabetes. However, choosing brown rice or low-GI rice varieties, using the resistant starch cooling method, and pairing rice with vegetables and protein (which slows absorption) can help manage blood sugar levels.

PART 5: SLEEP QUALITY AND MENTAL HEALTH 🛌

The Sleep Connection: Why Rice Helps You Sleep Better

Here's something many people don't know: eating rice might actually help you sleep better. A randomized controlled trial with 60 participants compared those eating rice-based meals to those eating meals with other cereals (bread, noodles) for 2 months. [7/10, №1]

The results: Rice-diet participants showed significantly improved sleep quality scores. Beyond subjective reports, their blood levels of eotaxin-1—a molecule that research shows impairs neurogenesis, synaptic plasticity, and cognition—decreased substantially. [7/10, №1][7/10, №4]

In the same study, researchers identified 175 metabolites (chemical compounds) in the blood. Those whose sleep improved on rice diets showed specific metabolite changes related to oxidative stress reduction. Those whose sleep didn't improve showed different patterns, suggesting rice's benefits work through oxidative stress reduction. [7/10, №1]

Why does rice help sleep? The mechanism appears to be rice's ability to reduce oxidative stress—essentially, damage from unstable molecules that accumulate in your body. Since oxidative stress impairs brain function and sleep quality, reducing it improves both. [7/10, №1]

Anxiety, Depression, and Stress: The Emerging Evidence 😌

Black sticky rice, which is rich in anthocyanins (pigmented antioxidant compounds), was tested in a small trial with 46 adults experiencing mild-to-moderate stress. Over just 5 days, consuming 2-4 grams daily of an anthocyanin-enriched functional ingredient from rice improved anxiety, depression, and stress perception. The mechanism involved decreased oxidative stress and inflammation (8-OHdG and IL-6 levels decreased). [5/10, №44][5/10, №52]

Research also suggests that complex carbohydrates in rice increase serotonin production—the brain chemical associated with mood regulation. Studies on workers and students under pressure reported reduced anxiety and improved sleep when consuming rice regularly. [4/10, №47]

An analysis of dietary patterns and health found that miso combined with rice had stronger mental health associations than rice alone, particularly for quality of life, depression, and sleep quality. [7/10, №54]

Practical note: The evidence for rice's direct effect on anxiety and depression is emerging but not yet definitive. However, the sleep improvement evidence is solid, and better sleep naturally improves mood. The combination of rice with miso seems particularly beneficial based on current research.

PART 6: THE CONTAMINATION PROBLEM—WHAT YOU NEED TO KNOW ⚠️

Arsenic in Rice: How Much Risk?

This is where rice gets complicated. Rice absorbs inorganic arsenic from soil and water more efficiently than most other crops. This isn't about pesticide residues—it's about a naturally occurring element in the environment that rice's root system happens to be very good at taking up. [8/10, №19][8/10, №22]

The numbers: According to the most recent comprehensive report analyzing 145 rice samples purchased in the U.S., brown rice samples contained 28 times more arsenic than alternative grains like quinoa and bulgur. [6/10, №16]

More specifically:

• U.S. brown rice: 151 parts per billion (ppb) of heavy metals, with 129 ppb from arsenic alone [6/10, №16]
• U.S. white rice: 95 ppb of arsenic [6/10, №16][8/10, №37]
• Brown rice generally contains 80% more inorganic arsenic than white rice of the same type. [8/10, №19]

This happens because arsenic concentrates in the outer bran layers that are removed during white rice milling. When you eat brown rice, you're eating more of the layer that contains arsenic. [8/10, №19]

Which Rice Is Safest?

The research shows significant regional variation:

White rice from the U.S. (especially California and the South):

• California white rice: Below 95 ppb arsenic [8/10, №37]
• Louisiana: Higher than California [8/10, №37]
• Texas: Can reach 71 ppb cadmium [8/10, №37]

White rice from Asia:

• Indian basmati: At or below FDA infant cereal limit (100 ppb) [6/10, №16]
• Thai white rice: 155 ppb arsenic [8/10, №37]

Italian rice:

• Arborio: 101 ppb arsenic [6/10, №16]

U.S. brown rice: All varieties substantially higher than white. [8/10, №19]

How Much Rice Is Safe to Eat?

For adults: FDA guidance suggests a maximum of 200 μg/kg for white rice and 400 μg/kg for brown rice. [6/10, №22] What does this mean practically? The FDA hasn't set specific daily consumption limits for adults eating rice as a staple, only for infant rice cereal. [6/10, №16]

For young children (0-2 years): This is where concern is greatest. Rice constitutes an average of 7.5% of total arsenic exposure from food in this age group—higher than any other single food. For Asian children aged 18-24 months, this rises to 55% of their dietary arsenic. [6/10, №16]

For Asian populations generally: Rice contributes substantially more to arsenic exposure due to high consumption and potentially higher environmental contamination (southern China has significant industrial cadmium pollution in rice paddies). [7/10, №33][6/10, №40]

Cadmium Too: An Often-Overlooked Concern

Brown rice also concentrates cadmium, a toxic metal linked to kidney damage, bone disease, and cancer. U.S. brown rice contains median cadmium levels of 17.4 μg/kg compared to 6.5 μg/kg in white rice. [8/10, №37]

In Asia, where industrialization has contaminated rice paddies, cadmium levels can exceed safe thresholds. China reports that 33.2% of agricultural land has cadmium pollution. [7/10, №33]

Practical Risk Reduction Strategies 🛡️

1. Choose white rice over brown rice if you eat rice frequently or are concerned about heavy metal exposure. The arsenic difference is substantial. [8/10, №19]
2. Select lower-arsenic sources: If choosing white rice, U.S.-grown varieties (especially California) tend to be lower. Indian basmati is also relatively safe. [8/10, №37]
3. Diversify grains: Don't eat rice as your only grain. Include quinoa, oats, and other grains to reduce cumulative heavy metal exposure. [6/10, №16]
4. Limit brown rice consumption, especially for young children and pregnant women. [8/10, №19]
5. Rinse rice before cooking. Some studies suggest this can reduce arsenic, though the reduction isn't dramatic (approximately 10-30% depending on rinsing method). [6/10, №22]
6. For infants: The FDA recommends offering a variety of grains, not rice cereal as the only source. [6/10, №16]

PART 7: WHAT ACTUALLY WORKS—EVIDENCE SUMMARY 📋

Method	Effect	Evidence Level
Cooling white rice 24h at 4°C then reheating	Increases resistant starch; lowers post-meal blood sugar response by ~17%	8/10 [№21, №32]
Choosing brown rice instead of white	Increases fiber and nutrients; may reduce T2D risk 16% per 50g substitution	7-8/10 [№14, №20, №23]
Rice-based diet (Kempner-style, very low salt)	Dramatically reduces blood pressure in hypertension (45+ mmHg median reduction)	8/10 [№43, №46]
Eating rice with miso	Improves sleep quality, mental health, and quality of life more than rice alone	7/10 [№54]
Selecting high-amylose/low-GI rice varieties	Reduces blood sugar spikes; slower digestion	7-8/10 [№18, №30]
Rice consumption as staple (Asia, US)	NOT associated with cardiovascular disease (may be protective in some populations)	8/10 [№3, №6, №9]
Black sticky rice with anthocyanins	Improves anxiety, depression, stress (small study)	5/10 [№44, №52]
General rice consumption	Supports sleep quality through oxidative stress reduction	7/10 [№1, №4]
Whole grain rice in balanced diet	Supports weight management and reduces inflammation (not weight gain)	8/10 [№45, №48, №53]

PART 8: MYTHS DEBUNKED—WHAT DOESN'T WORK 🚫

• Myth: "Rice causes weight gain"
  Reality: No evidence supports this. In fact, people eating rice regularly show similar or better weight outcomes than those avoiding carbs. Whole grains support satiety.
  Evidence: 8/10 [№45, №48, №53]
• Myth: "All rice is equally dangerous from arsenic"
  Reality: FALSE. White rice has 80% LESS arsenic than brown rice. Regional variation is significant (California white rice is much safer than Texas brown rice).
  Evidence: 8/10 [№19, №37]
• Myth: "Rice causes inflammation"
  Reality: Wrong. Population studies show whole grains REDUCE inflammation and chronic disease risk.
  Evidence: 8/10 [№45, №48]
• Myth: "You should never eat brown rice"
  Reality: Overcorrection. Brown rice has benefits (fiber, nutrients). Just monitor consumption, especially for children.
  Evidence: 8/10 [№14]
• Myth: "Rice diet has no scientific support"
  Reality: Completely false. A database of 17,487 patients followed 1940-1989 shows clear benefits for blood pressure, weight, and survival.
  Evidence: 8/10 [№43, №46]
• Myth: "Rice causes type 2 diabetes"
  Reality: No evidence in large population studies. In fact, brown rice may reduce T2D risk.
  Evidence: 8/10 [№6, №12]
• Myth: "White rice has no nutritional value"
  Reality: In the U.S., white rice is enriched with B vitamins and iron. In countries where it's not enriched, brown rice is preferable, but white rice still provides carbohydrates and energy.
  Evidence: 6-8/10 [№5, №8]
• Myth: "You can't safely reduce sodium below 2,300 mg/day"
  Reality: The Rice Diet database shows extreme sodium reduction (150mg/day) was safe for 17,487 patients over 50 years.
  Evidence: 8/10 [№46]

PART 9: PRACTICAL GUIDE—HOW TO USE THIS INFORMATION 🗺️

For Weight Loss ⚖️

1. Cook rice normally, then refrigerate for 24 hours
2. Reheat before eating to maintain resistant starch benefits
3. Pair with vegetables and protein to create satiety
4. Choose white rice if eating daily (lower contaminant burden)
5. Include other grains too (quinoa, oats) for nutrition and variety

For Blood Sugar Control (Prediabetes or Diabetes) 🩸

1. Select Mahsuri or other low-GI varieties if available
2. Use the cooling/reheating method to increase resistant starch
3. Eat brown rice occasionally, not daily
4. Pair rice with legumes (beans), vegetables, and protein
5. Monitor your individual response (everyone's glycemic response differs)

For Hypertension 🫀

1. Consider a modified Rice Diet approach: very low sodium, plant-forward, rice-based
2. Even without going to extremes (150mg sodium), reducing salt and eating more rice can help
3. Work with a healthcare provider if on blood pressure medication
4. The traditional approach requires hospitalization/medical supervision

For Sleep and Mental Health 😴

1. Include rice as a regular staple food
2. Try combining rice with miso (Japanese-style)
3. Consider black sticky rice for its antioxidant benefits
4. Sleep improvement is most strongly supported by evidence

For Young Children 👶

1. Offer rice, but don't make it the exclusive grain
2. Diversify with oatmeal, quinoa, and other grains
3. If using infant rice cereal, choose brands with low arsenic (FDA tests these)
4. Rinse rice before cooking if concerned about contaminants
5. For Asian families with high rice consumption, consider introducing lower-arsenic alternatives

For Families in Contaminated Areas 🌍

1. If living in Asia with industrial pollution, consider:
   1. White rice instead of brown
   2. Lower-arsenic geographic sources if accessible
   3. Grain diversification
   4. Use of water filtration to reduce water-based arsenic exposure

CONCLUSION 🎯

Eat rice as a staple carbohydrate source (it's been doing this for humanity for thousands of years). If you eat it daily, choose white rice to minimize arsenic exposure. Use the cooling/reheating method for enhanced blood sugar control. Pair it with vegetables, legumes, and protein. Enjoy it as part of a balanced, diverse diet—not as an isolated "superfood."

SOURCES 📚

1. Kanno A, et al. Impact of a Rice-Centered Diet on the Quality of Sleep in Japanese Subjects. NIH National Center for Biotechnology Information, 2020. Тип: Рандомизированное контролируемое испытание. Доверие: 7/10. https://pmc.ncbi.nlm.nih.gov/articles/PMC7650672/
2. Olugbami AO, et al. Nutrigenomic Effects of White Rice and Brown Rice on Metabolic Outcomes. NIH/PubMed, 2023. Тип: Лабораторное исследование (модель Drosophila). Доверие: 6/10. https://pmc.ncbi.nlm.nih.gov/articles/PMC9865196/
3. Saito E, et al. Rice-Based Diet and Cardiovascular Disease Mortality in Japan. NIH/PubMed, 2022. Тип: Проспективное когортное исследование. Доверие: 8/10. https://pmc.ncbi.nlm.nih.gov/articles/PMC9183110/
4. Kanbayashi T, et al. Rice is Nice: Benefits of Rice Consumption for Brain Health. NIH/PubMed, 2016. Тип: Клиническое исследование. Доверие: 7/10. https://pmc.ncbi.nlm.nih.gov/articles/PMC5617070/
5. GoodRx Staff. Brown Rice vs. White Rice: Which One Is Healthier? GoodRx, 2024. Тип: Обзор питательной ценности. Доверие: 6/10. https://www.goodrx.com/well-being/diet-nutrition/white-rice-or-brown-rice
6. Sun Q, et al. Rice Consumption and Risk of Cardiovascular Disease. NIH/PubMed, 2014. Тип: Мета-анализ. Доверие: 8/10. https://pmc.ncbi.nlm.nih.gov/articles/PMC4266886/
7. Oladele AA, et al. Rice - Not Just a Staple Food: A Comprehensive Review. ScienceDirect, 2020. Тип: Систематический обзор. Доверие: 7/10. https://www.sciencedirect.com/science/article/abs/pii/S0924224419300548
8. Staff. Nutritional Comparison between Brown Rice and White Rice. The Pharma Journal, 2019. Тип: Сравнительный анализ. Доверие: 6/10. https://www.thepharmajournal.com/archives/2019/vol8issue6/PartR/8-6-105-357.pdf
9. Sun Q, et al. Rice Consumption and Risk of Cardiovascular Disease. PubMed, 2015. Тип: Когортное исследование. Доверие: 8/10. https://pubmed.ncbi.nlm.nih.gov/25527760/
10. Qi L, et al. Effects of Whole Rice Diet on Metabolic Parameters. ScienceDirect, 2012. Тип: Обзор рандомизированных контролируемых испытаний. Доверие: 8/10. https://www.sciencedirect.com/science/article/abs/pii/S2212826312000590
11. Staff. Brown Rice vs. White Rice: Nutrient Comparison. Healthline, 2017. Тип: Информационный обзор. Доверие: 6/10. https://www.healthline.com/health/food-nutrition/brown-rice-vs-white-rice
12. Kaul S, et al. Is White Rice Consumption a Risk for Metabolic and Cardiovascular Outcomes? A Systematic Review and Meta-Analysis. Heart Asia (BMJ), 2017. Тип: Систематический обзор и мета-анализ. Доверие: 8/10. https://heartasia.bmj.com/content/9/2/e010909
13. Staff. Rice Diet: Benefits, Effectiveness, and Guidelines. Medical News Today, 2024. Тип: Обзор. Доверие: 6/10. https://www.medicalnewstoday.com/articles/rice-diet
14. Staff. Brown Vs. White Rice — Which Is Better for Your Health? Healthline, 2016. Тип: Сравнительный анализ. Доверие: 6/10. https://www.healthline.com/nutrition/brown-vs-white-rice
15. Staff. Is There Any Association Between Rice Consumption and Cardiovascular Disease? NIH/PubMed, 2014. Тип: Систематический обзор. Доверие: 7/10. https://pmc.ncbi.nlm.nih.gov/articles/PMC4530655/
16. Houlihan J, et al. Dangerously High Levels of Arsenic and Cadmium Found in Rice. CNN/Environmental Working Group Report, 2025. Тип: Независимый лабораторный анализ. Доверие: 7/10. https://www.cnn.com/2025/05/15/health/arsenic-cadmium-rice-wellness
17. Chaiyakul S, et al. Effects of a Novel Rice-Based Diabetes-Specific Formula on Postprandial Glycemic Response. Frontiers in Endocrinology, 2023. Тип: Рандомизированное контролируемое испытание. Доверие: 8/10. https://www.frontiersin.org/journals/endocrinology/articles/10.3389/fendo.2023.1141497/full
18. Sharma M, et al. Resistant Starch Could Be Decisive in Determining the Glycemic Index of Rice Cultivars. ScienceDirect, 2018. Тип: Лабораторное исследование. Доверие: 7/10. https://www.sciencedirect.com/science/article/abs/pii/S0733521017302928
19. Su LJ, et al. Arsenic in Brown Rice: Do the Benefits Outweigh the Risks? NIH/PubMed, 2023. Тип: Систематический обзор. Доверие: 8/10. https://pmc.ncbi.nlm.nih.gov/articles/PMC10375490/
20. Nakayama T, et al. Effect of Eating Glutinous Brown Rice for 6 Weeks. Wiley Online Library, 2020. Тип: Рандомизированное контролируемое испытание. Доверие: 7/10. https://onlinelibrary.wiley.com/doi/10.1155/2020/8847781
21. Sonia S, et al. Effect of Cooling of Cooked White Rice on Resistant Starch Content. Asia Pacific Journal of Clinical Nutrition, 2015. Тип: Клиническое исследование с перекрестным дизайном. Доверие: 8/10. https://pubmed.ncbi.nlm.nih.gov/26693746/
22. Sohn E. Contamination: The Toxic Side of Rice. Nature, 2014. Тип: Аналитическая статья. Доверие: 8/10. https://www.nature.com/articles/514S62a
23. Rahim AFA, et al. The Effect of a Brown-Rice Diet on Glycemic Control and Metabolic Markers. PubMed, 2021. Тип: Систематический обзор. Доверие: 8/10. https://pubmed.ncbi.nlm.nih.gov/34123581/
24. Ramachandran K, et al. A Comparative Study on Starch Digestibility, Glycemic Index. NIH/PubMed, 2010. Тип: Лабораторное исследование. Доверие: 6/10. https://pmc.ncbi.nlm.nih.gov/articles/PMC3551136/
25. Bakar NA, et al. Arsenic Contamination in Rice and Drinking Water. ScienceDirect, 2025. Тип: Систематический обзор. Доверие: 7/10. https://www.sciencedirect.com/science/article/pii/S2772416624001438
26. Shimpo M, et al. Diet Therapy Using a Small Rice Bowl among Japanese Men with Type 2 Diabetes. Journal of Obesity and Metabolic Surgery, 2022. Тип: Клиническое исследование. Доверие: 6/10. https://www.jomes.org/journal/view.html?doi=10.7570%2Fjomes22056
27. Matzembacher I, et al. A Comparison of the Effects of Resistant Starch Types on Glycemic Response. NIH/PubMed, 2023. Тип: Систематический обзор. Доверие: 8/10. https://pmc.ncbi.nlm.nih.gov/articles/PMC10085630/
28. Staff. How Climate Change Could Affect Arsenic in Rice. BBC Future, 2025. Тип: Анализ. Доверие: 6/10. https://www.bbc.com/future/article/20250417-how-climate-change-could-affect-arsenic-in-rice
29. Yu J, et al. White Rice, Brown Rice and the Risk of Type 2 Diabetes. BMJ Open, 2022. Тип: Систематический обзор. Доверие: 8/10. https://bmjopen.bmj.com/content/bmjopen/12/9/e065426.full.pdf
30. Fitzgerald A, et al. Increasing Resistant Starch Content in Rice for Better Consumer Health. Proceedings of the National Academy of Sciences (PNAS), 2016. Тип: Лабораторное исследование. Доверие: 8/10. https://www.pnas.org/doi/10.1073/pnas.1616053113
31. Staff. Rice Diet. Wikipedia, 2012. Тип: Исторический обзор. Доверие: 6/10. https://en.wikipedia.org/wiki/Rice_diet
32. Sonia S, et al. Effect of Cooling of Cooked White Rice on Resistant Starch. Asia Pacific Journal of Clinical Nutrition, 2015. Тип: Научное исследование. Доверие: 8/10. https://apjcn.qdu.edu.cn/24_4_24.pdf
33. Wang Q, et al. Cadmium Contamination in Asian Rice (Oryza sativa L.). NIH/PubMed, 2025. Тип: Систематический обзор. Доверие: 7/10. https://pmc.ncbi.nlm.nih.gov/articles/PMC12473172/
34. Staff. Food Hack: How To Turn Rice into Gut Healing Fiber. BiteSOG, 2025. Тип: Информационная статья. Доверие: 5/10. https://www.bitesog.com/blogs/healthy-eats-tasty-treats/turn-rice-fiber
35. Wahyuningsih NE, et al. Heavy Metals Contamination of Local and Imported Rice. Journal, 2023. Тип: Лабораторный анализ. Доверие: 6/10. https://www.jeeng.net/pdf-163308-89660?filename=Heavy+Metals.pdf
36. Staff. Walter Kempner, MD - Founder of the Rice Diet. Dr. McDougall, 2024. Тип: Исторический обзор. Доверие: 6/10. https://www.drmcdougall.com/education/information-all/walter-kempner-md-founder-of-the-rice-diet/
37. Meharg AA, et al. Toxic and Essential Elements in Rice and Other Grains. NIH/PubMed, 2020. Тип: Лабораторный анализ 656 образцов. Доверие: 8/10. https://pmc.ncbi.nlm.nih.gov/articles/PMC7663342/
38. Sommerfeld R, et al. Modern Perspective of the Rice Diet for Hypertension and Metabolic Diseases. BMJ Nutrition, Prevention & Health, 2024. Тип: Клиническое исследование. Доверие: 8/10. https://nutrition.bmj.com/content/7/2/394
39. Staff. Resistant Starch: A New Way Cook Rice So That It Contains Half the Calories. Reddit r/Fitness, 2016. Тип: Обсуждение. Доверие: 3/10. https://www.reddit.com/r/Fitness/comments/47edky/resistant_starch_a_new_way_cook_rice_so_that_it/
40. Song X, et al. The Lead and Cadmium Content in Rice and Risk to Human Health in China. NIH/PubMed, 2022. Тип: Мета-анализ. Доверие: 8/10. https://pmc.ncbi.nlm.nih.gov/articles/PMC9754602/
41. Staff. Rice Diet: Does It Work? Benefits, Recipes, and More. WebMD, 2024. Тип: Информационный обзор. Доверие: 6/10. https://www.webmd.com/diet/rice-diet
42. Staff. Resistant Starch. Reddit r/foodscience, 2023. Тип: Обсуждение. Доверие: 3/10. https://www.reddit.com/r/foodscience/comments/11j7umr/resistant_starch_cooled_rice_with_coconut_oil/
43. Sommerfeld R, et al. Modern Perspective of the Rice Diet for Hypertension and Metabolic Diseases. PubMed, 2024. Тип: База данных из 17,487 пациентов. Доверие: 8/10. https://pubmed.ncbi.nlm.nih.gov/39882292/
44. Thammakorn O, et al. A Black Sticky Rice-Derived Functional Ingredient Improves Anxiety, Depression, and Stress. PubMed, 2024. Тип: Рандомизированное контролируемое испытание. Доверие: 5/10. https://pubmed.ncbi.nlm.nih.gov/39682956/
45. Staff. Myth or Fact? Switch to Whole Grains, 2025. Тип: Развенчание мифов. Доверие: 7/10. https://switchtowholegrains.com/myth-or-fact/
46. Sommerfeld R, et al. Modern Perspective of the Rice Diet for Hypertension and Other Metabolic Diseases. BMJ Nutrition, Prevention & Health, 2024. Тип: Историческая база данных. Доверие: 8/10. https://nutrition.bmj.com/content/7/2/394
47. Staff. The Effect of Rice on Relaxation and Stress Reduction. Mojdeh Food Science, 2024. Тип: Обзор исследований. Доверие: 4/10. https://mojdeh-food.com/en/the-effect-of-rice-on-relaxation-its-role-in-reducing-stress-and-improving-mental-health/
48. Staff. I'm a Dietitian and These Diet Myths Don't Hold Up. BBC, 2023. Тип: Мнение эксперта. Доверие: 7/10. https://www.bbc.co.uk/food/articles/dietitian_diet_myths
49. Kelly GE, et al. An Archaeologic Dig: A Rice-Fruit Diet Reverses ECG Changes in Hypertension. ScienceDirect, 2014. Тип: Исторический анализ. Доверие: 6/10. https://www.sciencedirect.com/science/article/abs/pii/S0022073614001654
50. Liu Y, et al. Effects of Different Intake Levels of Brown Rice and Whole Wheat on the Mental State of Mice. ScienceDirect, 2025. Тип: Исследование на животных. Доверие: 5/10. https://www.sciencedirect.com/science/article/abs/pii/S0308814625039160
51. Staff. Nutrition Myths Debunked. World Food Programme, 2020. Тип: Образовательный ресурс. Доверие: 6/10. https://www.wfp.org/stories/nutrition-myths-debunked
52. Thammakorn O, et al. A Black Sticky Rice-Derived Functional Ingredient. NIH/PubMed, 2024. Тип: Клиническое испытание. Доверие: 5/10. https://pmc.ncbi.nlm.nih.gov/articles/PMC11640055/
53. Staff. Debunking 10 Common Nutrition Myths for 2025. EUFIC, 2025. Тип: Развенчание мифов. Доверие: 7/10. https://www.eufic.org/en/misinformation/article/debunking-10-common-nutrition-myths-for-2025
54. Mizoguchi K, et al. Mediators of the Effects of Rice Intake on Health in Japanese Adults. NIH/PubMed, 2017. Тип: Клиническое исследование. Доверие: 7/10. https://pmc.ncbi.nlm.nih.gov/articles/PMC5624626/
55. Staff. Doctor Debunks 'Rice Is Bad' Myth. The Health Site, 2025. Тип: Мнение врача. Доверие: 4/10. https://www.facebook.com/thehealthsite/