Socio Today
Managing a balanced diet for individuals diagnosed with diabetes mellitus (DM) is frequently perceived as a restrictive and discouraging ordeal. For decades, conventional medical advice heavily emphasized the drastic reduction or complete elimination of carbohydrate intake to maintain glycemic control. However, modern clinical perspectives offer a more flexible approach, confirming that diabetes patients can still safely consume white rice provided they employ specific culinary techniques to prevent dangerous blood sugar spikes.
During an interactive educational session broadcast live on detikHealth’s TikTok platform on Thursday, September 10, 2026, Clinical Nutrition Specialist Dr. Igus Ulfa Yaze, SpGK, provided comprehensive insights into safe dietary management for diabetics. Dr. Yaze emphasized that before formulating any personalized daily dietary menu, a patient’s exact clinical status must be rigorously evaluated through comprehensive laboratory diagnostics.
"Actually, we must first check the laboratory results. This means identifying the random blood sugar level, followed by fasting blood glucose tests, and evaluating the HbA1c results to understand whether blood sugar has been genuinely well-controlled over the preceding three months," Dr. Yaze explained during the live broadcast.
The Clinical Burden of Diabetes and Nutritional Misconceptions
Diabetes mellitus remains one of the most pressing public health challenges of the modern era, characterized by chronic hyperglycemia resulting from defects in insulin secretion, insulin action, or both. Globally, hundreds of millions of individuals grapple with the daily necessity of monitoring their carbohydrate intake to prevent macrovascular and microvascular complications.
Historically, dietary interventions for diabetes relied on strict carbohydrate restriction. While effective for immediate weight loss and short-term glucose reduction, these restrictive diets often suffer from low compliance rates. Patients frequently find themselves overwhelmed by the monotony of carbohydrate-free regimens, leading to dietary fatigue and subsequent metabolic instability.
In response to this clinical hurdle, nutritionists and endocrinologists have increasingly advocated for sustainable dietary modifications rather than complete food bans. Rice, serving as the primary caloric staple for billions of people across Asia, is deeply culturally and socially entrenched. Telling a patient to permanently sever ties with white rice is often counterproductive. Instead, modern nutritional science focuses on modifying the physicochemical properties of the food to alter its digestive behavior inside the human body.
The Science of "Cold Rice" and Lower Glycemic Index
For diabetes patients who wish to retain white rice in their daily nutritional regimen, Dr. Yaze shared a scientifically grounded, yet remarkably simple culinary trick: avoiding the consumption of rice while it is warm or freshly cooked.
"Usually, I still recommend consuming rice, but if possible, not while it is in a warm or hot state. If possible, let it cool down first," Dr. Yaze advised. "In fact, I usually suggest to patients that they place it in the refrigerator beforehand, but always within a tightly sealed container."
This practice taps into a well-documented biochemical phenomenon known as starch retrogradation. When freshly cooked rice cools down, its digestible starches undergo a structural transformation, converting a portion of the digestible starch into resistant starch. Resistant starch functions similarly to dietary fiber; it resists enzymatic breakdown in the small intestine, passing largely undigested into the colon where it undergoes fermentation by gut microbiota. Consequently, the overall glycemic index (GI) of the food decreases significantly.
Under Dr. Yaze’s protocol, rice stored in the refrigerator overnight can be consumed safely the following morning or afternoon. Patients who prefer not to eat cold food do not need to reheat the rice aggressively; they merely need to allow it to sit at room temperature for a short duration until it reaches a comfortable eating temperature.
"Now, the glycemic index will be much lower, so blood sugar will not suddenly spike," Dr. Yaze elaborated. "Because what we fear when consuming excessive carbohydrates or sugar is that blood sugar levels will skyrocket up to 200 or 300 mg/dL because the glycemic index climbs far too quickly."
However, Dr. Yaze issued an explicit warning regarding the post-refrigeration handling of the rice. Patients must exercise discipline and avoid altering the food with high-calorie or high-fat cooking methods that could counteract the metabolic benefits of the resistant starch.
"There is no need to process it excessively. Do not fry it, and there is no need to add seasonings. Just eat it normally," she emphasized.
Strategic Meal Sequencing and Recognizing Body Signals
Beyond manipulating the physical state of carbohydrates, the structural order in which various macronutrients are ingested plays a profound role in stabilizing postprandial insulin responses. Dr. Yaze underscored the clinical efficacy of strategic meal sequencing, a methodology supported by numerous endocrinology studies showing that consuming fiber and protein before carbohydrates blunts glucose absorption.
"Furthermore, if possible, eat in a sequential order—starting with fiber first, followed by protein. Later, if you already feel full due to the fiber and protein, the carbohydrates do not need to be forced down," Dr. Yaze instructed.
This behavioral approach encourages intuitive eating and empowers patients to tune into their internal satiety cues. By prioritizing nutrient-dense, high-fiber vegetables and lean proteins initially, the stomach’s stretch receptors signal satiety to the brain well before the carbohydrate portion is heavily consumed.
"If the carbohydrates have only been eaten for two to five spoonfuls and you already feel full, then stop right there. You must still recognize your body’s signals," she continued.
The Hidden Danger of Beverages: Avoiding Sweetened Teas
The meticulous dietary discipline invested in portion control, resistant starch preparation, and sequential eating can be entirely undermined by poor beverage choices. Dr. Yaze issued a stern warning against consuming sugary drinks immediately following a meal, noting that liquid sugars induce rapid gastric emptying and instantaneous glycemic spikes.
"If, for instance, the meal sequence is already correct, but you instead drink sweet iced tea, it amounts to the same thing. The glycemic index shoots right back up. Therefore, drink plain water," Dr. Yaze urged.
Liquid sugars bypass the complex breakdown required by solid foods, entering the bloodstream with alarming velocity. This sudden influx of glucose forces the pancreas to release a surge of insulin, severely straining metabolic function and aggravating insulin resistance over time.
Additionally, Dr. Yaze provided a clinical caveat regarding micronutrient absorption and beverage selection, highlighting how certain drinks can interfere with the body’s ability to absorb vital nutrients.
"If, for example, you have already consumed vitamin C, do not drink tea, because the absorption of vitamin C may become suboptimal," she added. Tannins and polyphenols found in tea are known chelators that bind to certain vitamins and minerals, reducing their bioavailability if ingested concurrently.
Broader Public Health Implications and Clinical Recommendations
The expert guidance provided by Dr. Igus Ulfa Yaze highlights a broader paradigm shift in chronic disease management: moving away from punitive, unsustainable restrictions and toward personalized, behavior-based dietary adaptations. For healthcare providers, educating patients on practical techniques like starch retrogradation offers a bridge between cultural dietary traditions and strict medical requirements.
Public health analysts note that lifestyle-related diseases such as type 2 diabetes continue to place a heavy financial and logistical burden on healthcare systems worldwide. By empowering patients with actionable, low-cost strategies—such as refrigerating staple foods and altering meal sequencing—clinicians can improve long-term adherence, enhance metabolic outcomes, and reduce the incidence of severe diabetes-related complications.
As medical professionals continue to disseminate evidence-based insights through digital health channels, patients gain unprecedented access to expert guidance that respects their dietary preferences while fiercely protecting their metabolic health.
