A Japanese physician has proposed a remarkably efficient exercise that may revolutionize post-meal glucose management. Dr. Zenji Makita recommends a two-minute slow squat routine—dubbed the “12-second slow squat” —which he claims stabilizes blood sugar more effectively than a 15-minute brisk walk after eating. This brief regimen, performed immediately after meals, could reduce the risk of diabetes and other metabolic disorders.
The Science Behind the Squat
Dr. Makita’s approach centers on timing and muscle engagement. He explains that exercising during the initial rise in blood sugar—before it peaks—maximizes glucose uptake by large muscle groups. The 12-second slow squat involves lowering the body over six seconds, then rising back to standing over another six seconds. Repeating this 10 times takes roughly two minutes.
According to the physician, this deliberate pace activates major muscle groups in the legs, glutes, and core, forcing them to consume glucose for energy. By intercepting sugar at the beginning of its ascent, the body can prevent fat accumulation and reduce the spike that prompts excessive insulin release. Dr. Makita contends this method outperforms traditional post-meal walking because it targets larger muscles with less total time.
Timing is Everything
Dr. Makita emphasizes that waiting until blood sugar peaks to begin physical activity significantly diminishes the benefits. The key is to start the slow squat routine within minutes of finishing a meal, when glucose levels are just starting to climb. This immediate activation of skeletal muscles acts as a “metabolic sponge,” drawing sugar from the bloodstream before it can be stored as visceral fat.
The doctor also warns that modern diets—rich in refined carbohydrates and sugary drinks—keep many individuals’ blood sugar chronically elevated. Over time, this pattern contributes to obesity, fatty liver, and metabolic syndrome. The 12-second slow squat offers a practical solution that fits into even the busiest schedules.
Complementary Dietary Strategies
Beyond exercise, Dr. Makita stresses the importance of meal composition and sequence. He advises following a “vegetables-first, protein-second, starch-last” order during meals. This eating pattern creates a natural buffer: fiber from vegetables slows glucose absorption, protein further moderates the rise, and carbohydrates are processed last, minimizing sharp spikes.
For those with a sweet tooth, the physician recommends spreading sugar intake across multiple smaller portions rather than consuming one large serving. This fragmentation prevents the dramatic blood sugar rollercoaster that fuels cravings and fat storage.
Broader Health Implications
Maintaining stable blood sugar after eating reduces insulin secretion and lowers triglycerides, Dr. Makita notes. This stability decreases the long-term risk of cardiovascular disease, type 2 diabetes, and related metabolic conditions. The 12-second slow squat is particularly effective at burning visceral fat—the deep abdominal fat linked to inflammation and heart disease.
For Hong Kong residents accustomed to long work hours and irregular meal times, this two-minute intervention offers an accessible tool. No gym equipment or special clothing is required. The exercise can be performed in any quiet corner—at home, in an office, or even in a hotel room.
Next Steps for Readers
To implement Dr. Makita’s method, start with two minutes of slow squats within 15 minutes after a meal. Focus on controlled, steady movement—six seconds down and six seconds up. Pair this with the recommended food order: leafy greens first, then protein sources like tofu or lean meat, and finally rice or noodles.
For deeper reading, explore the relationship between meal sequencing and glycemic response, or investigate other time-efficient exercises for metabolic health. Consistency matters more than intensity; a daily two-minute habit can yield measurable improvements in blood sugar stability and energy levels.