Reduce abdominal visceral fat & waist
Notified in Japan to help lower visceral fat and waist circumference in people with a higher BMI, as part of a daily diet.
Off Re:kake is a Japanese functional food powered by HMPA, a fermented rice-bran polyphenol notified to help reduce abdominal fat and steady blood sugar. 2 g per sachet, 30 sachets per box — gentle, daily metabolic care.
23 mg HMPA per sachet · 30 sachets per box · Made in Japan
HMPA (3-(4-hydroxy-3-methoxyphenyl)propionic acid) is a small-molecule polyphenol metabolite from fermented rice bran. It absorbs stably — independent of your gut microbiome — so the benefit stays consistent from person to person.
Notified in Japan to help lower visceral fat and waist circumference in people with a higher BMI, as part of a daily diet.
Notified to help blunt the rise in blood sugar after meals for those with elevated post-meal glucose.
A natural fermentation process yields HMPA, a small-molecule polyphenol.
HMPA is absorbed reliably regardless of individual gut differences.
Taken after meals, it supports fat metabolism and a steadier glycemic response.
Every claim on the package is written in plain Japanese and notified to the Consumer Affairs Agency. Here is what it actually says.
Off Re:kake is formulated under Japan's Foods with Function Claims system, where each function is based on scientific evidence and notified to the Consumer Affairs Agency.
Every function on this page is based on scientific evidence and notified to Japan's Consumer Affairs Agency under the Foods with Function Claims system.
“I stopped dreading my annual check-up. The numbers that used to creep up have settled.”
“After big lunches I no longer get that heavy, sleepy crash. It's become my post-meal habit.”
“No drastic diet — just one sachet after eating. Six months in, my waist tells the story.”
These statements are based on the product's notified functions in Japan and are not a diagnosis or medical advice. Individual results vary. This product is not intended to treat, cure, or prevent any disease.