Calcium is an important component for strong bones, but many medical studies have pointed out that many short children have normal calcium levels in their bodies, so promoting growth hormone secretion for bone growth is the key.

Developed by a Japanese GMP pharmaceutical manufacturer, okami carefully selects each ingredient combination designed for bone and brain development. All have undergone independent clinical testing, proving beneficial for bones and growth. Therefore, as long as you persist and continue taking it, it will definitely be effective.

大神長骨素(丸裝）成份適合18歲以上，仍想追求3-5CM的人士服用。

Okami has passed ISO22000 and radiation testing, and its ingredients are all natural with absolutely no Western medicine components. It is very safe at the recommended dosage, promotes healthy brain and bone development, and has been proven suitable for long-term use.

The Japan Clinical Medical Research Institute has conducted extensive studies on precocious puberty and found three key factors that cause early puberty in children and affect their growth:

1. Parental genetics

2. Excessive intake of fats and sugars in the diet leading to overproduction of sex hormones

3. Environmental chemical factors, currently known to include more than 70 substances such as pesticides, plasticizers, bisphenol A, heavy metals, and dioxins.

The report points out that sex hormones are the main cause of early puberty and premature development in children. Moreover, the smoother the secretion of "growth hormone," the lower the chance of precocious puberty. This is because growth hormone signals body cells that the body is still developing, allowing continuous physical growth and slowing the closure of growth plates.

It is necessary, but there is no need to deliberately over-supplement, as calcium can be obtained from a regular diet. There are many types of calcium available on the market, but all calcium serves the same function; the difference lies in the absorption rate. The order of absorption rates is seaweed calcium > calcium lactate > calcium citrate > calcium gluconate > calcium carbonate.