6 major effects of enzymes on women's health

1. Enzymes and breast hyperplasia

Environmental pollution, long-term mental stress, bad living habits or long-term use of products with side effects can cause endocrine disorders in women and lead to breast hyperplasia.

Enzymes can decompose and split toxins in the body, regulate endocrine system, accelerate the body's metabolism, reduce adverse stimulation to the breast, accelerate blood circulation, and prevent breast hyperplasia due to poor blood circulation.

2. Enzymes and fibroids

There are many glands in the endometrium. If these glands also grow in the uterine muscle layer, it is called "uterine adenoma" or "adenomyoma". Uterine fibroids are the most common benign tumors of the female reproductive system, formed by the proliferation of uterine smooth muscle cells. According to statistics, about 20% of women over 35 years old develop uterine fibroids, and the malignant transformation rate is 0.5%.

3. Enzymes and infertility

According to surveys, pregnant women with acidic constitutions have a high rate of giving birth to mentally retarded children. The mother's own enzymes cannot function normally due to the highly acidic body environment. The highly acidic constitution also causes the mother's own enzymes to become less and less. As a result, the enzymes become increasingly insufficient and the body environment becomes increasingly acidic. This acidic constitution will affect the growth and development of the fetal brain cells. At the same time, it will also destroy the secretion of breast milk and affect the growth of the baby after birth. An acidic constitution often causes infertility, difficult labor, or pelvic dysplasia.

Supplementing enzymes can restore the body's weak alkaline constitution. At the same time, the decomposition effect of enzymes allows the body's metabolic products and harmful substances to be excreted, restoring the body to its original state. It can change the problem of infertility caused by acidic constitution and increase the chance of pregnancy.

4. Enzymes and menopausal syndrome

Menopausal syndrome is caused by endocrine disorders due to a decrease or cessation of hormone secretion in the body. The clinical manifestations are more complex, such as dizziness, metabolic disorders, insomnia, anxiety, restlessness, sexual apathy, behavioral changes, and a series of other physiological and pathological changes. The reasons are related to malnutrition, mental stress, gonadal atrophy and endocrine disorders.

The enzymes in enzymes can effectively adjust endocrine, delay gonadal atrophy, balance nutrition in the body, and enhance metabolic function. Therefore, enzymes can effectively prevent and alleviate menopausal symptoms.

5. Enzymes and PMS

Premenstrual syndrome is related to endocrine and physiological changes, and symptoms such as headache, emotional distress, breast swelling and pain, and dysmenorrhea appear before menstruation. The root cause of endocrine disorders is excessive or insufficient hormone secretion in the body.

The cell activation and revival effects of enzymes will awaken dormant cells in the body and balance the hormone levels in the body. The blood-purifying effect of enzymes can help purify toxins in the body, keeping hormone secretion at a healthy level at all times. Without adverse hormonal influences, the body will be free from the various troubles of menstruation.

6. Enzymes and prenatal and postnatal care

Taking enzymes before and after delivery can regulate physiological functions and improve acidic constitution. Prenatal and postnatal nourishment for pregnant women can improve gastrointestinal function and enhance metabolism and detoxification. During pregnancy, the consumption of enzymes for the growth and development of the fetus will increase significantly, and it is far from enough to intake enzymes through diet alone. Therefore, supplementing enzymes during pregnancy is beneficial to the mother's body to keep it in good condition. At the same time, it is beneficial to the better development and growth of the fetus. After childbirth, the mother needs a large amount of enzymes to restore her physical strength during breastfeeding, and to provide the baby with the nutrition and energy needed for growth. These needs can be met through appropriate enzyme supplementation. In addition, sufficient enzymes can also help the mother return to her normal pre-pregnancy state as quickly as possible. Data shows that it can help restore body shape, repair stretch marks, etc.