DNA Hormones is a complex nutrigenetic test that analyzes the metabolism and detoxification of sex hormones. The test is designed to support the management of hormone-related conditions in both women and men. Essentially, DNA Hormones represents an extended and improved version of the DNA Oestrogen test.
The test analyzes genetic variants that have been shown to influence the metabolism and biotransformation of steroid sex hormones, processes that have a significant impact on male and female health.
Who it is recommended for
The test is suitable for individuals who:
- suffer from hormone-related conditions
- have a family history of such conditions
- present symptoms that may indicate an imbalanced hormonal metabolism
Conditions associated with hormonal imbalances include:
- endometriosis
- polycystic ovary syndrome (PCOS)
- fertility or subfertility issues
- earlier onset of menopause or accentuated symptoms during this period
- bone health disorders
- thrombosis
- breast, ovarian or prostate cancer
The test is also useful for individuals who are undergoing or considering hormone therapies (contraceptives or hormone replacement therapies), as it can provide information about the potential risk of coagulation and how to optimally support hormonal detoxification pathways.
The role of hormonal balance
An imbalance in hormone production can affect numerous bodily functions, leading to symptoms that can reduce the quality of life and increase the risk of hormonal disorders.
Research shows that hormonal imbalances can occur due to long-term exposure to unfavorable environmental factors, such as:
- increased estrogen exposure
- increased body mass index (BMI)
- carcinogen exposure
- sedentary lifestyle
These factors, along with individual genetic variations, can increase the risk of hormonal disorders in both women and men.
Depending on the life stage, environmental exposures, and existing genetic variants, certain hormone synthesis, degradation, and biotransformation pathways can become dominant. This can lead to:
- changes in the ratio of sex hormone metabolites
- imbalances in the redox status
These changes have been associated with a predisposition to conditions such as:
- endometriosis
- polycystic ovary syndrome (PCOS)
- infertility or subfertility
- early menopause or severe menopausal symptoms
- bone health disorders
- thrombosis
- breast, ovarian, and prostate cancer
Benefits of the test
Identifying hormonal imbalances and applying personalized interventions based on the patient's genetic profile can contribute to:
- managing hormonal symptoms
- reducing the risk of hormonal disorders
- improving quality of life
The report provides personalized recommendations regarding diet, lifestyle, and hormonal interventions to support relevant biological pathways and help maintain optimal hormonal health, bodily resilience, and a longer healthy lifespan.
