Cell Well Being
Epigenetic Hair Analysis Know Your Nutrients Results in 24 Hours
We are all trying to be healthy, exercise, eat well, minimize stress, sleep enough, be productive, and achieve balance, and in today's world, this can take extra work to perform at your best.
The Cell Well Being Test is an epigenetic hair test from Germany that can be done in-office to assess your minerals, vitamins, fatty acids, and amino acids. Some of us need more, some of us less, and the Cell Well Being Test allows us to see both our individualized requirements for these essential nutrients.
Not everyone is the same, genetically, epigenetically, or in their lifestyle. We are all unique. Utilize a test that recognizes this and empower your choices in reaching your optimal state of health.
About Epigenetics
Epigenetics is Empowering Wellbeing
Following the world wide scientific Genome project it was discovered that humans are no longer the prisoners of their DNA. In fact your own Epigenetics control genetic expression, therefore each individual has control of their well-being. A personalized epigenetic report helps you better understand how to create optimal, physical, mental and emotional states of wellness and performance.
The foods you eat and the nutrients absorbed, combined with environmental toxins affect your well-being. The Gut and the intestinal tract can be impacted by poor diets and chemicals, which also reduce optimal functionality. Modern day life is further influenced by invisible Electro Magnetic Wave forms that surround us constantly. All of these Epigenetic stressors are mapped and each indicator is highlighted in each individual's personal report.
The technology is operated in 67 countries, by leading, wellness, sports and dietary centers. The reports are designed to assist each individual client, obtain optimal performance and well-being, Epigenetic mapping is also used to provide underlying information regarding fertility. It is also being used by leading Sports professionals to enhance muscle recovery and endurance. Epigenetic Hair Mapping technology can be used to reflect epigenetic information in all age groups, after the age of puberty. However a baby's hair is not suitable for epigenetic mapping as most babies begin to lose their baby hair around the 36th week of the gestational period. This type of hair is called Lanugo and contains mainly the information about the baby's mother.
Epigenetics Indicators
Key Epigenetic Indicators for Optimal Well-Being
- Anti-Oxidants: Compounds that protect cells from oxidative stress, which can alter gene expression. Antioxidants, found in foods like berries and green tea, help prevent harmful epigenetic changes linked to diseases.
- Cleansing (Detoxification): Processes that remove toxins from the body, helping maintain healthy epigenetic markers. Foods rich in detoxifying agents, like cruciferous vegetables, can mitigate the negative impact of environmental pollutants.
- Resistance (Immunity): The immune system’s response influences epigenetic modifications. Enhancing immunity through healthy habits can reduce chronic inflammation and its detrimental effects on gene expression.
- Essential Fatty Acids: Omega-3 and omega-6 fatty acids are crucial for regulating gene expression and reducing inflammation. They influence histone modifications that control gene activity, promoting overall health.
- Amino Acids: Building blocks of proteins that support normal epigenetic processes. Amino acids like methionine are vital for DNA methylation, affecting gene regulation and health outcomes.
- Diet: A significant factor in epigenetic regulation. Nutrients in food can influence DNA methylation and histone modifications, with a balanced diet promoting healthy gene expression and reducing disease risk.
- Vitamins: Essential for supporting epigenetic processes, particularly B-vitamins involved in DNA methylation. Adequate vitamin intake helps maintain proper gene regulation and prevents health issues.
- Minerals: Nutrients like zinc, magnesium, and selenium regulate epigenetic functions. They support DNA repair and protect against oxidative damage, ensuring healthy gene expression.
- Interference (Toxins and Stress): Environmental toxins and chronic stress can disrupt epigenetic processes, leading to harmful gene modifications. Minimizing exposure to these stressors is crucial for maintaining a healthy epigenome.
Epigenetics and Wellbeing Empowering Knowledge
What We Do
At Epigenetics and Wellbeing, we empower individuals with knowledge about the dynamic interplay between genetics and lifestyle choices. Our mission is to enhance wellbeing through a deeper understanding of how epigenetic factors influence health outcomes.
Key Areas of Focus:
Education and Awareness
We provide resources, workshops, and seminars that demystify epigenetics, enabling individuals to understand how their environment and lifestyle can alter gene expression.
Personalized Approaches
We advocate for personalized health strategies that consider genetic predispositions and epigenetic modifications, promoting tailored interventions for improved health and wellbeing.
Research and Collaboration
We engage in research initiatives that explore the impact of epigenetics on health, collaborating with experts in the fields of genetics, nutrition, and wellness to foster innovative solutions.
Community Engagement
We believe in building a community that supports individuals in making informed decisions about their health. Our programs encourage collaboration, sharing of experiences, and collective growth.
Holistic Wellbeing
We focus on the holistic aspect of health, integrating physical, mental, and emotional wellbeing into our approach, ensuring that our methods foster overall balance and harmony.