The utilization of natural antioxidants to reduce oxidative stress is a promising therapeutic approach to prevent diseases by reducing ROS. Flavonoids, phenolic compounds, antioxidant vitamins…
We have gone through the evolutionary path, the historical turn of events, and the metabolic shifts that our women ancestors went through to create a…
The prevalence of PCOS in women of reproductive age varies but has been reported to be around 6%-19% of this population. This condition’s etiology relies…
Have you ever noticed that the human is the smallest newborn mammal? It turns out that we are born, and we are so immature that…
The foods we eat can have the potential to be beneficial or harmful to our health. Poor nutrition can cause a variety of health issues,…
Aging is a natural part of life and it can’t be stopped. Or at least, that’s what we used to think. Researchers at Intervene Immune,…
The human brain is extremely complex. Although responsible for many of our bodies capabilities, it has been known to cause extreme downfalls and disabilities if it goes awry. Neurodegenerative disorders include mild cognitive decline & late onset Alzheimer’s disease (LOAD). By using genetic testing, we are able to assess these genes and gain biochemical insight as to how to take our patients in a direction that is best for intervention and treatment strategies. The genetic test we use is DNA Mind from DNA Life.
Injury Susceptibility, recovery, power and endurance are all key components when it comes to sports. By using the DNA Sport test from DNA Life we have the opportunity to gain insight on an individual athlete and how their genetic makeup impacts these factors. This test allows parents, coaches, and physicians to see certain polymorphisms that are implicated with increased risk factors for injuries as well as inflammation and oxidative stress.
Growing up, there always seemed to be the kids in P.E. who were just naturally better at sports than others. Additionally, there were kids who seemed like they were always hurt. Genetics make up a large factor when it comes to athletic performance and recovery. Over the last few decades, research has emerged proving that athletic performance, training responsiveness, injury-related traits, and the ability to recover from a workout can be tailored down to the genetics of an individual. We have the capability to do a genetic test on individuals so that parents and coaches are able to learn more about the athlete and how to train them for optimal performance. Many parents take advantage of this test and use it to see the athlete’s weakness, therefore building them up and focusing on that area. This allows the athlete to have a better chance of success. We use DNA Sport from DNA Life.
Males and females produce estrogen. However, females tend to have more complications when it comes to estrogen and hormonal issues like endometriosis, PCOS, and hormones that are linked to certain cancers. There are genetic predispositions that make some individuals more susceptible but we have the ability to use the DNA Estrogen test from DNA life to understand individual genetic availability with hormone intervention to help identify women who have a higher exposure to estrogen. Based on these results, we are able to create a truly personalized plan.
Regenr8 is a company we work with that developed an Epigenetic Biomarker Profile test to assess where your body is lacking in essential vitamins and minerals, hindering proper expression of biochemical pathways. The test determines the impact of your environment based on your unique gene function by identifying various metabolites based on the metabolic and enzymatic cellular process.
The test will show an assessment of overall cellular energy production, methylation activity, vitamins, inflammation and oxidative stress, sleep markers, muscular performance, gut dysbiosis, amino acids, and neurotransmitters. Based on your test results, they create an all-natural, organic, and plant-based superfood that you are able to drink daily to ensure your body is getting the nutrients it needs.
Nutrition is one of the most important aspects of life. Everyone eats at least one time a day and how we digest, taste, break down, and utilize that food is where our genetics come into play. Once we receive the test results from a patient, we review the genetic factors and predisposition they have. This allows us to create a science-baked personalized medicine program. This includes diet suggestions along with supplements. However, there are three potential diets that we recommend the most. Mediterranean, Low Carbohydrate, and Low Fat.
As previously discussed, our genes play a significant role in energy expenditure, appetite, and fat metabolism. Our genetics determine our susceptibility to obesity when exposed to an unfavorable environment. Additionally, we are also able to see how individuals will react to specific diets and exercises. We are able to use genetic testing to see a genetic profile and create a cutting-edge, scientifically backed, and effective weight loss plan for each patient. As we know, food consumption impacts our health throughout our entire life. With an unhealthy diet, turning on and off genetic risk factors, it becomes unhealthy and is a major risk factor for chronic health conditions. Nutrition-related conditions are often encountered and identified by chiropractors where musculoskeletal and inflammation is the origin.
Our genes play a significant role in energy expenditure, appetite, and fat metabolism. This explains why two individuals doing the same diet can have drastically different results. The food we eat plays a significant factor in our overall health and wellbeing. Those who eat the standard American diet tend to be overweight, sick more often, have a poor immune system, and heavy inflammation, leading to chronic illness as they age. However, those who eat in favor of their genes and provide their body is organic nutrients have a lower BMI, reduced chance of cardiovascular issues, optimal body composition, and have more days of being active.
The way our bodies respond to and break down food is being studied more and commonly linked to many chronic health conditions. The reactions we have to certain foods have been known to cause international permeability and over time leaky gut syndrome, leading to inflammation and autoimmune diseases. Not all food reacts the same way inside the digestive tract, some individuals are fine eating milk while others have digestive complications. Specific genes can be tested to provide a deeper insight to how someone might respond to a food component. To test an individual’s genes, we use DNA Health from DNA Life.
Vitamins are essential to the body as they are responsible for carrying out important biochemical pathways. Vitamins also play a significant factor in aging, medications, genetics, and can metabolize differently depending on gender. There are thirteen vitamins the body depends on. These vitamins are not able to be produced by our body so we must obtain them from our diet.
The fat-soluble vitamins we require are vitamins A, D, E, and K. The water-soluble vitamins we require are vitamins C and B (B1, B2, B3, B5, B6, B7, B9, and B12).
For an individual who is experiencing insulin resistance, the body’s cells have a lack of ability to respond to the action of insulin. Insulin is a hormone that removes glucose from the body and places it into our cells. Type 2 diabetes in certain families has been linked to a genetic background but we are finding that environmental factors truly unmask the genes.
To test genotypes, we use DNA Health from DNA Life. This report shows us the genetic makeup an individual has as well as their risk factors for certain health conditions.