For many people, these days having or getting cancer is a real-life threat. Cancer numbers continue to go up, and many people find that they have certain genetic mutations that could potentially cause increased risks of getting cancer. While we know that the causes of cancer are many and varied, some genetic mutations such as MTHFR gene mutations do put you at higher risk of developing cancer from a nutritional perspective. But there is a lot more to this fact.
Cancer, of course, is no joke, that’s why it is important. Consider all of your options when it comes to cancer treatments and or prevention. Combining genetics as well as overall well being is really important. Because at the end of the day it’s really all about having a percentage advantage. When it comes to your health and your natural defenses against developing cancer.
Your body is designed to kill cancer and this is done through your natural biochemistry. When a person develops cancer there are usually only a number of factors. That has somehow put that person into a state of “percentage disadvantage”. When one or more of those factors are resolved. The percentage of cancer risk goes down. The percentage advantage of your body’s ability to defend itself as it should against cancer goes up.
Let’s take a closer look at some of the factors that reduce your “percentage advantage”. when it comes to developing cancer and why:
Genetics & Breast Cancer
MTHFR gene mutations – When you have an active MTHFR gene mutation your risk for cancer does go up. Genetic tests can help identify these mutations and assess your cancer risk. This is mostly because your body won’t be able to support itself nutritionally. This mutation can also affect DNA methylation, which is crucial for gene regulation and cancer prevention. For example, If you have a heterozygous MTHFR mutation in C677T. You can lose 30-40% of your ability to produce activated folate. This means you make less, the problem is that most of all of your other nutritional factors rely on folate. To do their job as well, many of which have a major role in cancer defenses. So over time, you become nutritionally imbalanced. Then toxic, then DNA damage sets in which leads to an increased breast cancer risk.
Understanding MTHFR and Cancer Risk
Methylenetetrahydrofolate reductase (MTHFR) is a crucial enzyme in the folate metabolism pathway, which is essential for DNA synthesis, repair, and methylation. When the MTHFR gene has mutations, particularly the C677T and A1298C polymorphisms, it can disrupt this pathway, leading to an increased risk of various cancers. Research has shown that these genetic mutations can elevate the risk of developing breast cancer, colorectal cancer, and prostate cancer. Understanding the relationship between MTHFR and cancer risk is vital for developing effective prevention and treatment strategies. By recognizing how these genetic mutations impact folate metabolism, we can better tailor our approaches to reduce cancer risk and improve overall health outcomes.
VDR Gene Mutations
VDR gene mutations – If you have active VDR gene mutations you can have impaired vitamin D hormone. These mutations can also increase the risk of ovarian cancer, making it crucial to monitor vitamin D levels. It is needed to make a cancer-killing substance known as GcMAF. If you don’t make enough GcMAF you have a percentage disadvantage against certain types of cancer development.
COMT Gene Mutations
COMT gene mutations. For breast cancer patients, understanding COMT gene mutations can help tailor treatment options and improve outcomes. Certain COMT gene mutations can push a person into a much higher risk of developing estrogen dominance type cancers. Most of which belong to the group of cancers involved in breast cancers.
Liver genes – There are many different genes in your liver. When you have active gene mutations in your liver. This can prevent the proper detoxification of known cancer-causing carcinogenic. Once your liver becomes impaired it can’t detoxify properly which leads to an overwhelmed organ. Then toxins are allowed to build up forming a trigger. For many types of cancer in any location in your body. Some of these genes mutations include CYP, NAT, UGT, MTHFR, and SULT.
Antioxidant genes – There are a number of very powerful genes that are responsible for controlling your body’s ability to produce highly defensive antioxidants that are capable of “disarming” certain oxidants that cause damage to DNA leading to cancer. Some of these gene mutations include GGT, GSTM, GSTP, GPX, NOS, SOD.
Immune gene mutations – There are many genes involved in the immune system, many of which have the job of identifying foreign objects such as cancer and attacking cancer to remove it from the body. Genes mutations in the complex immune system play an important role in maintaining a percentage advantage when it comes to beating cancer.
Other Cancer Causes & Cancer Risk
It’s very important whether it be treating cancer and or preventing cancer to factor in other obvious causes to gain the best percentage advantage, remember the more you line up the ducts the better the odds (so to speak). Understanding how cancer cells develop and proliferate is crucial for effective treatment and prevention. Obviously cancer can be a complex problem but at the end of the day cancer needs a certain set of rules and conditions to be met before it can succeed and likewise the more geared you are toward having the best percentage advantage against the rules and conditions that cancer needs to thrive the least likely cancer has to survive or even develop, to begin with. Let’s look at other factors that help cancer meet its ideal conditions:
Conditions
Poor underlying health (several other health problems making your body overall weak in its ability to fight)
Poor nutritional status (impaired functional working nutrition, the stuff you can’t always see in blood work)
Too many oxidants and not enough antioxidants being made in the right places in your body
Specific Parasites
Solvents
Molds
Poor environment
Toxic chemicals
Poor food supply
Poor water supply
Electromagnetic radiation
Unresolved health problems (bacterial, viruses, autoimmune disease etc)
Heavy metal toxicity
Now take a good look at everything you have read so far and ask yourself if I have a little bit of this and a little bit of that does that increase or decrease my risk of getting cancer or reduce my ability to remove cancer? Can you see how things can easily get complex and add up to making your percentage advantage lower? It really doesn’t matter what you think you know, no matter it is your risk for cancer, how to treat your cancer or how to prevent your cancer, the only thing that matters is making sure you have the best possible percentage advantage in order for you to win the battle against cancer.
Is it time you invested in your best advantage to beat cancer? We can help, ask our professional team who understand cancer and can guide you toward getting your bet percentage advantage, contact us here.
Genetic Testing for Cancer Risk
Genetic testing for cancer risk involves analyzing an individual’s DNA to identify genetic mutations that may increase their susceptibility to cancer. One of the critical genes tested is the MTHFR gene. By identifying mutations in this gene, such as C677T and A1298C, genetic testing can help pinpoint individuals who are at a higher risk of developing cancer. This early identification allows for proactive measures in cancer prevention and monitoring. However, it’s important to note that genetic testing is not a diagnostic tool. A positive test result indicates an increased risk but does not guarantee that cancer will develop. It’s a step towards understanding your genetic predisposition and taking informed actions for your health.
Genetic Counseling and Cancer Prevention
Genetic counseling is an essential component of the genetic testing process. A genetic counselor can help you understand your genetic test results, discuss the potential risks and benefits of testing, and provide personalized guidance on cancer prevention strategies. They play a crucial role in helping you make informed decisions about your health. By working with a genetic counselor, you can develop a tailored plan for cancer prevention that takes into account your unique genetic makeup and family history. This personalized approach ensures that you are taking the most effective steps to reduce your cancer risk and maintain your health.
At-Home Genetic Testing
At-home genetic testing kits offer a convenient way for individuals to learn more about their genetic health. These kits typically involve collecting a saliva sample or mouth swab and sending it to a laboratory for analysis. While these kits can provide valuable insights, they may not offer comprehensive information on cancer risk. The results should be interpreted with caution, and it is essential to consult with a healthcare professional or genetic counselor to fully understand the implications. By doing so, you can develop a well-informed plan for cancer prevention and ensure that you are taking the right steps to protect your health.
Regulation of Genetic Testing Labs
Genetic testing laboratories are regulated by the Clinical Laboratory Improvement Amendments (CLIA) program, which ensures that laboratories meet federal standards for quality, accuracy, and reliability of tests. However, not all genetic testing laboratories are CLIA-certified, and some may choose to comply with the regulations voluntarily. It is crucial to ensure that the genetic testing laboratory you use is CLIA-certified to guarantee the accuracy and reliability of your test results. By choosing a CLIA-certified lab, you can have confidence in the quality of the testing process and the validity of the results, which is essential for making informed health decisions.
Problems with “natural cures” and cancer
There is a lot of controversy in the world today when it comes to finding “natural cures” for cancer, there are many diets, pills, drugs, medicines, you name it and you’ll find it. The National Cancer Institute emphasizes the importance of personalized treatment plans based on genetic makeup. The biggest problem with any given one of these ideas isn’t that they exist, it is however that none of them take into consideration you as an individual, your genetic makeup, your advantages, your disadvantages and help you to find your best possible advantage.
I once had a patient who asked me, “why is it that I eat the best possible diet for cancer, I take all the best supplements for cancer and still keep getting cancer?” My short answer is “because about half those healthy foods and anti-cancer supplements that you eat/take actually put you at a percentage disadvantage because of some of your genetic mutations”.
