Epigenetics Series: Is Porn Addiction Genetic?


Nearly 23 million Americans suffer from a drug or alcohol addiction. It is estimated that between 7.4 and 14.7 million American adults are addicted to porn or sex. Porn addiction is a serious epidemic. 

“Addiction” is a broad term with an even broader population. Despite the prevalence, understanding, and treatment of addiction, it remains far behind where it should be, with only 1 in 10 individuals getting appropriate and lasting treatment.

Now, research in epigenetics is stepping in to help treat addiction on a deeper and broader scale.

Why are only some people addicted to activities, behaviors, and substances while others are not?

The answer may lie in the expression of your genes.

Recent studies show that epigenetic mechanisms could play a significant role in addiction. In fact, the risk of addiction may not necessarily come from an inherited genetic sequence but from how those genes are expressed.

Understanding the link between addiction and genetics may help create new advances in prevention and rehabilitation moving forward.

So what is the addiction? What is its link to epigenetics? And how can you alter your genes for a healthier life?

What is addiction?

“Addiction” is a psychiatric disorder where a person compulsively engages in or with some stimuli, like drugs, alcohol, or sex.

A person becomes addicted to the “feel good” aspects of this stimulus. This stems from the excitement of the brain’s reward regions. These “reward” regions include the nucleus accumbens (NAc), prefrontal cortex (PFC), and ventral tegmental area (VTA).

Drugs and alcohol are the most common associations of addiction. However, people can become addicted to nearly anything that ignites the reward centers of the brain. For example, other addictions can include gambling, shopping, sex, video games, television, overeating, exercise, and more.


Sex addiction is an especially prevalent concern in America, with the open accessibility of porn. In fact, an estimated 3-8% of U.S. adults suffer from a sex addiction that causes significant distress or impairment in personal, family, social, educational, or occupational areas of functioning.

We know that addiction creates changes in the brain. An ongoing surge of dopamine actually alters the prefrontal regions of the brain. In fact, this dopamine “high” starts to decrease sensitivity. The more you activate this part of your brain, the less it works. This impacts reward, motivation, memory, and cognitive control.

Thus, a progressive “high” can actually make it harder to feel that same sort of pleasure over time. This is why addicts tend to progress deeper into their addiction; addicted individuals seek that same pleasure but their brains become desensitized to it.

Science has proven that this dopamine desensitization alters the structure of the brain. Does that mean addiction could alter DNA and genetic structure as well?

Is porn addiction or any addiction linked to epigenetics?

Addiction is a disease just like any other, like cardiovascular disease or diabetes. Epigenetics impacts these types of diseases.

So does addiction.

A number of studies have looked at the relationship between genes and addiction.

It’s widely accepted that addiction is a “hereditary” disease. Recent studies have found a panel of 11 genes linked to a genetic predisposition for addiction, especially alcoholism. Of these, there are 66 associated single-nucleotide polymorphisms (SNP variations) that are correlated with addiction.

Studies have shown that a child has an 8x greater risk of developing an addiction if one parent has a drug or alcohol addiction. This insinuates that there is some sort of genetic predisposition to addiction and can also play a role in porn addiction, and this doesn’t mean one type of porn, this can range to every sexual aspect from real taboo kinks, to simply viewing sites.

In fact, studies show that 50-60% of addiction can be contributed to genetics. (The other half comes from poor coping skills when dealing with stress or emotions.)


So, for decades, children of addicts have been taught to avoid drugs and alcohol completely to prevent the development of their own addiction.

Genes themselves are irreversible. The genes you’re given are the genes you keep for life.

But what if there was a way to “deactivate” or turn off those inherited genes of addiction?

Can we treat addiction with epigenetics?

Epigenetics looks at the expression of genes as opposed to the genetic sequence itself. We can’t change our DNA sequence. But we can change which of our genes are expressed and activated—even those genes of addiction.

Research has found that certain factors can alter this genetic expression of addiction. There are a number of ways addiction can change your epigenetics, but the two most prevalent are DNA methylation and dopamine reception.

DNA methylation

Just like with other epigenetic marks, DNA methylation can activate or deactivate the genes that carry addiction-related risks.

A study at McGill University and Bar Ilan University found that the genes in the brain—especially those in the NAc reward center—can be reprogrammed during drug withdrawal.

They found that you may be able to prevent a relapse of cocaine use by adjusting epigenetic marks during the withdrawal period. This means that an individual going through rehabilitation would be less likely to return to drugs with an epigenetic treatment.

They especially looked at RG108 as a potential rehabilitative treatment. RG108 is a DNA methylation inhibitor. This means it stops the genetic switch that turns a gene on or off. In the study, researchers found that cocaine-addicted rats stopped seeking out the drug once they were injected with the RG108.

This, in essence, could turn off the genes of addiction to stop an individual from experiencing the need or desire to return to the use of the drug or activity.

Researchers also found that this RG108 inhibition was most successful during withdrawal as opposed to while still exposed to the drug. During withdrawal, the genes are already undergoing changes because they don’t have access to the chemicals in the drug. Inhibiting DNA methylation in the brain during a period of withdrawal enhances this change to avoid addiction relapse.

Dopamine receptors

Other research has found a link between dopamine release and genetic changes. A study at Columbia University Medical Center discovered that individuals with greater dopamine release and higher concentrations of D2 (dopamine receptor) were less likely to relapse into addiction.

They found that the brain regions that handle self-control are linked to the genetics of addiction.

This tells us that even self-control is genetic—and it can be altered appropriately.

The scientists found that targeted therapy could increase the odds of extinguishing addiction. These therapies focus on changing certain behaviors to improve the activity in the prefrontal cortex and dopamine receptors.

Another study found a similar finding with sex specifically. The gene, which is also linked to dopamine, influences sexual drive and arousal. Researchers found that individuals with a particular variation of this D4 gene were more likely to develop sexual addiction than those with a typical D4. This proves that sexual activity, including porn addiction, could be a treatable disease based on genetic makeup.

Can knowing your genes prevent porn addiction?

The above examples both look at preventing a relapse of addiction by deactivating certain epigenetic markers. But can you prevent addiction even before it happens?

One group of researchers has been providing a number of studies about epigenetics and addiction. One of their greatest findings was the potential of early-onset prevention of addiction through epigenetics. Meaning if you are genetically predisposed to porn addiction, there may be a way of preventing it from ever taking hold.

They first researched HDAC5 as the suppressor of addiction-risk genes. They found that this inhibitor didn’t prevent addiction-like behaviors from forming, but it did prevent relapse. However, they then looked at all of the genes that HDAC5 inhibits.

They found that HDAC5 also suppresses the gene NPAS4. This gene is the early-onset gene of addiction. Rodents with less NPAS4 still developed addiction behaviors—but it took them a lot longer than their counterparts that had more NPAS4. Researchers found that HDAC5 lessened the effect of NPAS4, which lengthened the onset time of addiction.

Basically, HDAC5 may be able to both prevent relapse and help prevent initiation of addiction behaviors altogether.

Further research still required in order to learn how to prevent addiction… but many researchers think that deactivating certain genes is possible.

What does this mean for YOU?

If you have an increased risk of addiction due to a parent, you don’t have to be scared of your genes. If you’re suffering from addiction now, you can get help and prevent it from coming back.

Epigenetics tells us that there are ways to deactivate the genes of addiction so you can live your life without worry, and potentially be free of your porn addiction.

So how do you “turn off” these genes?

The solution isn’t necessarily to avoid complete avoid porn, sex, drugs, and rock and roll at all costs. (I do not advise taking part in any sort of abuse.)

Nevertheless, avoiding porn doesn’t necessarily mean you’re cured of your porn addiction. It just means you’re abstaining as best you can. If you stop abstaining at some point, though, you could still be at risk for serious addiction.

But you can control your genes and change the way addiction genes are expressed to evade porn addiction altogether.

How?

Lifestyle changes.

Studies have suggested that environmental factors drastically impact the activation or deactivation of the addiction genes.

One study found that addiction was highly related to social environment. Interestingly, some research has shown that genes play a role in how an individual responds to the environment around them.

This means that two individuals in the same cultural environment with the same gene for addiction could have different experiences. If one has an activated gene and another has a deactivated one, the first could have addiction problems while the other doesn’t.

This means you need to surround yourself with healthy habits and healthy people. But this isn’t always easy, especially when stress and other emotional stimuli step in.

Stress can actually activate the addiction gene. One study found repressive histone methylation with repeated stress. Basically, stress caused methylation, which caused the “addiction” genes to turn on.

Stress can activate some of the unhealthiest genes in your body, including the gene for addiction. If you want to reduce your risk and intensity of addiction, you need to first and foremost reduce your acute and chronic stressors.
The doctor’s orders:

  • This week, keep a stress journal with you. Every moment you feel slightly stressed or anxious, write down the time, place, and trigger that caused that feeling. Write down the exact emotions and tenseness you feel.
  • At the end of the week, review your journal for patterns of stressful behaviors. Is there a certain activity or time of day that creates your stress?
  • Find ways to remove these stressors from your life.
  • Next week, do one activity that de-stresses you daily.
  • Do a different activity each day. Switch between meditation, yoga, physical exercise, hobbies, family time, deep breathing, and sex (yes, sex!). Try a variety of activities to see which best relieve your stress.

Create an ongoing stress journal that records when you feel most stressed and relaxed. This will help you find a calming balance to reduce the daily and ongoing stresses in your life. If you have a serious, long-term stressor, talk to a professional for strong coping methods.

Read 5 Healthy, Productive Habits You Can Start This Week

Bottom line

Epigenetics influences a variety of diseases, disorders, and addictions, including porn addiction. Environmental and lifestyle factors like sex abuse can alter brain genes to create serious and long-lasting concerns.

But epigenetics adds something new to our understanding of addiction: we can deactivate the risk of addiction inherited by our parents. We can even activate those genes that handle self-control and reward response. Effectively relieving addictions of all kinds, including porn addictions.

This is promising for the future treatment of addiction and rehabilitation. This is especially useful for the understanding and treatment of sexual and porn addiction.

Although there are some current limitations, epigenetics will play a much larger role in recovery and relapse-prevention moving forward.

You don’t need to fear your genes.

You need to control them—before they control you!

If you’re ready to take control of your health and wellness, there’s no better time than right now.

Sign up for the G1 Performance Health Consult to own your genes, your vigor, and your life!

What Is Epigenetics And Why Do You Care


Epigenetics is making a splash in science and healthcare as the medical community is deepening understanding of the link between gene expression and lifestyle factors. Epigenetics is the study of those processes or variables that activate or deactivate the expression of certain genes. These genes make up our entire lives—from the way we look to the way we act to the way our bodies respond to disease.

Epigenetics is showing that we can “turn off” and “turn on” our genes through certain lifestyle variables, like diet, environment, exercise, stress, and sleep. If we have control over the activation of our genes, we may also have control over the way our bodies behave and respond to illness.

What are genes?


To understand epigenetics, we first have to understand the basics of genetics. Our “genes,” or DNA, are what make us who we are. Over 3 billion nucleotide bases that appear in a specific and unique sequence make up our DNA. This sequence of genes provides the cells of the body with information. There are four fundamental types of DNA bases, adenine (A), cytosine (C), guanine (G), and thymine (T).

DNA directs the activity of the cells (which are the fundamental units of human life). The genes tell the cells how to build proteins and how to interact with one another. From hair and eye color to risk for disease and immune response, our DNA controls what we look, act, sound, and live like.

Every person has a unique DNA sequence. Only half of our genetics pass on to our children, while the other half comes from our spouse. No two people have the same genetic makeup—it’s what makes you unique!

But our DNA is just the sequence and this sequence remains unchanged unless afflicted by a rare (and sometimes damaging) mutation.

Our DNA is the instruction manual, but the cells are the builders and doers.

The body’s cells read this sequence. How the cells read the DNA will determine our genetic expression.

Genetic Expression:

Genotype: the genetic makeup or sequence of your cells

Phenotype: the observable characteristics that stem from the genotype

The genotype is the actual sequence of your DNA. The phenotype is how that genotype is manifested in your body in observable traits, like development, physiology, or behavior.

For example, your genotype would be the sequence of DNA bases that determine your eye color. The phenotype is the observable color, like blue.

Eye color doesn’t usually change, but not all genotypes and phenotypes are as cut and dry as eye color. Most DNA genotypes can be read in multiple ways.

The phenotype is the interpretation of the genotype… and there can be multiple interpretations.

Where do the different interpretations come from?

They stem from those parts of the genes that are “turned on” (active) or “turned off” (inactive).

This is where epigenetics comes into play.

What are epigenetics?

Epigenetics looks at how external and lifestyle factors can active or deactivate certain gene expressions.

For decades, we thought that our genetics were our genetics. They were unchangeable—or at least changeable very, very slowly. We thought that mutations in genes took multiple generations to be expressed, and these mutations were usually by random.

Recent years of research is disproving this. We’re finding now that our genes can be modified in our lifetime and then passed down to our children. This means your gene expression can literally be different as a child versus as an adult.

For example, you may not be at risk for cancer as a child but you’re at risk for cancer when you turn 30 because that cancer gene has suddenly been “turned on” from years of exposure to environmental factors, like smoking and pollution.  

Factors that affect genes

Epigenetics looks at how certain genes can be silenced (dormant) or expressed (active) over time and what factors influence this. Research is proving that what you eat, where you live, when you sleep, how you exercise, and even with whom you interact can all modify your genes.

Genes don’t just create an order in the womb and stay the same forever. The expression of those genes can change over the course of your life based on your lifestyle and other environmental factors.

Epigenetics doesn’t change the genotype or actual sequence of DNA, but it affects how the cells in the gene are read (the phenotype).

If we could understand exactly which factors turn off and turn on certain genes, we could, in essence, eradicate a number of diseases and cancers.

These changes in genetic expression can occur at any point in your life. They can also occur in previous generations and be passed down through decedents. For example, one study proved the influence of environmental factors on developing infants both in the prenatal and early postnatal stages. In one specific example, children born to mothers who suffered the Dutch famine (1944-145) had increased rates of coronary heart disease and obesity compared to those not exposed to the famine.

Living healthier not only impacts you and your genes. It impacts your children and your children’s children as well.

DNA Methylation

The most studied and understood factor of epigenetics is DNA methylation. DNA methylation controls gene expression. Basically, high methylation turns genes into the “off” position.

Methylation refers to the addition of a methyl (CH3) to the DNA strand. This addition, in essence, turns the DNA strand into the “off” position, as if the methyl addition were flipping a switch.

Whether methylation is a default state or a target on certain genes is still being studied.

DNA methylation is important to ensuring that dangerous sequences of DNA are “turned off.” For example, you want an increase in methylation on sequences that control cancerous cells. In most studies, the genomes in cancer cells are hypomethylated (low in methyls).

Certain lifestyle factors will cause DNA methylation of certain types of cells.

What factors affect health?

Diet, lifestyle choices, stress, and behaviors can all impact the expression of your genes. For example, smoking is proven to mutate your cells and impact the DNA expression of those cells. The chemicals found in cigarettes literally morph your cells, activating the “cancer” genes that were otherwise turned off.

Environment

Your environment directly impacts your health and wellness.

Air pollution especially has a direct link to epigenetics. Studies show that pollution might alter the methyl tags on DNA, which can increase the risk for neurodegenerative disease. Moreover, air pollution can cause or exacerbate asthma, which can be passed down to children.

This pollution also gets into the bloodstream, leading to chronic inflammation in the body. This inflammation has been associated with heart attacks, strokes, cancers, and other diseases.

But changing your environment can also change your genes. Removing yourself from a harmful or polluted environment is the first step. If you need to stay in that environment, regular detoxes and healthy eating is crucial. Certain supplements can also counteract the effects of the environment. For example, B vitamins may protect against epigenetic changes due to pollution.

The environment and air your cells take in has a direct impact on your health and genetic expression.

Diet

What you put into your body also directly feeds into your cells. For example, polyunsaturated fatty acids can promote free radicals and oxidative stress, which can cause your genes to be expressed in a different (mutated) way.

On the other hand, “antioxidants” can help deactivate cancer cell expression. Antioxidants help fight off oxidative damage and free radicals caused by environmental factors like UV ray damage or pollution. Foods like blueberries and kale are known antioxidants.

So, if you undergo some sort of environmental stress, your diet can actually help reverse the damage to your cells.


Some dietary compounds are now accepted to defend against tumors and act as “epigenetic modulators.” These consist of teas, garlic, herbs, grapes, and cruciferous vegetables. For example, one study showed that the diallyl-disulfide in garlic may help minimize colon tumor cells.

Polyphenols are a compound that also impacts an epigenetic expression. Some studies have shown that polyphenols can actually reverse malignant transformation of cancer cells. Soybeans are especially rich in polyphenols that inhibit DNA methylation of cancer cells. In fact, some data suggests that soy consumption is associated with a reduced risk of hormone-related cancers because of the impact of polyphenols on epigenetic expression.

The supplements you add to your diet also have an impact on your cells. Vitamin deficiencies can activate certain cell expressions.

Read: Why You Should Never Eat A High-Protein Diet If You Want To Build Muscle

Keep an eye on the Dr. Gapin blog for more about diet, supplements, and epigenetic expression coming soon!

Drugs & Alcohol

Addiction is hereditary, but how?

There may be a gene for addiction, but the reading or phenotypic expression is what actually manifests in addiction.

This means that addiction can be “turned off” and “turned on.” This is why addicts are often considered addicts “for life”—because it’s in their genes. But it’s also why these “for life” addicts can go 20 years without using.

An addict has the gene for addiction, but certain lifestyle changes can deactivate its manifestation.

Researchers are still studying to see whether genetics creates a predisposing factor to addiction or the expression of the addiction is a response to the use of drugs and alcohols. Ultimately, though, most scientists agree that if you don’t use drugs and alcohol, you are less likely to “turn on” that addiction gene, even if it runs in your family. They also believe that if you are already showing the phenotype (you already have an addiction problem), certain healthy lifestyle changes can deactivate this expression.

Exercise

Some research suggests that exercise can influence gene expression by manipulating the chromatin structure. Basically, exercise can minimize inflammation in the body by impacting DNA methylation. When exercise minimizes chronic inflammation, it helps “turn off” the bad cells and promote good cells.

Other studies have found a link between exercise and genes through the chemical beta-hydroxybutryate (DBHB). DBHB is a ketone that increases the BDNF gene—which is used for healthy production of protein. DBHB builds up in the brain due to exercise, creating an alternative source of energy and “turning on” strong genes in the sequence. It has also been shown to act as a class I HDAC inhibitor in other parts of the body. Basically, exercise increases DBHB, which helps keep the brain and body healthy.


Need more proof? One study had participants bicycle using only with one leg. That leg was obviously more powerful in the muscles, but the cells’ DNA showed an even more interesting finding. Researchers discovered that the genome of those muscle cells had new methylation patterns compared to the unexercised leg. Gene expression noticeably increased in the muscle-cell genes; this can impact energy metabolism, insulin response, and muscle inflammation.

The link of exercise and epigenetics is still being studied, but more and more research is proving that even light or moderate exercise can improve gene expression.

Stress

Your working environment and stress levels can also impact your cells and genetic expression. When we’re stressed, we release hormones called glucocorticoids. These travel throughout the body and impact the hypothalamic-pituitary-adrenal (HPA) axis—which affects the brain, the hormones, and the adrenals. This is what makes you feel physiologically anxious.

Some studies have found that glucocorticoids can actually change DNA expression. Chronic exposure to corticosterone and glucocorticoids actually changes genetic variations, creating a “permanent” state of anxiety or even PTSD.

The reason this happens is interesting—and makes a lot of sense. If you have chronic stress, your body thinks that it’s living in a stressful situation.

Think back to original biological processes. Living in the wild, you’d likely experience chronic stress if you were living in bad weather, in a bear den, or you were low on food. Your body acknowledges that you’re in a stressful situation. So it literally changes its genetic expression so you are more equipped to handle stress. So if you live in a bear cave, you’re likely met with stress on a daily basis. Your body changes so that it becomes more adept at the fight or flight response to meet those daily struggles with the bear.

Now, though, we don’t have this same sort immediate need for fight or flight (on an everyday basis). Thus, it’s not useful or productive for our bodies to genetically express stress.

In fact, this genetic expression of stress can actually “turn off” healthy cells. This leaves room for disease-ridden or cancer-ridden cells to grow, because your body is so focused on the stress response.

Sleep


Studies have shown that sleep can increase DNA methylation levels. This can increase immunity and reduce risk of cancer. Moreover, sleep is necessary for our cells to have time to rest, relax, and rebuild. You need sleep in order for your RNA process to function; RNA methylation determines the speed of your circadian clock.

Basically, studies are finding that an imbalanced or desynchronized circadian clock leads to cancer progression because of the relationship between sleep and DNA methylation.

We’ll discuss this more in upcoming articles in the Epigenetic Series!

Read: 11 Ways To Increase Your Energy After Age 50

Aging

Even how you age can impact your genetic expression. Diseases become more prevalent with age, but why? It’s not because of the number of candles on your birthday cake… it’s because your cells start to change. Some studies are looking at how age can alter DNA methylation and RNA expression. As cells age, the chromatin landscape and DNA accessibility change, which can stop the natural progression of the cell cycle.

But epigenetic mechanisms like changes in lifestyle and environment may actually be able to restore or reverse genetic phenotypes to a more youthful expression.

That’s right—you might be able to reverse the process of aging with epigenetics!

Good news! We will be discussing these environmental factors at length in the Epigenetic Series! Stay tuned with the DRG blog for more info!

The Bottom Line

Epigenetics is showing us that genetic changes happen much faster than we expect. The type of lifestyle and health we choose today doesn’t have some distant, far-off consequences. Our choices impact our near future and the health and wellness of our children.

he way our genes are expressed determines our health and wellness.


Epigenetic factors, like lifestyle habits and environment, influence the way our genetic expression. Certain variables can alter the marks on DNA, determining certain health outcomes.

But if environmental factors can “turn on” the disease and cancer portion of cells… these same factors can “turn off” disease and cancer.

Epigenetics tells us that disease can be reversed with certain lifestyle choices and behaviors.

What if you could make a decision to change one thing about your life and drastically reduce your risk for cancer?

What if you could change one thing and never again worry about the Alzheimer’s or addiction that runs in your family?

In my Epigenetic Series, we will explore the different epigenetic factors that may activate or deactivate cells and certain genetic expressions.

Stay tuned on the DRG blog for more on epigenetic health and wellness! Learn more about how Epigenetics affects YOU with The G1 Performance Health Consult, a genetic-based report and private consultation that will give you the tools you need to achieve your maximum potential. Sign up today! 

7 Foods Causing Your Erectile Dysfunction


Erectile dysfunction is caused by a number of factors, from psychological concerns to diabetes to side effects from prostate cancer treatment. ED is a problem that’s all too common, affecting 52% of all men at some point in their lives. Because erectile dysfunction is so prevalent, the last thing you want is to submit yourself to certain foods that are known to contribute to poor sexual health.

Avoiding the below 7 foods can help you prevent and treat symptoms of ED. I’ll even present you with erection-happy alternatives!

But first what’s the link between what your food and your sexual health?

How do foods contribute to erectile dysfunction?

There are three major reasons that the food you consume has an influence on the function of your penis.

Hormones: A hormonal imbalance or unhealthy endocrine system is directly correlated to erectile dysfunction. The foods that you eat give your body the nutrients it uses to create hormones. Give your body the wrong foods, and it creates an imbalance of unhealthy hormones like cortisol and insulin. Give it the right foods, and you can have high levels of testosterone and growth hormone (which are great for your sex life). Learn more from my article “5 Simple Ways to Normalize Hormones This Week.”

Heart and vessels: The food that you consume directly hurts or helps your heart and vessel health. In “13 Natural, Edible Vasodilators To Treat Your ED,” I discuss how blood flow is crucial to sexual health. You need proper blood flow in order to fill your penis with blood and create a hard erection. This blood flow to the penis starts with a healthy heart and vessels.

Heart disease, high blood pressure, high cholesterol, and clogged arteries all restrict blood flow and damage nerves. This means the blood can’t get to the penis and create an erection. In fact, ED is often considered the first sign of heart disease. To prevent this, you need to eat foods that promote a healthy heart and blood flow.

Moreover, medicines for heart disease and blood pressure can actually cause ED as well. This means that it’s best to avoid cardiovascular problems altogether by avoiding heart-clogging foods.

Weight: Fat mass is highly correlated with ED. Being overweight or obese is one of the leading causes of erectile dysfunction in men of all ages. Eating unhealthy foods can lead to a higher chance of fat gain, which can contribute to ED.

So what foods should you avoid to keep your hormones balanced, your cardiovascular system clear, and your weight regulated?

1. Packaged foods

Firstly, processed carbs found in packaged foods will make you gain weight at a higher rate than natural, organic foods. A higher number on the scale means a higher risk of ED.

More significantly, packaged foods tend to have high levels of BPA (Bisphenol-A). This is a chemical found in plastics and the linings of canned foods. Research has shown that BPA significantly inhibits the production of sex hormones and reduces sexual function. A 5-year study of Chinese workers exposed to BPA had erectile problems 4x greater than men not exposed. They also had a lower sex drive and lower satisfaction with their sex lives. A Slovenian study also found that there was a statistically significant association between BPA and decreased sperm concentration, count, vitality, and motility.

This is likely because chemicals, pesticides, and herbicides can disrupt the endocrine system. This hormonal imbalance can cause severe erectile dysfunction that’s hard to overcome.


Plus, BPA may even be linked to brain damage, heart disease, obesity, and prostate cancer—all of which can cause erectile dysfunction and other serious symptoms.

Alternatives:

Avoid purchasing pre-packaged goods. Instead, buy whole foods and store them in glass or ceramic containers. Look for products labeled “BPA free.” Also be aware of plastic bottles—like water bottles—which have high levels of BPA. Stick to purified water from the tap.

Moreover, you should never microwave plastic containers or put them in the dishwasher, as the heat can release these BPA chemicals. The BPA can then transfer to your food and cause hormonal imbalances and ED.

2. Animal meats

Animal fat can clog your veins and lead to high blood pressure, high cholesterol, and heart disease. These problems, in turn, cause erectile dysfunction. Furthermore, eating too much protein such as red meat, has been shown to reduce testosterone production.


Lowered T and a hormonal imbalance further contribute to ED. In this way, it’s important to balance out your macronutrients: 50% carbs, 30% proteins, and 20% fats. You can learn more about balancing your foods for overall well-being and sexual health in my 4-week Vitality Transformation course.

Alternatives:

You don’t need to cut out animal fat altogether. In fact, I’m an advocate for eating red meat sometimes! Red meat in small doses can actually help boost your testosterone and muscle-making processes. But, moderation is the key. Too much of a good thing is a bad thing. Try to minimize your red meat intake to once per week to see the T-boosting benefits without the heart concerns.

Choose grass-fed or organic beef and meats. This will help you avoid any chemicals and pesticides like we discussed above with the processed foods.

Try getting your proteins from plants and fatty fish that are rich in omega-3s as well. Olive oil, avocado, seeds, and nuts are all a great source of protein and are part of the traditional Mediterranean diet. Men who derive their protein from a Mediterranean diet have a lower incidence of ED.

3. Soy and Flaxseed

Your hormones hate soy. Soy is highly estrogenic—meaning it can mimic the female hormone estrogen. Excessive estrogen can inhibit testosterone production and lower sexual libido and function. You need the right balance of estrogen and testosterone for healthy functions—and soy throws off that balance. This, in turn, can cause low T symptoms and erectile dysfunction.

Research published in the European Journal of Clinical Nutrition proved that soy drastically reduces testosterone levels. A Harvard study found that even half of a serving of soy per day cut sperm count by 40% in healthy males.

Flaxseed also has incredibly high levels of estrogen. Per 100g of soy, there are 103,920 mcg of estrogen. Per 100g of flaxseed, there are 379,380 mcg of estrogen. Compare that to watermelon—which can raise T levels and minimize ED symptoms—which has 2.9 mcg of estrogen per 100g.

Alternatives:

Fermented soy is actually good for your digestive system. If you’re a lover of soy, stick to the fermented types like miso soup or tempeh.

If you tend to use soy because you are lactose intolerant, try almond or cashew milk instead. Almonds are a key part of the Mediterranean diet, which can help prevent ED (as discussed above). Almonds and other nuts have been shown to actually treat ED by clearing out the cardiovascular system for better blood flow. They’re also linked to a longer, healthier life.

4. Dairy

Dairy products tend to be high in saturated fat, which leads to blockages in the heart and vessels. These clogs then prevent blood from flowing to the penis.


Moreover, dairy products often come from cows that are fed with artificial hormones. These kinds of pesticides or hormones can disrupt the human endocrine system drastically. A study in the Human Reproduction journal found that men who consumed dairy products regularly had significantly less sperm motility and erectile function than those who avoided dairy.

Alternatives:

You don’t need to cut out dairy entirely. Just lower your intake and focus on organic products (where cows are not fed hormones).

Like the soy alternative, try almond or cashew milk. This can help you get that same creamy flavor to add to your cereal or coffee. You can even find these nut milks fortified with vitamin D to make sure you are getting your “dairy” vitamins.

You can also replace cheese with veggie cheese, which you can find in most grocery stores. I’ll admit most veggie cheese doesn’t taste great right out of the bag, but melt it in your omelet or on a Panini and it tastes just like real cheese!

5. Fried foods

Fried foods severely clog up your heart and vessels, causing heart disease, high cholesterol, and even some cancers. These foods also lead to heavy amounts of weight gain, which directly generates severe ED.

Stop eating fried foods now. When you cut out these foods, you’ll start to feel more energetic and bright within days.

Alternatives:

I know. Fried foods are delicious. But you don’t need to sacrifice taste. Check out this Buzzfeed article with healthy alternatives to fried foods. Definitely try number 4, the baked falafel and spicy feta yogurt dip. It’ll kick start you on that Mediterranean diet that’s great for preventing and treating erectile dysfunction.

6. Salt

Similarly, you need to put down the salt shaker. Salt contributes to cardiovascular disease, elevated blood pressure, and diminished blood flow—which all inhibit that hard erection you so long for.

Alternatives:

Try low-sodium salt when cooking. This will bring out the flavor of your food without adding too much sodium to your diet.

You should also consider seasoning your food with garlic and olive oil, both of which can raise testosterone and lessen symptoms of erectile dysfunction!

7. Alcohol

Although technically not a food, high amounts of alcohol severely damage sexual performance. Drinking heavily and regularly can eliminate testosterone from the body and inhibit the production of testosterone. This creates a double whammy for low T symptoms and possible erectile dysfunction. Plus, chronic drinking can also cause liver damage, nerve damage, and heart damage.

Beer especially throws off the balance of sex hormones. The hops in beer are highly estrogenic, meaning that it can mimic estrogen and inhibit testosterone production in the body. This low testosterone hurts libido and erectile function. It will also contribute to fat storage and weight gain, further worsening or generating your ED.

Alternatives:

Less than 2 drinks per day likely won’t have an effect on your erectile dysfunction. Keep it moderate.

If you’re going to drink, stick to wine. Wine is part of the Mediterranean diet we’ve been discussing, and it can help lessen symptoms of ED. Moreover, wine contains flavonoids and antioxidants that can lower cardiovascular risk and fight off oxidative stress (oxidative stress causes diseases and cancers).  One study even suggested, “a higher habitual intake of specific flavonoid-rich foods is associated with reduced ED incidence.”

Bottom Line

Keep your penis healthy by eating foods that keep your heart, hormones, and weight healthy. Avoid processed foods, animal meats, soy, flaxseed, dairy, fried foods, salt, and alcohol to lower your risk of developing low testosterone and erectile dysfunction.

So what should you be eating? Check out my article with the 13 Natural, Edible Vasodilators To Treat Your ED to keep your vessels and heart healthy… and to keep your ED symptoms at bay.

These 7 foods are just the tip of the iceberg to keeping your body (and penis) vigorous. If you want to feel the best you’ve ever felt in your life, sign up for our Male 90X program right now to get on the road to the happy, fulfilled, and vibrant life you’ve been craving.

13 Ways To Increase Testosterone Naturally


If you’ve been experiencing symptoms like diminished sex drive, low energy, difficulty losing weight or erectile problems, it’s time to consider some ways you can increase testosterone naturally.

What is testosterone?

Testosterone is widely known for its “manly” effects on boosting competitiveness and desire for power, but it plays a much bigger role in the body than that. It’s crucial to the health of male sexuality and reproduction by increasing libido, sperm count, and sexual pleasure.

Testosterone even improves the sex drive in females—it’s the ultimate libido-boosting hormone! But testosterone has a significant role in overall health and well being as well. It affects muscle mass, hair growth, bone density, and red blood cell development.

Normal levels are critical for normal cognitive function, mood stability, exercise endurance and energy. A low testosterone level can be associated with a variety of symptoms, including decreased sex drive, erectile dysfunction, depressed mood, weight gain, reduced lean muscle mass, difficulty with concentration, poor memory, diminished cognitive function, arthritis, and an increased risk of heart disease.

You can have your T level tested by your doctor if you have any of these symptoms to determine if they may be a result of lowered testosterone levels.

Why increase testosterone naturally?

Since testosterone (T) plays such an important role in your sexual health and overall well-being, you want to ensure you’re doing everything you can to naturally maximize your testosterone level.

There are hundreds of products, supplements, and beverages on the market claiming to boost testosterone and improve sex drive. Many (most) of these products don’t work, and studies show that many of these supplements can actually have long-term, negative side effects including liver and kidney damage, hormone imbalances, loss in bone density, and more.

What you consume to help your health shouldn’t harm it. So I’ve created a list of 13 easy, dependable, natural ways to increase testosterone and boost your sexual health and overall vitality.

1. Exercise.


The first thing that often comes to mind when most people think of increasing testosterone is exercise. They think of huge, muscular men lifting 400lb dumbbells at the gym. And this isn’t entirely wrong.

Studies show that high-intensity exercise boosts testosterone both in the short- and long-term. Short intervals of high-intensity training prove to be more beneficial in producing natural testosterone than prolonged exercise, aerobics, or running.

Strength training can have this high-intensity interval effect on testosterone if it’s intense enough. The way to do this is to increase the weight being lifted, and lower the number of reps. Push yourself harder, for a shorter period of time.

Also, focus on exercises that work a large number of muscles at once to further increase the intensity.

Who knew deadlifts and squats were actually natural ways to increase testosterone? Push yourself as hard as you can for 30 seconds, and then rest (without slowing down your heart rate). Even 20 minutes a day of high-intensity interval training will boost your testosterone and start to build healthy, lean muscle.

Interval training exercise can also help you lose weight, which further increases testosterone levels, according to the Endocrine Society.

2. Eat good fats.

The idea of a Ron Swanson “manly” burger may have some truth behind it. Healthy fats are a natural way to increase testosterone quickly and effectively.

However, not all fat is good fat. Studies suggest that saturated fatty acids (SFAs) and mono-unsaturated fatty acids (MUFAs) are the best predictor of testosterone escalations, while poly-unsaturated fatty acids can actually lower testosterone.

A study by the Journal of Clinical Endocrinology and Metabolism found that men who ate more than 100g of fat per day for 2 weeks had significantly higher levels of free testosterone. This is because fats reduce globulin, the hormone that binds to, and reduces T.

Ask your doctor about finding the right mix of fats in your diet.


Here are some natural ways to increase testosterone by consuming healthy, delicious fats:

Meat

Grass-fed beef is the number one source of testosterone-boosting protein with just the right amount of healthy fats. Make sure the beef is organic, because pesticides and insecticides can lower your testosterone.

Eggs

Eggs are considered the perfect protein because they have all vitamins and amino acids for human needs (except vitamin C). They have mostly SFA and MUFA, and the yolk contains high levels of cholesterol, which is a precursor to testosterone creation.

Coconut

One of the most comprehensive, natural ways to increase testosterone is consuming coconuts or coconut oil. Coconut is a saturated fat that generates healthy cholesterol while reducing body fat, boosting metabolic rate, and improving cognitive abilities—all of which can help ease symptoms of low testosterone.

Olive oil and argan oil

Cooking with and adding extra virgin olive oil to your food are natural ways to increase testosterone. Olive oil is an anti-inflammatory and high in antioxidants, but it also contains elevated levels of oleuropein, a testosterone-loving bitter.

One study found that Moroccan men who added olive oil to their diets saw an increase in testosterone levels by 17%. This study also substituted Argan oil for olive oil, and the testosterone levels increased by about 20%.

Add either—or both—to your daily consumption for a quick (and tasty) boost of testosterone.

3. Consume zinc.

Supplementing your diet with zinc for as little as six weeks can have marked improvement in testosterone levels. Because zinc is a metal, concentrated supplements can have severe side effects on the body. Instead, opt for natural ways to increase testosterone by consuming zinc-rich foods:

  • Raw milk
  • Raw cheese
  • Beans
  • Kefir from raw milk
  • Sardines
  • Anchovies
  • Cashews
  • Wild Salmon
  • Yogurt
  • Oysters

Oysters are so rich in zinc they can actually boost your testosterone in minutes. No wonder oysters are a sultry (and salty) aphrodisiac!

4. Increase your vitamin D level.

Vitamin D is crucial for the development of the sperm cell and maintenance of high sperm count and quality. A lot of men who suffer from low testosterone symptoms discover that they are deficient in vitamin D as well.

The best way to get vitamin D is by getting some sun (make sure to use sunscreen so you’re not at risk for skin cancer, though). Yes, I am saying that going for a swim, playing basketball, and taking a vacation are amazingly natural ways to increase testosterone.

If it’s cold or you have a tendency to burn, though, there are other natural ways to increase testosterone with vitamin D, like consuming fatty fish (salmon, trout, tuna, and mackerel), fortified milk or juice, and egg yolks (back to those healthy fats).

5. Reduce stress.

When you’re stressed, your body releases cortisol. A University of Texas Austin study found that cortisol blocks the production of testosterone. This can lead to long-term, low T levels, putting the body in a vicious cycle of stress and diminished testosterone.

Lower your cortisol by managing stress through relaxation techniques, like deep breathing or meditation. Make time to have fun with your family and friends, and find the relaxing methods that work for you.

Consuming garlic can help lower cortisol, because it contains the stress-relieving allicin, which allows the body to effectively continue producing testosterone. Pure pomegranate juice can also lower cortisol levels and enhance testosterone by 24% on average.

6. Consume probiotics.

Probiotics are good bacteria that your gut needs to function properly, leading to digestive health and overall well-being. Recent studies have shown that probiotics may increase testosterone levels, testicular size and weight, and even prevent age-related testicular shrinkage. The reason for this may be that probiotic microbes convert stress-related cortisol into testosterone derivatives, as found by Phillip Hylemon at Virginia Commonwealth University. Fermented foods tend to have probiotics, like yogurt, sauerkraut, and blue cheese. A blue-cheese burger sounds good right about now.

7. Eat more ginger and onion.


Ginger and onion may be the hidden gems of these natural ways to increase testosterone. Ginger improves nitric oxide count and blood flow, which puts your body in the “mood.” In a University of Tikrik study, consuming ginger raised testosterone by 17%. Another study found that adding onion juice to rodent feed increased testosterone levels by almost 200%. There aren’t any studies of the effects of onions on human hormones, but with such significant effects in rodents, it’s worth adding to your diet.

8. Limit sugar intake.

Not feeling sexy after a big slice of cake? That may be more than just your belly talking. Sugar leads to higher insulin, and insulin leads to lower testosterone. The more you cut high-sugar items out of your diet, the higher your testosterone will be.

9. Limit alcohol intake.

Alcohol has been found to have a negative effect on testosterone levels as well as raising estrogen and cortisol levels. Drinking alcohol stimulates the transformation of testosterone into estrogen, which can further lower your bone density and libido. If you tend to drink heavily, this may be a hidden cause of your diminished sex drive. The hops in beer are highly estrogenic—so much so that it is being studied as a treatment for menopausal women. Limiting sugar and alcohol are natural ways to increase testosterone by making simple lifestyle changes that will also improve your overall health and quality of life.

10. Caffeinate.


Although a highly debated fact, one cup of coffee a day has been proven to have health benefits. As far as raising testosterone levels, coffee stimulates the nervous system by boosting cAMP levels, which leads to increased testosterone production. One of the most deliciously natural ways to increase testosterone is to drink a cup of coffee before you workout. Caffeine brings your exercise routine up a notch, so you get better effects from your high-intensity interval training—for the same amount of work!

11. Try intermittent fasting.

Intermittent fasting has been found to have a profound impact on testosterone levels in non-obese men. There are a number of approaches to intermittent fasting, but all include fasting for 24 hours or less as a sort of ‘metabolic reset”. I’ll detail the physiologic effects about this in another article, but for now, consider skipping breakfast as a fairly simple approach to intermittent fasting and a quick way to boost your T level.

12. Sleep.

Sleep gives your body time to produce testosterone and other hormones. A lack of sleep, on the other hand, produces cortisol—the arch nemesis of testosterone. There is a direct correlation between hours slept and testosterone changes, so get to bed!

13. Have sex.


Now that you’re in bed… Sex can help increase testosterone naturally!

Testosterone gives you a higher sex drive, but the reverse is true too. A higher sex drive also helps to boost your testosterone. Sex is one of the best natural ways to increase testosterone, with so many other added benefits:

  • Improved cardiovascular health
  • Increased immunity
  • Reduced stress and pain
  • Increased blood circulation
  • Better sleep
  • Improved fitness

So, if you boost your testosterone levels and sex drive, your vibrant sex life will, in turn, boost your testosterone, relieve stress, and reduce symptoms of low testosterone.

It’s a win-win-win cycle of natural ways to increase testosterone!

Natural and smart nutrition and lifestyle adjustments can drastically raise your testosterone levels and optimize your sexual health. With these 13 natural ways to increase testosterone, you are sure to find healthy solutions that enhance your sexual drive and enrich your well-being.

Want to take control of your testosterone FAST?

Sign up for a G1 Performance Health consult to regain your life, vitality, and vigor right now!

Can We Reduce Prostate Cancer Risk Through Lifestyle Change?


Cancer prevention is an important aspect of our daily lives. For men, the most prevalent cancer diagnosed is prostate cancer. Finding ways to prevent or reduce one’s risk of developing prostate cancer is a high priority.

Exercise

The evidence is mounting that inflammation and oxidation play key roles in the development of prostate cancer. Research suggests that regular exercise may be one of the best natural antioxidants.

Exercise causes many changes in the body that help reduce circulating levels of reactive oxygen inflammation. A recent study in the Journal of Clinical Oncology evaluated the effects of exercise in prostate cancer patients. Men with at least 3 hours per week of vigorous activity had 49% reduced overall mortality and 61% reduced prostate cancer mortality compared. This was compared to men with less than 1 hour per week of vigorous activity.

A recent Swedish study supported these findings, concluding that both aerobic exercise and resistance training clearly improve overall and prostate cancer-specific survival.

Sex

A 2004 study from the NIH initially suggested frequent sexual activity might reduce the incidence of prostate cancer.

This was further supported by a recent review of 32,000 men in the Health Professionals Follow-up Study who were followed for 18 years. Prostate cancer risk was 20% lower in men with more frequent sexual activity. According to the study lead author, Jennifer Rider, “Safe sexual activity could be good for prostate health.”

Medications – Proscar and Avodart

Proscar and Avodart are prescriptions that are used to “shrink” the prostate by lowering the number of male sex hormones. The drugs block the enzyme that changes testosterone into dihydrotestosterone(DHT), a much more potent hormone.

Higher than normal levels of DHT may also play a part in developing prostate cancer.

The Prostate Cancer Prevention Trial (PCPT) studied whether finasteride (Proscar) reduced the incidence of prostate cancer. The trial found fewer prostate cancers in the men who took finasteride compared with the men who did not. However, the men who took finasteride and developed prostate cancer had more aggressive tumors. The number of deaths from prostate cancer was the same in both groups.

The Reduction by Dutasteride of Prostate Cancer Events Trial (REDUCE) studied whether the drug dutasteride (Avodart) reduced the risk of prostate cancer. This study again showed there were fewer prostate cancers in men who took dutasteride compared with the men who did not. Overall, the number of aggressive prostate cancers were not significantly reduced.

Statins

There has been tremendous interest in the effects cholesterol-reducing medications have on the development of prostate cancer. There have been at least 18 trials to date, several of which have found a reduced risk of cancer recurrence after both surgery and radiation therapy. This suggests that statins may slow the progression of prostate cancer.

Research is ongoing to determine if statins may actually reduce the incidence of prostate cancer.

Metformin

Metformin is a prescription medication used primarily to manage diabetes. It is also known to have a protective effect on the progression of prostate cancer. A recent study of nearly 4,000 diabetic men found that those taking metformin, when diagnosed with prostate cancer, were less likely to die from cancer or other causes compared to men using other diabetes drugs.

Prior research focused on whether metformin might reduce the risk of developing prostate cancer has been negative. More studies are currently underway.

Aspirin

There has been extensive research looking at the relative effect of aspirin on the incidence of prostate cancer. While many of the studies demonstrated a protective effect, others did not. The jury is still out on aspirin.

Regardless of one’s diet or lifestyle, knowledge is one of the best ways to reduce prostate cancer risk. By staying informed on the latest research regarding prostate cancer prevention, men can make small changes that can lead to big improvements. Start today by signing up for a Male 90 X consult, a genetic-based report and private consultation that will give you the insight you need to achieve your maximum potential!