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Here's what alcohol abuse can do to your gut and liver health, and these are problems that I'm seeing all the time. Here's what a normal liver should look like, and years of alcohol abuse makes it look like this. It's shrunken. It has a lot of fat deposition. It's scarred. Eventually, it stops working, and that can be irreversible. Alcohol can cause pancreatitis, which is inflammation of the pancreas and hospitalizes people every year. Alcohol can cause gas ritis and ulcers that can cause life threatening bleeding. Alcohol use puts you at risk for the development of cancers in the colon, stomach and esophagus. It's on the rise here in America so always be cognizant about how much alcohol you're intaking. As we go into 2025 make taking care of your gut and liver health one of your resolutions.

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One of the main health harms from alcohol, especially heavy alcohol use, is liver damage. The first thing that happens is inflammation of the liver. And when your liver gets inflamed, you start getting fat deposit in the liver. That actually can totally reverse if you stop drinking or you make changes. The amazing thing with the liver. It's a really regenerative organ. But there is a point where you cross the threshold where you can no longer repair the damage, and that's when you get to a stage called cirrhosis. From fat deposition, then you start getting scarring. Your body lays down all the scar tissue because of the chronic inflammation in your liver and when your liver becomes so scarred that it's really stiff and and starts not functioning well that's cirrhosis. I'm seeing people in their early 30s with cirrhosis in the hospital. What? Yes.

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Alcohol stops fat loss for twenty four to thirty six hours because it's a toxin. When you ingest it, your liver has to process it right away. Therefore, it does not have time for any of the food you ate before, nor does it have time for the food you eat after. So guess what happens? It pretty much gets stored to fat. the protein you're trying to eat, the protein synthesis goes down, oh, like 60% or something. I only drink three times a year now. Number one, I was drinking two to three times per week. I was under eating during the week and overeating on the weekend and that ended up very fluffy for me. the third thing that was going wrong with me was my thyroid. My thyroid was jacked up and I didn't know. three mistakes that I was making.

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Main offender is alcohol. I know that's not the offender in you. But the main offender for liver inflammation is alcohol because it's not the alcohol itself. It's what the alcohol becomes. Alcohol is converted into something called acetaldehyde, which makes your blood pH very low, very acidic, and this irritates the the liver. But don't forget the liver's filtering out everything. The liver is like if you want any organ on team Ryan, you want the liver. Right? It can take over the function of other organs. Main offender is alcohol. I know that's not the offender in you.

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Then we have alcohol. Alcohol messes with your kidney. It messes with your liver. It creates the bags. A lot of people think it's normal to drink alcohol on a regular basis. They drink a bottle of wine, two bottles of wine, and they think, well, that's fine. Well, here's the question. Can you give it up? If you can't give it up, then you're probably addicted.

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Alcohol is very bad for sleep. One, it will make you fall asleep faster. That's proven. But two, you get substantially less REM sleep. Sometimes if you have a couple drinks, people are like, oh my god. Was sleeping so hard. You absolutely were sleeping really hard because you deprived your brain of REM sleep the entire first half of the night, and now it's trying to make up it. Goes into these crazy deep REM cycles. Alcoholics who are drinking all the time when they're coming off, they have to oftentimes take medication for crazy dreams because they've been deprived of REM sleep for so long. They're trying to make up for

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It's not just empty calories. It's a full on metabolic disruptor. Your body stops burning fat to prioritize breaking down that alcohol because it recognizes it as a toxin. That means more fat gets stored, especially when you're eating and drinking at the same time. Alcohol spikes cortisol, and this messes with your testosterone, which impacts your ability to build muscle, your metabolism, your sleep, and even your recovery. Alcohol wrecks your sleep, especially your deep REM sleep. So even if it knocks you out originally, you're gonna wake up feeling tired, hungry, and with little willpower. It reduces your inhibitions, which usually leads to worse food decisions and a lot more of them. And finally, it damages your gut lining and liver over time. This significantly impacts your hormone balance and your metabolism.

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Alcohol kills bugs, which is why it's used as a skin disinfectant and was used to make hand sanitizer during the pandemic. However, alcohol also damages the gut microbiome, which contains 100 trillion bugs that produce neurotransmitters and detoxify food. The speaker likens alcohol to antibiotics or pesticides in food, suggesting less or none is better. The American Cancer Society stated that any alcohol consumption increases the risk of seven different kinds of cancer, and cancer is bad for the brain.

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Alcohol has got to be the most common endocrine disruptor in the world. We don't think of it as like a toxin like that because it's not in rocket fuel or firefighting equipment or any of these other toxins. It disrupts pretty much every hormone in our body. Every kind of alcohol? Any kind of alcohol. Most of the studies are done in people who chronically consume alcohol, but it can be small amounts on a chronic basis. It can lower thyroid growth hormone. It raises estrogen, which is okay sometimes, but not if you're a man. It lowers testosterone. It raises cortisol. It damages the pancreas and insulin. Can your body recover from things like that? One thing about our body, it has an incredible regenerative capacity.

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Alcohol is a toxin that causes oxidative stress and increased fat in the liver. Hangovers are caused by electrolyte depletion and oxidative stress. Alcohol is unnecessary for being funny, interesting, or having a good time. There is nothing redeeming about alcohol, regardless of the type. Wine contains mold toxins, sulfites, and pesticides. All alcohols are problematic for humans. You are interesting enough without alcohol.

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Alcohol is discussed for its effects on the body, with the speaker noting, "Alcohol messes with your kidney. It messes with your liver. It creates the bags." The idea that drinking regularly is normal is challenged: "A lot of people think it's normal to drink alcohol on a regular basis." They describe heavy drinking, saying, "They drink a bottle of wine, two bottles of wine, and they think, Well, that's fine." The speaker asks, "Well, here's the question. Can you give it up?" and concludes, "If you can't give it up, then you're probably addicted."

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Alcohol, without a doubt, lowers testosterone levels. So I don't even wanna mix words that some people say, oh, you can have a couple drinks a week, can have this, you can have that. All of them, all of it lowers testosterone levels. It affects your liver. It can imbalance your blood sugar levels throughout the night. It can produce more stress hormones and lower testosterone.

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Alcohol is a toxin that causes oxidative stress and increased fat in the liver. Hangovers are caused by electrolyte depletion and oxidative stress. Alcohol is unnecessary for humor, interest, or enjoyment. There is nothing redeeming about alcohol, regardless of the type. Wine contains mold toxins, sulfites, and pesticides. All alcohols are problematic for humans. People are interesting enough without alcohol.

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Alcohol, without a doubt, lowers testosterone levels. So I don't even want to mix words that some people say, oh, you can have a couple drinks a week, you can have this, you can have that. All of them, all of it lowers testosterone levels. It affects your liver. It can imbalance your blood sugar levels throughout the night. It can produce more stress hormones and lower testosterone.

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Alcohol can damage the liver, but whether the liver can repair itself after stopping drinking depends on the stage of damage. The early stage, steatosis (fatty deposits), is typically reversible within four to six weeks of abstaining from alcohol. However, heavy alcohol use can lead to fibrosis (scarring) and eventually cirrhosis. Cirrhosis can result in end-stage liver disease, which is not reversible.

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But, essentially, it's the syndrome where after you drink, once your blood alcohol content comes down to zero, you feel sort of apathetic, you're tired, you have a headache, you often feel nauseous. There's actual sort of effects of ethanol on your brain that lead to the hangover. I think if you are drinking at an amount that you're getting a hangover, it is a good sign that you're drinking above limit that would be considered okay for your body. It seems to be most related to how high the ethanol concentration in your brain gets because they've actually done a ton of studies with mice and with people. It was initially thought to be due to the byproducts of alcohol, like that acetaldehyde molecule we talked about, but it doesn't seem to be related to that. It seems to be related to ethanol.

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Checklist: - Identify core claims about alcohol's effects. - Preserve exact quotes of key statements where feasible. - Exclude repetitive content, filler, and off-topic remarks. - Do not add opinions, evaluations, or external judgments. - Translate only if needed (not needed here). - Highlight unique points (e.g., wine toxins) succinctly. "Alcohol is a toxin, plain and simple." "It's gonna cause oxidative stress in your liver." "It's gonna cause increased fat in your liver." "It's going to cause a hangover, which is electrolyte depletion and oxidative stress throughout your body." "You don't need alcohol to be funny." "You don't need alcohol to be interesting." "You don't need alcohol to have a good time." "Alcohol is total bullshit." "Wine especially is going to be high in mold toxins, sulfites, and pesticides, but all of these alcohols are problematic for humans." "Alcohol is bullshit." "You are interesting enough without it."

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Pharmaceuticals cause a lot of liver damage. A great example is paracetamol or acetaminophen or Tylenol. It doesn't that actually dissolves liver tissue. So, I was with the Poisons Control, group in Colorado. They said during the holiday season their largest cases tend to be people that have overdosed on Tylenol or teenagers tried to take too much and maybe, like, attempted suicide or anything. But Tylenol and we have we have liver transplants and sometimes to people that have taken way too much Tylenol because Tylenol dissolves liver tissue. Tylenol dissolves liver tissue. During the holiday season, their largest cases tend to be people that have overdosed on Tylenol.

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Tylenol, or acetaminophen, can severely damage the liver, leading to nonalcoholic fatty liver disease. It dissolves liver tissue, impairing liver function and increasing fat accumulation. In the UK and the US, many liver transplants result from Tylenol overdoses, especially around the holidays when teenagers often misuse it. One Tylenol can cause as much liver damage as six pints of beer. Combining Tylenol with alcohol significantly multiplies the damage. It's crucial to avoid taking Tylenol if consuming alcohol, even for headaches. Additionally, high-sugar products, particularly those with high fructose corn syrup, can worsen fatty liver, with Diet Coke being more harmful than regular Coke due to its chemicals.

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There are many, many millions of men who have low testosterone level, and alcohol consumption negatively affects testosterone levels through various physiological mechanisms. It disrupts the endocrine system, specifically damaging the Leidig cells in the testes, which are responsible for testosterone production. Alcohol also increases the activity of enzymes that convert testosterone to estrogen, further reducing testosterone levels. Moreover, it interferes with REM sleep, essential for hormone regulation, and raises cortisol, a stress hormone that adversely affects testosterone levels. Chronic alcohol consumption also damages the liver, impairing its role for metabolizing hormones and leading to imbalances. So if your testosterone levels are low, look back at your alcohol. Because maintaining moderation in alcohol intake and adopting a healthy lifestyle will help preserve optimal testosterone levels.

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Speaker 0: Alcohol, without a doubt, lowers testosterone levels. I don't even want to mix words that some people say, Oh, you can have a couple of drinks a week, you can have this, you can have that. All of them, all of it lowers testosterone levels. It affects your liver. It can imbalance your blood sugar levels throughout the night. It can produce more stress hormones and lower testosterone.

The Ultimate Human

How to Eliminate Migraines, Best Overall Diet, and The Truth About Alcohol | TUH #010

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Gary Brecka hosts the Ultimate Human Podcast, focusing on longevity, anti-aging, and functional medicine. In this episode, he and his wife, Sage Brea, answer audience questions, particularly about diet. Gary emphasizes the importance of consuming organic fruits to avoid pesticides, recommending berries for their low glycemic index. He advises washing fruits and meats with a vinegar and baking soda solution to remove contaminants. For meats, he suggests using kosher salt and rinsing them in cold water with vinegar. They discuss the significance of salt, noting that many people are sodium deficient, which can lead to migraines. Gary explains that a keto diet can help reset metabolism and reduce inflammation, but it requires commitment without cheat days to maintain fat adaptation. He highlights the dangers of processed foods and preservatives, advocating for whole, real foods. Regarding alcohol, Gary states that no amount is beneficial, as it converts to acetaldehyde, a toxin. He ranks alcohol types based on their conversion rates, with agave-based alcohols being the least harmful. The couple shares their personal experience of reducing alcohol consumption and feeling better as a result. They encourage listeners to submit more questions for future episodes.

The Dhru Purohit Show

Silent Health Killer: "This Is Linked To Cancer, Weight Gain & Cognitive Decline" | Ruari Fairbairns

Guests: Ruari Fairbairns

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Regular alcohol consumption significantly impacts individuals, often without their awareness. Many people are conditioned to associate alcohol with social interactions due to cultural norms, leading to ingrained neural pathways that connect drinking with identity. Alcohol is a neurotoxin that damages the brain, disrupts sleep, and contributes to mental health issues like anxiety and depression. It is linked to numerous physical ailments, including cancer, and can hinder personal productivity and relationships. Research, such as a study by Professor Kevin Moore, shows that taking a break from alcohol can lead to substantial health improvements, including weight loss and increased happiness. Many individuals use alcohol to numb emotional pain or dissatisfaction in their lives, which can mask underlying issues that need addressing. Sobriety can catalyze significant life changes, revealing the true reasons behind drinking habits. The societal expectation to drink creates peer pressure, making it challenging for individuals to change their relationship with alcohol. However, sobriety movements and alcohol-free alternatives are becoming more accessible, allowing people to feel included without drinking. The conversation around alcohol needs to shift, recognizing its harmful effects and promoting healthier lifestyles. Community support is crucial for those seeking to change their drinking habits. Engaging with like-minded individuals can provide encouragement and reduce feelings of isolation. Programs like One Year No Beer offer structured challenges to help individuals reassess their relationship with alcohol, emphasizing that change is possible without hitting rock bottom. Awareness is key to behavior change. Tools like journaling and wearables can help individuals track their alcohol consumption and its effects on their health. Ultimately, the goal is to cultivate a healthier lifestyle, where individuals can enjoy life without relying on alcohol.

The Diary of a CEO

They Lied About Alcohol’s Effect On Your Brain! Here’s The Proof | Dr. Sarah Wakeman

Guests: Dr. Sarah Wakeman

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Dr. Sarah Wakeman, a Harvard professor and addiction expert, discusses the significant health risks associated with alcohol consumption, emphasizing that even moderate drinking can lead to increased cancer risks. She highlights that one in three people may face alcohol-related issues in their lifetime, with 2.6 million annual deaths globally attributed to alcohol. The conversation delves into the genetic and trauma-related factors driving substance use, noting that 40-60% of addiction risk is genetic, while trauma plays a crucial role. Wakeman critiques current addiction treatment approaches, arguing that many rehabs lack effective evidence-based methods. She aims to change public perception of addiction, advocating for a compassionate understanding of the issue rather than viewing it as a moral failing. The definition of addiction includes loss of control, compulsive use, negative consequences, and cravings, with various substances, including alcohol and drugs, capable of causing addiction. The pandemic exacerbated addiction rates, with a notable increase in substance use and related deaths. Wakeman stresses that trauma is a primary driver of addiction, often leading individuals to seek relief through substances. She emphasizes the importance of connection and community in recovery, suggesting that the opposite of addiction is not sobriety but connection. Wakeman shares her personal connection to addiction, having lost a family member to it, and discusses the emotional toll on families dealing with addiction. She advocates for a shift in language surrounding addiction, promoting person-first terminology to reduce stigma. The conversation also touches on the need for effective treatment options, including medications and therapy, and the potential of psychedelics in treating addiction. Wakeman highlights the importance of addressing early childhood trauma and building resilience to prevent addiction. She discusses the societal changes needed to support individuals struggling with addiction, such as improving access to treatment and reframing addiction as a health issue rather than a criminal one. The discussion concludes with a focus on the significance of empathy and understanding in supporting those affected by addiction, both personally and professionally.

Huberman Lab

What Alcohol Does to Your Body, Brain & Health

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In this episode of the Huberman Lab Podcast, Andrew Huberman discusses the effects of alcohol on biology, behavior, and health. He highlights that both humans and animals consume alcohol for various reasons, including recreation and medicinal purposes. The episode covers the biological impact of alcohol, including its effects on brain function, behavior, and the potential health implications of low to moderate drinking versus abstaining entirely. Huberman emphasizes that high alcohol consumption (12-24 drinks per week) is linked to neurodegeneration, particularly in the neocortex, which is crucial for memory and planning. A recent study involving over 35,000 adults found that even low to moderate drinking (1-2 drinks per day) may lead to thinning of the neocortex, indicating that chronic low-level alcohol intake can still disrupt brain health. The podcast also addresses the genetic factors influencing alcohol consumption and the risks associated with drinking at a young age, which can lead to long-term dependence. Huberman aims to provide listeners with the knowledge to make informed decisions about alcohol consumption, whether to abstain or drink in moderation. Huberman explains the chemistry of alcohol, noting that ethanol is toxic and must be metabolized into acetaldehyde, which is even more harmful. This process can lead to cellular damage and is linked to various health issues, including cancer risk. Alcohol disrupts the gut microbiome, leading to inflammation and potentially increasing cravings for more alcohol. The episode discusses the physiological effects of alcohol, including its impact on the hypothalamic-pituitary-adrenal (HPA) axis, which regulates stress hormones. Regular drinkers may experience increased baseline cortisol levels, leading to heightened stress and anxiety when not drinking. Huberman stresses that while alcohol may provide temporary relief from stress, it ultimately exacerbates stress levels over time. Huberman also covers the phenomenon of hangovers, which result from disrupted sleep, dehydration, and gut microbiome imbalance. He suggests that consuming electrolytes, fermented foods, and engaging in deliberate cold exposure may help alleviate hangover symptoms. Tolerance to alcohol is explained as a process where repeated exposure diminishes the positive effects of alcohol while increasing negative feelings, leading to a cycle of increased consumption. Huberman warns that even moderate drinking can have detrimental effects on health, including increased cancer risk, particularly breast cancer, due to alcohol's impact on DNA methylation and hormonal balance. The episode concludes with a discussion on the importance of understanding the risks associated with alcohol consumption, particularly for those with a family history of alcoholism or those who start drinking at a young age. Huberman encourages listeners to consider the long-term effects of alcohol on their health and to explore healthier coping mechanisms for stress and social situations.