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Ashwagandha supplementation can indirectly boost testosterone by reducing cortisol levels This effect may be particularly noticeable in individuals experiencing chronic stress Beyond testosterone, reducing cortisol with ashwagandha can significantly improve anxiety, stress resilience, and sleep quality To ensure you’re getting an effective supplement, always select ashwagandha standardized for withanolides... show more

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Boost #Testosterone Naturally! Testosterone isn’t just about muscles or masculinity, it's about your energy, mood, and drive. It’s more common than you think. Long work hours, belly fat, poor sleep, high stress, and too much screen time can all mess with your testosterone levels, often without you realizing it. Testosterone levels decrease naturally with age. Lower testosterone levels can lead to: •Hair thinning •Muscle loss •Fragile skin •Low libido •Mood swings, brain fog What can you do to maintain this hormone level in the body? .Move more: Resistance training, HIIT, strength exercises (but don’t overtrain) •Eat smarter: Foods rich in healthy fats, proteins, and key nutrients like vitamin D, zinc, and magnesium. Foods to focus on: eggs, fish, chicken, red meat, ghee, milk, curd, paneer, sprouts (moong, chana), whole grains •Prioritize sleep: Aim for 7 - 8 quality hours •Stress less: Chronic stress = high cortisol = lower testosterone •Ditch plastics: Swap plastic containers for glass or steel •Limit alcohol and quit smoking: Both disrupt hormone balance The easiest way to balance testosterone (and keep it steady) is to take care of your basics: how you eat, how you move, and how you rest. Always go for change that lasts, your hormones will thank you, and your energy will show it. #TestosteroneTips #NaturalHealth #Wellness

Boost #Testosterone Naturally! Testosterone isn’t just about muscles or masculinity, it's about your energy, mood, and drive. It’s more common than you think. Long work hours, belly fat, poor sleep, high stress, and too much screen time can all mess with your testosterone levels, often without you realizing it. Testosterone levels decrease naturally with age. Lower testosterone levels can lead to: •Hair thinning •Muscle loss •Fragile skin •Low libido •Mood swings, brain fog What can you do to maintain this hormone level in the body? .Move more: Resistance training, HIIT, strength exercises (but don’t overtrain) •Eat smarter: Foods rich in healthy fats, proteins, and key nutrients like vitamin D, zinc, and magnesium. Foods to focus on: eggs, fish, chicken, red meat, ghee, milk, curd, paneer, sprouts (moong, chana), whole grains •Prioritize sleep: Aim for 7 - 8 quality hours •Stress less: Chronic stress = high cortisol = lower testosterone •Ditch plastics: Swap plastic containers for glass or steel •Limit alcohol and quit smoking: Both disrupt hormone balance The easiest way to balance testosterone (and keep it steady) is to take care of your basics: how you eat, how you move, and how you rest. Always go for change that lasts, your hormones will thank you, and your energy will show it. #TestosteroneTips #NaturalHealth #Wellness

Deepta Nagpall

52,390 Aufrufe • vor 1 Jahr

In many primate species, higher-status females tend to have more offspring than lower-status females. One factor is access: dominant females typically have better access to food, safer territory, and desirable mates. But that’s only part of the story. Another mechanism is active suppression: dominant females reduce subordinate reproduction largely through stress. When high-ranking females repeatedly harass, intimidate, or socially exclude lower-ranking females, it raises stress hormones, especially cortisol. Cortisol disrupts the reproductive system by delaying ovulation, interfering with menstrual cycling, and reducing fertility. Chronic stress can push the body into survival mode, redirecting energy away from reproduction and toward coping with threat. Dominant females generate this stress through tactics like physical bullying, intimidation, exclusion, and control over resources. This pattern appears across species. In baboons, suppression often involves direct physical intimidation. In marmosets, dominant females can emit pheromones that inhibit subordinate ovulation. And in tamarins, dominant females may monopolize food and secure nesting sites, making it much harder for subordinates to reproduce or raise offspring.

In many primate species, higher-status females tend to have more offspring than lower-status females. One factor is access: dominant females typically have better access to food, safer territory, and desirable mates. But that’s only part of the story. Another mechanism is active suppression: dominant females reduce subordinate reproduction largely through stress. When high-ranking females repeatedly harass, intimidate, or socially exclude lower-ranking females, it raises stress hormones, especially cortisol. Cortisol disrupts the reproductive system by delaying ovulation, interfering with menstrual cycling, and reducing fertility. Chronic stress can push the body into survival mode, redirecting energy away from reproduction and toward coping with threat. Dominant females generate this stress through tactics like physical bullying, intimidation, exclusion, and control over resources. This pattern appears across species. In baboons, suppression often involves direct physical intimidation. In marmosets, dominant females can emit pheromones that inhibit subordinate ovulation. And in tamarins, dominant females may monopolize food and secure nesting sites, making it much harder for subordinates to reproduce or raise offspring.

Rob Henderson

67,837 Aufrufe • vor 6 Monaten

❓ In this Q&A we look at ways to reduce or lose belly fat. While it's not possible to spot reduce, you can aim for overall fat reduction and get great results. When reducing belly fat, try to: ✅Reduce stress or cortisol levels ✅Change bad situations or change perspective ✅Time-restricted eating ✅Get enough quality sleep ✅Reduce or eliminate alcohol intake ✅Get protein at every meal ✅Keep workouts to an hour or less per day ✅Recover from hard workouts well ✅Incorporate HIIT training 1-2x per week Train smart and train hard 💪 #losebellyfat #losefat #loseweight #womensfitness #womenshealth #fitnesstips #FitnessGoals #abs #howtolosebellyfat #howtoloseweight #fitfam #erinstern #fitnesscommunity

❓ In this Q&A we look at ways to reduce or lose belly fat. While it's not possible to spot reduce, you can aim for overall fat reduction and get great results. When reducing belly fat, try to: ✅Reduce stress or cortisol levels ✅Change bad situations or change perspective ✅Time-restricted eating ✅Get enough quality sleep ✅Reduce or eliminate alcohol intake ✅Get protein at every meal ✅Keep workouts to an hour or less per day ✅Recover from hard workouts well ✅Incorporate HIIT training 1-2x per week Train smart and train hard 💪 #losebellyfat #losefat #loseweight #womensfitness #womenshealth #fitnesstips #FitnessGoals #abs #howtolosebellyfat #howtoloseweight #fitfam #erinstern #fitnesscommunity

Erin Stern Fitness

10,764 Aufrufe • vor 2 Jahren

Humming is such an underrated and powerful tool for reducing stress + inflammation. In fact - some studies show it can improve stress measures more than things like sleep or exercise. It works by stimulating your vagus nerve, the most critical nerve in your parasympathetic nervous system. This has a strong relaxing effect and it also is directly innervating with your spleen - which means it connects to your immune system. This is why vagus nerve stimulation is being studied for tons of different inflammatory conditions, even autoimmune diseases. It's super easy too - try doing it for a few minutes and see the results.

Humming is such an underrated and powerful tool for reducing stress + inflammation. In fact - some studies show it can improve stress measures more than things like sleep or exercise. It works by stimulating your vagus nerve, the most critical nerve in your parasympathetic nervous system. This has a strong relaxing effect and it also is directly innervating with your spleen - which means it connects to your immune system. This is why vagus nerve stimulation is being studied for tons of different inflammatory conditions, even autoimmune diseases. It's super easy too - try doing it for a few minutes and see the results.

Dalton (Analyze & Optimize)

53,396 Aufrufe • vor 3 Monaten

In my most recent Q&A on marathon training, I talked about all of the supplements that I use to support performance and recovery. Here’s the list: 🥤 Whey Protein Dose: 20–30 grams mixed with almond milk. Why: Used as a convenient meal or post-run recovery option, especially when appetite is low after hard workouts in the heat. High-quality protein source. 🌱 Greens Supplement (Bloom Greens) Why: For prebiotic/probiotic support and general wellness. You enjoy the taste (berry flavor) and feel good taking it. Often added to morning smoothies. 🧬 L-Glutamine Dose: 10 grams/day (5g twice daily). Why: Added recently for immune and gut health support, particularly to help prevent upper respiratory infections in endurance athletes after stressful events like marathons. 💪 Creatine Monohydrate Dose: 5 grams/day; 10 grams on hard training or long run days. Why: Supports strength, recovery, muscle hydration, and potentially endurance performance. No significant side effects noted. May slightly increase body weight via hydration, but not enough to negatively affect performance. 🧠 Omega-3 Fatty Acids Why: For cardiovascular health and to reduce inflammation and muscle soreness after intense workouts. Taken daily due to limited fish intake in diet. 🩸 Iron (Thorne Ferrasorb) Why: To address low ferritin levels found in recent blood tests. Supports red blood cell production and oxygen transport—important for endurance performance. ☀️ Vitamin D3 Dose: 5,000 IU daily. Why: Despite living in sunny Austin, blood tests showed low-normal levels. Supplementing to boost levels for overall health and performance. 🌿 Ashwagandha Why: Used occasionally for stress reduction and performance support. Known as an “adaptogen,” possibly aids in stress resilience. Taken on hard training or high-stress days; avoided on weekends to prevent potential cortisol suppression.

In my most recent Q&A on marathon training, I talked about all of the supplements that I use to support performance and recovery. Here’s the list: 🥤 Whey Protein Dose: 20–30 grams mixed with almond milk. Why: Used as a convenient meal or post-run recovery option, especially when appetite is low after hard workouts in the heat. High-quality protein source. 🌱 Greens Supplement (Bloom Greens) Why: For prebiotic/probiotic support and general wellness. You enjoy the taste (berry flavor) and feel good taking it. Often added to morning smoothies. 🧬 L-Glutamine Dose: 10 grams/day (5g twice daily). Why: Added recently for immune and gut health support, particularly to help prevent upper respiratory infections in endurance athletes after stressful events like marathons. 💪 Creatine Monohydrate Dose: 5 grams/day; 10 grams on hard training or long run days. Why: Supports strength, recovery, muscle hydration, and potentially endurance performance. No significant side effects noted. May slightly increase body weight via hydration, but not enough to negatively affect performance. 🧠 Omega-3 Fatty Acids Why: For cardiovascular health and to reduce inflammation and muscle soreness after intense workouts. Taken daily due to limited fish intake in diet. 🩸 Iron (Thorne Ferrasorb) Why: To address low ferritin levels found in recent blood tests. Supports red blood cell production and oxygen transport—important for endurance performance. ☀️ Vitamin D3 Dose: 5,000 IU daily. Why: Despite living in sunny Austin, blood tests showed low-normal levels. Supplementing to boost levels for overall health and performance. 🌿 Ashwagandha Why: Used occasionally for stress reduction and performance support. Known as an “adaptogen,” possibly aids in stress resilience. Taken on hard training or high-stress days; avoided on weekends to prevent potential cortisol suppression.

Brady Holmer

20,024 Aufrufe • vor 1 Jahr

Did you know that certain types of stress can actually be positive for young children’s healthy development? On first blush this may sound counterintuitive. But it’s true. Here’s why: No one is immune from stress in life - and while the prolonged and chronic activation of the body’s stress response systems (as a result of things like domestic violence, drug abuse, and/or a caregiver’s mental illness) can have developmentally toxic effects on children, periodic exposure to “positive stress” helps them learn to navigate the world around us. What is positive stress? In a nutshell, positive stress is short-term and well-supported exposure to things that may be uncomfortable - or even a little bit frightening. Things like: Having to share your toys. Visiting the doctor’s office for an immunization. The first day in a new classroom. Or, in this case, going through the car wash. Positive stress helps to nurture resilience and bravery - which this little guy is showing in abundance. Watch how hard he works to overcome his apprehension about the car wash - powering through in a (semi-successful) effort to convince himself that the experience is actually fantastic. (Fake it ‘til you make it, little guy!) He’s under some stress, but that’s okay. It’s brief, he’s completely safe, and he is well supported by his parents - allowing him to begin developing essential life skills. To be clear, the message here is NOT to seek out opportunities to create anxiety. Instead, it is that we are all periodically exposed to brief periods of discomfort and that these aren’t necessarily to be avoided at all costs, even during the early years. This sweet video via briannaaweaver on TT.

Did you know that certain types of stress can actually be positive for young children’s healthy development? On first blush this may sound counterintuitive. But it’s true. Here’s why: No one is immune from stress in life - and while the prolonged and chronic activation of the body’s stress response systems (as a result of things like domestic violence, drug abuse, and/or a caregiver’s mental illness) can have developmentally toxic effects on children, periodic exposure to “positive stress” helps them learn to navigate the world around us. What is positive stress? In a nutshell, positive stress is short-term and well-supported exposure to things that may be uncomfortable - or even a little bit frightening. Things like: Having to share your toys. Visiting the doctor’s office for an immunization. The first day in a new classroom. Or, in this case, going through the car wash. Positive stress helps to nurture resilience and bravery - which this little guy is showing in abundance. Watch how hard he works to overcome his apprehension about the car wash - powering through in a (semi-successful) effort to convince himself that the experience is actually fantastic. (Fake it ‘til you make it, little guy!) He’s under some stress, but that’s okay. It’s brief, he’s completely safe, and he is well supported by his parents - allowing him to begin developing essential life skills. To be clear, the message here is NOT to seek out opportunities to create anxiety. Instead, it is that we are all periodically exposed to brief periods of discomfort and that these aren’t necessarily to be avoided at all costs, even during the early years. This sweet video via briannaaweaver on TT.

Dan Wuori

420,826 Aufrufe • vor 2 Jahren

NAD⁺ declines in skeletal muscle with age, and that decline tracks with metabolic and functional deterioration. Studies show that older adults also have lower NAD⁺ levels in key organs including the brain, liver, and skin, even when circulating NAD⁺ appears relatively stable. Aging occurs at different rates in different organs and the NAD⁺ biology reflects that. The encouraging part is that older adults who are physically active maintain muscle NAD⁺ levels comparable to younger individuals. Exercise protects the NAD⁺ system by improving mitochondrial turnover, reducing chronic inflammation, and stimulating NAD⁺ biosynthesis. Charles Brenner, PhD explains that, across many conditions (including aging), inflammation is a common theme. Chronic inflammation increases NAD⁺ consumption, effectively placing the NAD⁺ system “under attack.” Aging and many lifestyle-related diseases may, in part, reflect this persistent metabolic stress, and it's why exercise, weight loss, and a micronutrient-rich diet (all of which reduce chronic inflammation) can support healthy NAD levels.

NAD⁺ declines in skeletal muscle with age, and that decline tracks with metabolic and functional deterioration. Studies show that older adults also have lower NAD⁺ levels in key organs including the brain, liver, and skin, even when circulating NAD⁺ appears relatively stable. Aging occurs at different rates in different organs and the NAD⁺ biology reflects that. The encouraging part is that older adults who are physically active maintain muscle NAD⁺ levels comparable to younger individuals. Exercise protects the NAD⁺ system by improving mitochondrial turnover, reducing chronic inflammation, and stimulating NAD⁺ biosynthesis. Charles Brenner, PhD explains that, across many conditions (including aging), inflammation is a common theme. Chronic inflammation increases NAD⁺ consumption, effectively placing the NAD⁺ system “under attack.” Aging and many lifestyle-related diseases may, in part, reflect this persistent metabolic stress, and it's why exercise, weight loss, and a micronutrient-rich diet (all of which reduce chronic inflammation) can support healthy NAD levels.

Dr. Rhonda Patrick

30,299 Aufrufe • vor 6 Monaten

Sex once a week = up to 49% lower all-cause mortality. Dr. Rena Malik on the Shawn Ryan Show laid it out: People having sex 52 times a year live longer, have lower heart disease risk, and better overall health outcomes compared to those who have it rarely. The same frequency also boosts mental health by reducing depression and anxiety. For men, ejaculating 21+ times per month (sex or masturbation) is linked to significantly lower prostate cancer risk. Women see benefits too — stronger immune function, lower blood pressure, and better pelvic health. One major study showed the striking 49% reduction in all-cause mortality with regular weekly sex. In a stressed and often lonely world, consistent intimacy is a simple, enjoyable lever for better longevity and wellness. Regular sexual activity is also associated with higher levels of oxytocin and endorphins, which naturally reduce cortisol (stress hormone) and support better sleep quality and immune response.

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Sex once a week = up to 49% lower all-cause mortality. Dr. Rena Malik on the Shawn Ryan Show laid it out: People having sex 52 times a year live longer, have lower heart disease risk, and better overall health outcomes compared to those who have it rarely. The same frequency also boosts mental health by reducing depression and anxiety. For men, ejaculating 21+ times per month (sex or masturbation) is linked to significantly lower prostate cancer risk. Women see benefits too — stronger immune function, lower blood pressure, and better pelvic health. One major study showed the striking 49% reduction in all-cause mortality with regular weekly sex. In a stressed and often lonely world, consistent intimacy is a simple, enjoyable lever for better longevity and wellness. Regular sexual activity is also associated with higher levels of oxytocin and endorphins, which naturally reduce cortisol (stress hormone) and support better sleep quality and immune response.

Camus

1,281,454 Aufrufe • vor 2 Monaten

Testosterone is far more than just a muscle-building hormone. It’s a cornerstone of health influencing mood, cognition, bone density, libido, and even longevity. In this episode, Derek (More Plates More Dates), host of the popular YouTube channel ‘More Plates More Dates' and co-founder of Marek Health, joins me to unpack testosterone’s true role in health, from bone density and insulin sensitivity to brain function and longevity. We cover how lifestyle factors, diet, and micronutrients like vitamin D, zinc, and magnesium shape testosterone levels, and which testosterone-boosting supplements actually work versus those that are just hype. We dive deep into testosterone replacement therapy—when it’s warranted, what benefits to expect, the risks (like polycythemia and fertility suppression), and how delivery methods such as injections, creams, and orals formulations differ. We also explore testosterone therapy for women, cardiovascular disease and prostate cancer risk, and how DHT drives hair loss, plus the safety and efficacy of treatments like finasteride, minoxidil, microneedling, and ketoconazole shampoo. If you want to understand testosterone beyond the headlines, including its functions, its tradeoffs, and the practical ways to optimize it, this conversation is a must-listen. Links in the next post. Timestamps: 0:00 - Introduction 1:58 - Why men need testosterone 4:19 - Testosterone's role in women 6:00 - Does high testosterone shorten life? 9:19 - What castrati reveal about lifespan 12:15 - Free vs. total testosterone 15:49 - Measuring testosterone 18:36 - Reference ranges vs. symptoms 21:58 - When high T signals trouble 23:40 - What LH and FSH tell you 28:19 - Is high SHBG hurting your T? 32:10 - Why SHBG rises with age 36:52 - Signs of low testosterone 39:54 - Alcohol’s impact on testosterone 42:46 - How low-fat & low-carb diets lower T 43:25 - Micronutrient mistakes hurting hormones 45:19 - Excess body fat & low testosterone 48:46 - Risks of excessive endurance training 53:09 - Endocrine disruptors 55:50 - Are testosterone levels declining? 58:39 - Why dietary fat boosts hormones 1:01:02 - Does keto harm testosterone? 1:02:17 - Best exercise for testosterone 1:04:23 - Do vitamin D, zinc, magnesium help? 1:08:43 - Can boron boost free testosterone? 1:09:53 - Ashwagandha 1:14:07 - Is Tongkat Ali best for boosting T? 1:17:58 - Tongkat Ali vs. boron 1:19:27 - Shilajit, tribulus, & fenugreek 1:20:41 - Best 4 supplements for testosterone 1:22:25 - Dutch vs. blood tests for cortisol 1:23:40 - When to consider TRT 1:31:30 - Realistic TRT benefits 1:34:41 - TRT and heart risks 1:44:31 - Creams vs. injections 1:45:55 - TRT and prostate cancer risk 1:48:08 - Side effects of TRT 1:50:48 - Rollercoaster effect from injections 1:53:23 - Low testosterone risks vs. TRT 1:56:46 - Choosing TRT delivery methods 2:03:23 - Smaller, frequent injections safer? 2:05:20 - Maintaining fertility on TRT 2:13:20 - Why TRT shrinks testicles 2:14:47 - Biomarkers to track on TRT 2:24:04 - Testosterone therapy for women 2:33:57 - Can DHEA safely raise women's T? 2:36:54 - Causes of hair loss 2:43:08 - Does your hairline come from grandpa? 2:43:55 - Risks of stopping hair loss 2:53:02 - Ketoconazole, minoxidil & microneedling 2:56:03 - Topical vs. oral minoxidil 2:59:08 - Microneedling without minoxidil 3:01:59 - Finasteride, dutasteride & the brain 3:03:10 - Finasteride & nocebo effect 3:04:44 - Does minoxidil delay baldness? 3:06:13 - Can dutasteride extend lifespan?

Testosterone is far more than just a muscle-building hormone. It’s a cornerstone of health influencing mood, cognition, bone density, libido, and even longevity. In this episode, Derek (More Plates More Dates), host of the popular YouTube channel ‘More Plates More Dates' and co-founder of Marek Health, joins me to unpack testosterone’s true role in health, from bone density and insulin sensitivity to brain function and longevity. We cover how lifestyle factors, diet, and micronutrients like vitamin D, zinc, and magnesium shape testosterone levels, and which testosterone-boosting supplements actually work versus those that are just hype. We dive deep into testosterone replacement therapy—when it’s warranted, what benefits to expect, the risks (like polycythemia and fertility suppression), and how delivery methods such as injections, creams, and orals formulations differ. We also explore testosterone therapy for women, cardiovascular disease and prostate cancer risk, and how DHT drives hair loss, plus the safety and efficacy of treatments like finasteride, minoxidil, microneedling, and ketoconazole shampoo. If you want to understand testosterone beyond the headlines, including its functions, its tradeoffs, and the practical ways to optimize it, this conversation is a must-listen. Links in the next post. Timestamps: 0:00 - Introduction 1:58 - Why men need testosterone 4:19 - Testosterone's role in women 6:00 - Does high testosterone shorten life? 9:19 - What castrati reveal about lifespan 12:15 - Free vs. total testosterone 15:49 - Measuring testosterone 18:36 - Reference ranges vs. symptoms 21:58 - When high T signals trouble 23:40 - What LH and FSH tell you 28:19 - Is high SHBG hurting your T? 32:10 - Why SHBG rises with age 36:52 - Signs of low testosterone 39:54 - Alcohol’s impact on testosterone 42:46 - How low-fat & low-carb diets lower T 43:25 - Micronutrient mistakes hurting hormones 45:19 - Excess body fat & low testosterone 48:46 - Risks of excessive endurance training 53:09 - Endocrine disruptors 55:50 - Are testosterone levels declining? 58:39 - Why dietary fat boosts hormones 1:01:02 - Does keto harm testosterone? 1:02:17 - Best exercise for testosterone 1:04:23 - Do vitamin D, zinc, magnesium help? 1:08:43 - Can boron boost free testosterone? 1:09:53 - Ashwagandha 1:14:07 - Is Tongkat Ali best for boosting T? 1:17:58 - Tongkat Ali vs. boron 1:19:27 - Shilajit, tribulus, & fenugreek 1:20:41 - Best 4 supplements for testosterone 1:22:25 - Dutch vs. blood tests for cortisol 1:23:40 - When to consider TRT 1:31:30 - Realistic TRT benefits 1:34:41 - TRT and heart risks 1:44:31 - Creams vs. injections 1:45:55 - TRT and prostate cancer risk 1:48:08 - Side effects of TRT 1:50:48 - Rollercoaster effect from injections 1:53:23 - Low testosterone risks vs. TRT 1:56:46 - Choosing TRT delivery methods 2:03:23 - Smaller, frequent injections safer? 2:05:20 - Maintaining fertility on TRT 2:13:20 - Why TRT shrinks testicles 2:14:47 - Biomarkers to track on TRT 2:24:04 - Testosterone therapy for women 2:33:57 - Can DHEA safely raise women's T? 2:36:54 - Causes of hair loss 2:43:08 - Does your hairline come from grandpa? 2:43:55 - Risks of stopping hair loss 2:53:02 - Ketoconazole, minoxidil & microneedling 2:56:03 - Topical vs. oral minoxidil 2:59:08 - Microneedling without minoxidil 3:01:59 - Finasteride, dutasteride & the brain 3:03:10 - Finasteride & nocebo effect 3:04:44 - Does minoxidil delay baldness? 3:06:13 - Can dutasteride extend lifespan?

Dr. Rhonda Patrick

173,670 Aufrufe • vor 11 Monaten

Rebounding, or jumping on a mini-trampoline, offers a variety of health benefits for the body that are both surprising and impressive. Here’s a detailed look at some of the key advantages: 1. Improved Cardiovascular Health ❤️ Rebounding is an excellent way to get your heart pumping and improve cardiovascular health. The rhythmic motion increases heart rate, promoting better circulation and strengthening the heart muscle over time. 2. Lymphatic System Boost 🌿 Unlike many other forms of exercise, rebounding is particularly effective at stimulating the lymphatic system. The up-and-down motion helps to flush out toxins, waste, and other unwanted materials from the body, which can enhance your immune system and overall health. 3. Enhanced Balance and Coordination ⚖️ The unstable surface of the trampoline forces your body to engage multiple muscles to maintain balance, which over time improves your coordination and stability. This can be especially beneficial for older adults looking to maintain their independence and reduce the risk of falls. 4. Low-Impact Exercise 🌟 Despite its effectiveness, rebounding is gentle on the joints. The trampoline absorbs much of the impact, making it a great option for those with joint pain or those recovering from injuries, while still providing a high-intensity workout. 5. Muscle Toning and Strengthening 💪 Rebounding works out various muscle groups, particularly in the core, legs, and lower back. Regular sessions can lead to improved muscle tone, increased strength, and better posture. 6. Improved Bone Density 🦴 The gentle impact on bones from rebounding can stimulate bone growth and increase bone density, which is crucial for preventing osteoporosis and maintaining bone health as we age. 7. Stress Relief and Mental Health 😌 The rhythmic motion of bouncing has been shown to have calming effects, reducing stress and anxiety. Additionally, the physical activity releases endorphins, the body's natural mood lifters, which can help to combat depression and improve overall mental well-being. 8. Better Digestion and Gut Health 🍎 Rebounding can also positively impact digestion by stimulating the digestive tract, promoting better nutrient absorption, and reducing issues like constipation. The gentle motion helps to massage the intestines, aiding in regular bowel movements. 9. Increased Energy Levels ⚡️ Regular rebounding can lead to higher energy levels. The exercise helps to improve circulation and oxygen flow throughout the body, which can leave you feeling more energized and less fatigued throughout the day. 10. Weight Loss and Fat Burning 🔥 Rebounding is an effective calorie-burning exercise. It increases metabolism and helps to burn fat, making it a great option for those looking to lose weight or maintain a healthy weight. Incorporating just a few minutes of rebounding into your daily routine can provide a wide array of benefits, making it a versatile and effective way to support your overall health and well-being.

Rebounding, or jumping on a mini-trampoline, offers a variety of health benefits for the body that are both surprising and impressive. Here’s a detailed look at some of the key advantages: 1. Improved Cardiovascular Health ❤️ Rebounding is an excellent way to get your heart pumping and improve cardiovascular health. The rhythmic motion increases heart rate, promoting better circulation and strengthening the heart muscle over time. 2. Lymphatic System Boost 🌿 Unlike many other forms of exercise, rebounding is particularly effective at stimulating the lymphatic system. The up-and-down motion helps to flush out toxins, waste, and other unwanted materials from the body, which can enhance your immune system and overall health. 3. Enhanced Balance and Coordination ⚖️ The unstable surface of the trampoline forces your body to engage multiple muscles to maintain balance, which over time improves your coordination and stability. This can be especially beneficial for older adults looking to maintain their independence and reduce the risk of falls. 4. Low-Impact Exercise 🌟 Despite its effectiveness, rebounding is gentle on the joints. The trampoline absorbs much of the impact, making it a great option for those with joint pain or those recovering from injuries, while still providing a high-intensity workout. 5. Muscle Toning and Strengthening 💪 Rebounding works out various muscle groups, particularly in the core, legs, and lower back. Regular sessions can lead to improved muscle tone, increased strength, and better posture. 6. Improved Bone Density 🦴 The gentle impact on bones from rebounding can stimulate bone growth and increase bone density, which is crucial for preventing osteoporosis and maintaining bone health as we age. 7. Stress Relief and Mental Health 😌 The rhythmic motion of bouncing has been shown to have calming effects, reducing stress and anxiety. Additionally, the physical activity releases endorphins, the body's natural mood lifters, which can help to combat depression and improve overall mental well-being. 8. Better Digestion and Gut Health 🍎 Rebounding can also positively impact digestion by stimulating the digestive tract, promoting better nutrient absorption, and reducing issues like constipation. The gentle motion helps to massage the intestines, aiding in regular bowel movements. 9. Increased Energy Levels ⚡️ Regular rebounding can lead to higher energy levels. The exercise helps to improve circulation and oxygen flow throughout the body, which can leave you feeling more energized and less fatigued throughout the day. 10. Weight Loss and Fat Burning 🔥 Rebounding is an effective calorie-burning exercise. It increases metabolism and helps to burn fat, making it a great option for those looking to lose weight or maintain a healthy weight. Incorporating just a few minutes of rebounding into your daily routine can provide a wide array of benefits, making it a versatile and effective way to support your overall health and well-being.

Barbara Oneill

173,851 Aufrufe • vor 1 Jahr

In the Sanskrit tradition, this primal sound is called "Anahata Nada," the "Unstruck Sound." Literally, this means "the sound that is not made by two things striking together." Thus, sound that is not made of two things striking together is a sound with no physical qualities, the "sound" of energy, the sound of the universe itself. Joseph Campbell likens this unstruck vibration to the humming of an electrical transformer, or the—to our ears—unheard hummings of atoms and molecules. Ancient Vedic traditions teach that the audible sound which most resembles and evokes in us the unstruck sound is the vocal syllable OM. This ancient mantra is composed of four elements: a sequence of three vowels: A, U, and M, and the silence which begins and ends the sequence, the silence which surrounds it. It might be said that the ultimate aim of Yoga is to enter this third dreamless realm while awake. Yoga means "yoke" or "join." Through yoga we "join" our waking consciousness to its "source" in the world of pure, qualitiless unconsciousness Studies have shown that Om chanting can induce changes in brain wave activity, particularly in the alpha and theta frequency bands. Alpha waves are associated with relaxation and meditation, while theta waves are associated with deep relaxation and sleep. In Hindu texts (Mandukya Upanishads), AUM is regarded as the sound of the universe, from which everything originated. It represents the sound of Pranava and the vibration of the four states of the Supreme Being. BENEFITS Chanting "Aum" can reduce cortisol levels, a hormone released during stress. This can lead to a decrease in anxiety and stress Improved concentration Improved lung capacity Calming effect on the brain Better cardiovascular health improves blood circulation

In the Sanskrit tradition, this primal sound is called "Anahata Nada," the "Unstruck Sound." Literally, this means "the sound that is not made by two things striking together." Thus, sound that is not made of two things striking together is a sound with no physical qualities, the "sound" of energy, the sound of the universe itself. Joseph Campbell likens this unstruck vibration to the humming of an electrical transformer, or the—to our ears—unheard hummings of atoms and molecules. Ancient Vedic traditions teach that the audible sound which most resembles and evokes in us the unstruck sound is the vocal syllable OM. This ancient mantra is composed of four elements: a sequence of three vowels: A, U, and M, and the silence which begins and ends the sequence, the silence which surrounds it. It might be said that the ultimate aim of Yoga is to enter this third dreamless realm while awake. Yoga means "yoke" or "join." Through yoga we "join" our waking consciousness to its "source" in the world of pure, qualitiless unconsciousness Studies have shown that Om chanting can induce changes in brain wave activity, particularly in the alpha and theta frequency bands. Alpha waves are associated with relaxation and meditation, while theta waves are associated with deep relaxation and sleep. In Hindu texts (Mandukya Upanishads), AUM is regarded as the sound of the universe, from which everything originated. It represents the sound of Pranava and the vibration of the four states of the Supreme Being. BENEFITS Chanting "Aum" can reduce cortisol levels, a hormone released during stress. This can lead to a decrease in anxiety and stress Improved concentration Improved lung capacity Calming effect on the brain Better cardiovascular health improves blood circulation

Wisdom Walk

26,054 Aufrufe • vor 9 Monaten

Timing your coffee intake for peak cognitive alertness has less to do with cortisol spikes and more to do with leveraging the biology of adenosine. Caffeine works by blocking adenosine, a molecule that builds up the longer you’re awake and makes you feel tired. But right after waking, adenosine levels are at their lowest, meaning there’s not much for caffeine to block. That initial “jolt” you feel from your first sips? It’s often just natural sleep inertia fading (or maybe the placebo effect from coffee’s smell and ritual). Dr. Michael Grandner (Dr. Michael Grandner) explains how waiting approximately one hour after waking allows adenosine levels to naturally accumulate, creating optimal conditions for caffeine to bind more effectively and producing a robust and measurable enhancement in alertness and cognitive performance. From the latest episode of the FoundMyFitness podcast. Links to the full episode can be found below.

Timing your coffee intake for peak cognitive alertness has less to do with cortisol spikes and more to do with leveraging the biology of adenosine. Caffeine works by blocking adenosine, a molecule that builds up the longer you’re awake and makes you feel tired. But right after waking, adenosine levels are at their lowest, meaning there’s not much for caffeine to block. That initial “jolt” you feel from your first sips? It’s often just natural sleep inertia fading (or maybe the placebo effect from coffee’s smell and ritual). Dr. Michael Grandner (Dr. Michael Grandner) explains how waiting approximately one hour after waking allows adenosine levels to naturally accumulate, creating optimal conditions for caffeine to bind more effectively and producing a robust and measurable enhancement in alertness and cognitive performance. From the latest episode of the FoundMyFitness podcast. Links to the full episode can be found below.

Dr. Rhonda Patrick

414,027 Aufrufe • vor 10 Monaten

‼️Men - you'll want to see this. Most men have never been told that the three months before conception may be one of the most consequential periods of their lives, and not just for fertility. The epigenetic markers carried in sperm capture information about everything happening in a man's body at the time of conception. Chronic stress, unresolved trauma, irregular blood sugar, and environmental toxins all get written into the biological instructions passed to the child. Studies of populations who survived major famines show that the metabolic adaptations fathers made under duress were passed down through generations, making descendants more prone to weight gain even in times of plenty. The same mechanism is at work with plastics, PFAS, and pesticides, which increase the epigenetic risk for diabetes, obesity, autoimmunity, and cancer in future children. Dr. Ann Shippy's message to men is genuinely hopeful. The choices made in that preconception window, sleep, exercise, clean nutrition, reducing toxic load, and addressing stress, have a measurable impact on the health of the child and potentially multiple generations beyond. The athletic ability, the cognitive capacity, the immune resilience of that future child - fathers have more influence over those outcomes than anyone has told them.

‼️Men - you'll want to see this. Most men have never been told that the three months before conception may be one of the most consequential periods of their lives, and not just for fertility. The epigenetic markers carried in sperm capture information about everything happening in a man's body at the time of conception. Chronic stress, unresolved trauma, irregular blood sugar, and environmental toxins all get written into the biological instructions passed to the child. Studies of populations who survived major famines show that the metabolic adaptations fathers made under duress were passed down through generations, making descendants more prone to weight gain even in times of plenty. The same mechanism is at work with plastics, PFAS, and pesticides, which increase the epigenetic risk for diabetes, obesity, autoimmunity, and cancer in future children. Dr. Ann Shippy's message to men is genuinely hopeful. The choices made in that preconception window, sleep, exercise, clean nutrition, reducing toxic load, and addressing stress, have a measurable impact on the health of the child and potentially multiple generations beyond. The athletic ability, the cognitive capacity, the immune resilience of that future child - fathers have more influence over those outcomes than anyone has told them.

The HighWire

27,528 Aufrufe • vor 3 Monaten

12 science-backed strategies for cancer prevention (00:00) Avoid tobacco — Quitting smoking reduces excess mortality risk by ~90% if done in early adulthood; quitting later can still cut lung cancer risk by 50% within 10–15 years. (00:58) Maintain a healthy body weight — Obesity increases risk for ~13 cancer types. For example, obesity is linked to 50–60% of endometrial cancers. ~11% of cancers in women and ~5% of cancers in men are linked to excess body weight. (02:45) Regular physical activity — At least 150 min/week of vigorous or 300 min/week of moderate exercise significantly reduces cancer risk. (03:32) Eat fiber-rich foods — Each additional 10 grams/day of fiber reduces colorectal cancer risk by ~10%. Eating five servings of fruits and vegetables daily can slash colon cancer risk by 50–60%. (05:46) Limit processed meat and ultra-processed foods — Regular consumption is strongly linked to increased colorectal cancer rates, mirroring the exponential rise in incidence since the 1930s due to dietary shifts. (07:00) Reduce alcohol intake — Daily alcohol consumption significantly raises cancer risk. Even moderate drinking (one drink/day) raises breast cancer risk by ~10%; two to three drinks/day boosts it ~20%. (08:12) Use sunscreen — Consistent sunscreen use reduced melanoma incidence by 50% in a 10-year randomized trial; critical since melanoma rapidly metastasizes. (09:06) Test your home for radon — Radon is the second leading cause of lung cancer in the U.S. Radon enters homes invisibly through soil, particularly during winter when doors and windows stay closed. (09:52) Manage stress — Chronic stress increases cancer incidence through immune and inflammatory pathways, though exact biological mechanisms remain unclear. (10:17) Prioritize sleep and circadian rhythm — Night-shift work is classified as a probable carcinogen due to circadian disruption. Regularly getting 7–8 hours of sleep supports hormonal and immune regulation to reduce cancer risk. (10:56) Vitamin D supplementation — Clinical trials show 2,000 IU/day can reduce cancer-related deaths. Genetic studies reinforce that low vitamin D levels significantly elevate cancer mortality risk. (14:54) Avoid beta-carotene supplements if you previously smoked — High-dose beta-carotene supplements (30 mg/day) increased lung cancer risk by 28% in former smokers, likely due to interactions within lung tissue.

12 science-backed strategies for cancer prevention (00:00) Avoid tobacco — Quitting smoking reduces excess mortality risk by ~90% if done in early adulthood; quitting later can still cut lung cancer risk by 50% within 10–15 years. (00:58) Maintain a healthy body weight — Obesity increases risk for ~13 cancer types. For example, obesity is linked to 50–60% of endometrial cancers. ~11% of cancers in women and ~5% of cancers in men are linked to excess body weight. (02:45) Regular physical activity — At least 150 min/week of vigorous or 300 min/week of moderate exercise significantly reduces cancer risk. (03:32) Eat fiber-rich foods — Each additional 10 grams/day of fiber reduces colorectal cancer risk by ~10%. Eating five servings of fruits and vegetables daily can slash colon cancer risk by 50–60%. (05:46) Limit processed meat and ultra-processed foods — Regular consumption is strongly linked to increased colorectal cancer rates, mirroring the exponential rise in incidence since the 1930s due to dietary shifts. (07:00) Reduce alcohol intake — Daily alcohol consumption significantly raises cancer risk. Even moderate drinking (one drink/day) raises breast cancer risk by ~10%; two to three drinks/day boosts it ~20%. (08:12) Use sunscreen — Consistent sunscreen use reduced melanoma incidence by 50% in a 10-year randomized trial; critical since melanoma rapidly metastasizes. (09:06) Test your home for radon — Radon is the second leading cause of lung cancer in the U.S. Radon enters homes invisibly through soil, particularly during winter when doors and windows stay closed. (09:52) Manage stress — Chronic stress increases cancer incidence through immune and inflammatory pathways, though exact biological mechanisms remain unclear. (10:17) Prioritize sleep and circadian rhythm — Night-shift work is classified as a probable carcinogen due to circadian disruption. Regularly getting 7–8 hours of sleep supports hormonal and immune regulation to reduce cancer risk. (10:56) Vitamin D supplementation — Clinical trials show 2,000 IU/day can reduce cancer-related deaths. Genetic studies reinforce that low vitamin D levels significantly elevate cancer mortality risk. (14:54) Avoid beta-carotene supplements if you previously smoked — High-dose beta-carotene supplements (30 mg/day) increased lung cancer risk by 28% in former smokers, likely due to interactions within lung tissue.

FoundMyFitness Clips

45,283 Aufrufe • vor 1 Jahr

Andrew Huberman just explained why the switch from old incandescent bulbs to modern LEDs might be quietly messing with our biology. Short-wavelength light (blue/green) dominates LEDs and screens. Long-wavelength light (red/infrared) — the kind that reaches deeper into the body — is largely missing. He cited work from Glenn Jeffery’s lab at University College London showing that long-wavelength light improves mitochondrial function, boosts ATP production, blunts blood glucose spikes, and can even improve vision. Incandescent bulbs and sunlight naturally provide this balance; LEDs do not. Long-wavelength light is absorbed by water in mitochondria, enhancing electron transport chain efficiency and reducing oxidative stress. Studies show improved glucose regulation and mitochondrial performance when red/infrared exposure is added, especially in the absence of excessive short-wavelength light at night. Huberman isn’t anti-LED, but he’s clear: our modern environment is short-wavelength heavy and long-wavelength deficient, and that mismatch may be contributing to metabolic and sleep issues, particularly in younger generations glued to screens. Have you noticed a difference in energy, sleep, or focus when you get more natural sunlight versus heavy indoor LED/screen exposure? Or do you still think the light itself is a minor factor compared to content? Your thoughts 👇

Andrew Huberman just explained why the switch from old incandescent bulbs to modern LEDs might be quietly messing with our biology. Short-wavelength light (blue/green) dominates LEDs and screens. Long-wavelength light (red/infrared) — the kind that reaches deeper into the body — is largely missing. He cited work from Glenn Jeffery’s lab at University College London showing that long-wavelength light improves mitochondrial function, boosts ATP production, blunts blood glucose spikes, and can even improve vision. Incandescent bulbs and sunlight naturally provide this balance; LEDs do not. Long-wavelength light is absorbed by water in mitochondria, enhancing electron transport chain efficiency and reducing oxidative stress. Studies show improved glucose regulation and mitochondrial performance when red/infrared exposure is added, especially in the absence of excessive short-wavelength light at night. Huberman isn’t anti-LED, but he’s clear: our modern environment is short-wavelength heavy and long-wavelength deficient, and that mismatch may be contributing to metabolic and sleep issues, particularly in younger generations glued to screens. Have you noticed a difference in energy, sleep, or focus when you get more natural sunlight versus heavy indoor LED/screen exposure? Or do you still think the light itself is a minor factor compared to content? Your thoughts 👇

Camus

13,896 Aufrufe • vor 4 Monaten

Use creatine to protect your brain from head injuries: Repeated head injuries can lead to second-impact syndrome, where a subsequent injury before full recovery causes rapid and potentially permanent brain damage. This is a significant risk for athletes, military, or anyone prone to traumatic brain injury (TBI) or concussions. But here's the good news: research has shown that creatine supplementation can help mitigate the damage caused by second-impact syndrome. In fact, studies have found that creatine depletion prior to additional impacts can worsen the damage to your brain. So, what should you do? If you do experience a head injury, it's essential to replenish your creatine stores as quickly as possible. Creatine monohydrate is a good option, as it's the most researched and widely used form in studies, and it's also one of the most affordable and available options. Creating a regular creatine supplementation routine can be beneficial for overall health and wellness, regardless of your risk level for head injuries. You can obtain creatine through both food sources and supplements. While it is possible to get creatine from food, particularly from meat sources (which contain around 400-600mg of creatine per 100g or 3.5oz serving), it can be challenging to achieve the high dosages needed through diet alone. Most studies on creatine monohydrate for brain injuries have used high dosages of around 20g per day, which is significantly higher than the typical dosages used for performance benefits. As a preventative measure, a daily dose of 5-10g may be sufficient for most people. However, if you know you'll be at risk of exposure to head impacts, you may want to increase your dosage to 20-30g per day for a week, split into multiple doses. Remember, the primary goal should always be to minimize the number of head impacts and injuries in the first place.

Use creatine to protect your brain from head injuries: Repeated head injuries can lead to second-impact syndrome, where a subsequent injury before full recovery causes rapid and potentially permanent brain damage. This is a significant risk for athletes, military, or anyone prone to traumatic brain injury (TBI) or concussions. But here's the good news: research has shown that creatine supplementation can help mitigate the damage caused by second-impact syndrome. In fact, studies have found that creatine depletion prior to additional impacts can worsen the damage to your brain. So, what should you do? If you do experience a head injury, it's essential to replenish your creatine stores as quickly as possible. Creatine monohydrate is a good option, as it's the most researched and widely used form in studies, and it's also one of the most affordable and available options. Creating a regular creatine supplementation routine can be beneficial for overall health and wellness, regardless of your risk level for head injuries. You can obtain creatine through both food sources and supplements. While it is possible to get creatine from food, particularly from meat sources (which contain around 400-600mg of creatine per 100g or 3.5oz serving), it can be challenging to achieve the high dosages needed through diet alone. Most studies on creatine monohydrate for brain injuries have used high dosages of around 20g per day, which is significantly higher than the typical dosages used for performance benefits. As a preventative measure, a daily dose of 5-10g may be sufficient for most people. However, if you know you'll be at risk of exposure to head impacts, you may want to increase your dosage to 20-30g per day for a week, split into multiple doses. Remember, the primary goal should always be to minimize the number of head impacts and injuries in the first place.

Andy Galpin, PhD

137,470 Aufrufe • vor 2 Jahren