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AMERICAN CREATINE creatine is a nitrogen molecule We don't make speciality nitrogen derivatives No capacity We shall rebuild First TEST batch coming in the next 12 weeks Contact me if you'd like to be involved

81,282 Aufrufe • vor 5 Monaten •via X (Twitter)

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Creatine isn’t just for athletes. A growing body of scientific evidence now shows creatine helps preserve muscle during aging, maintains bone density, improves cognition (especially during stress), and speeds muscle recovery after intense exercise. To explore the mechanisms, optimal dosing strategies, and practical considerations, and more, I invited a leading creatine researcher Dr. Darren Candow (Darren Candow, PhD, CSEP-CEP, FISSN) onto the podcast. Even if you’re not an athlete—or you’ve dismissed creatine as a muscle supplement—you need to listen to this episode. Links to YouTube, Apple Podcasts, and Spotify in the comments. Timestamps: 0:00 - Introduction 0:56 - What makes creatine effective for exercise performance? 4:23 - The loss of explosive power with aging 5:59 - How creatine speeds up recovery between sets 8:36 - Two ways creatine boosts muscle strength 10:34 - Why creatine might not speed typical weight-training recovery 13:01 - Anti-catabolic effects 13:38 - Why do men and women respond differently? 15:12 - Dietary creatine vs. supplementation 15:59 - Is creatine supplementation necessary—or optional? 17:27 - Why plant-based may benefit most 18:38 - Should creatine dosage change with age? 19:23 - Loading vs. daily dosing 22:20 - Why 5 grams might not be enough—other tissues 24:11 - Can creatine prevent bone loss—even without weight training? 24:32 - How creatine supports osteoblast activity 26:13 - Preventing hip fractures with creatine 28:55 - Creatine vs. bisphosphonates 32:43 - Why creatine isn’t just for weightlifters 35:14 - Why stressed brains benefit most 37:19 - Why brain aging accelerates demand 40:16 - Why 10g per day might be the optimal dose 42:07 - Why creatine counteracts sleep deprivation 45:16 - Before vs. after concussion 47:39 - Should dosage be adjusted by weight? 49:01 - Does creatine improve sleep on training days? 51:56 - Creatine for Alzheimer’s and Parkinson’s 53:29 - Can creatine help with depression and anxiety? 56:46 - Creatine and glutamine for preventing respiratory illness 59:02 - Why creatine may enhance endothelial health and circulation 1:00:26 - Creatine’s role in cardiometabolic health 1:02:07 - When does loading actually make sense? 1:03:12 - Preserving muscle and enhancing recovery after injury 1:06:07 - Is creatine effective without exercise? 1:08:23 - Why creatine might improve male fertility 1:10:19 - Is it safe for children? 1:13:43 - Creatine supplementation during pregnancy 1:15:15 - Could creatine boost motor skills in kids? 1:15:55 - Creatine monohydrate vs. the rest 1:20:37 - How to avoid digestive issues with creatine supplementation 1:23:18 - Does timing matter—and should you cycle it? 1:24:54 - Should you take creatine every day—or only workout days? 1:25:39 - Why caffeine might blunt the effects 1:28:43 - Does creatine increase body fat—or is that a myth? 1:29:30 - Preventing cramps (the hydration myth) 1:30:55 - Why creatine won’t damage your kidneys 1:33:21 - Why creatine is linked (wrongly?) to baldness 1:36:44 - Debunking myths—sleep, cancer, urination 1:40:01 - How creatine affects homocysteine levels 1:42:54 - Creatine and protein—the ideal post-workout pair? 1:45:48 - How to pick the best creatine supplement 1:48:08 - What to know about micronized creatine

Dr. Rhonda Patrick

463,757 Aufrufe • vor 1 Jahr

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 1 Jahr

Creatine Monohydrate is STILL KING Creatine monohydrate (CrM) is the most effective supplement on the market & has decades of data & thousands of studies to back up its use. It is also the least expensive form of creatine on the market. If CrM is so effective why do companies keep trying to reinvent the wheel? I’ll let you in on a dirty little supplement industry secret, companies can’t make much money on CrM because it is so widely available that it drives down the price. So companies make ‘new & improved’ forms of creatine to justify charging you 2-4x more money. There’s only one problem… these forms are either less effective or only equally effective but cost WAY more One of the new forms of creatine that has generated a lot of buzz is creatine hydrochloride (CrHCl). CrHCl is more soluble in water & so the claim has been made that it gets absorbed better & you don’t need to take as much to get equal results. A recent study (PMID: 39545789) aimed to test these claims directly. The researchers split the participants into 4 groups who resistance trained (RT): RT + placebo RT + CrM at 0.03g/kg BW RT + CrHCl at 0.03g/kg BW RT + CrM at a loading dose of 0.3g/kg BW followed by a maintenance dose of 0.03g/kg BW At the end of the study all the creatine groups had better results than the placebo group, but NONE of the creatine groups had any significant differences from each other. Sorry CrHCl, you’re just another overpriced reinvention of the wheel to try to get people to spend more money so that supplement companies can pocket more Some people do get GI distress with rCM, in this case you can try splitting the normal 5g/day dose up into 2-3 smaller doses throughout the day & that will help Stick with tried & true CrM. It is inexpensive & very effective. That is why we use CrM in my Recovery product from @outworknutritionofficial (link in bio) because why would we charge you more for a less effective, more expensive product? We wouldn’t, because we don’t roll like that

Layne Norton, PhD

28,197 Aufrufe • vor 1 Jahr