MuscleBlaze Biozyme Performance Whey

Looking for recommendations. Profile: 37 year old male, 6' 2" 218lbs, goal weight of 200lbs. Sedentary desk job. Exercise: Daily 5 mile walk in zone 2, 3x/week HIIT training. I do a lot of other unstructured walking where I don't care about my heart rate, in total I walk about 20k steps/day. Diet: 2400 calories with 190g of protein. I track all my macros but don't care as much about carbs and fat, my main focus is hitting my protein and calorie targets. Stack: General health stack with the temporary addition of CoQ10 for the past 3 months for fertility. 20g of the potato starch 2x/day 15g of the psyllium husk 1x/day

I’m 26. I’m aware the best way to get nutrients is through diet, I use the multi as insurance. I try and prioritize good life habits such as getting proper sleep, and training accordingly (consistent resistance and cardio days)

Worst product ever. After switching from Optimum Nutrition to give this a try, I immediately regretted it. The quality just doesn't compare. It causes terrible bloating, and the flavor is aggressively artificial. I expected much better from MuscleBlaze, but I will definitely be going back to my previous brand

Amazing

This whey protein by MB is great. Taste is great, result is great and best part, it is digestive and smooth.

Favourite go to protein powder

Hi veryone! So, I’ve been on a major health journey. Back in March, I was 431 lbs. Severe health anxiety, heart palpitations, and a genuine fear of having a heart attack finally pushed me to change my neural pathways and build consistency. Today I am 382.3 lbs. I work 10 hour night shifts driving a stand up forklift. 50% to 75% of my job is getting off the machine, cutting plastic, and up stacking heavy pallets. I am constantly bouncing and absorbing vibrations. Because of my weight and the job, my feet take an absolute beating. I spend 30 dollars a week on 4% lidocaine patches putting 3 to 4 on my heels and palms daily, plus moleskin patches, 200 dollar orthopedic shoes, and 56 dollar insoles just to survive the shift. Because my legs feel like they do a 5 hour gym workout every night, I am strictly skipping leg day until I drop another 30 to 40 lbs. My training focuses entirely on upper body. I do fasted morning workouts before my shift using a push up board (sets of 20-25) and heavy 50lb resistance bands. I do multiple grips, slow negatives, and just hit a PR of 60 reps today. I am in a calorie deficit, usually 1500 to 2300 cals. I need to track better, but I am realistically hitting around 90g to 130g of protein daily, mostly through hardboiled eggs, cheese sticks, and whey protein at work. My Goals: Cardiovascular health, heart health, and joint and muscle recovery. I want to build muscle and see my abs one day, but I am not falling for TikTok gym bro hype. I want efficiency and safety. My Routine and Dosing: I split my stack 50/50. I take half with my breakfast right after my morning workout at work at 6 AM, and the other half with lunch at 11:30 AM. Note: I am intentionally taking higher doses of some of these based on clinical studies to account for my 380lb frame and heavy physical output. The Daily Core Stack: Creatine Monohydrate: 10g (Double dose for my size. Split 5g AM and 5g PM) Betaine Anhydrous TMG: 3000mg / 4 Caps (Double the bottle serving for cardio and heart health. Split 2 AM and 2 PM) L Carnitine Tartrate: 2000mg / 4 Caps (Double the bottle serving for cellular energy. Split 2 AM and 2 PM) Omega 3 Fish Oil: \~3333mg / 4 Softgels (Bottle serving is 3, but I take 4 for foot and joint inflammation. Split 2 AM and 2 PM) Essential Amino Acids EAA: 2 Full Scoops (Double dose taken in my morning water) Current Nitric Oxide Booster Pills: 8 Pills daily (Taking a quad dose because the bottle is incredibly weak. 4 AM and 4 PM) Citrus Bergamot: 1200mg / 2 Caps (Standard dose. Split 1 AM and 1 PM) Alpha Lipoic Acid: 600mg / 2 Caps (Standard dose for nerve health and foot circulation. Split 1 AM and 1 PM) EGCg Green Tea Extract: 400mg / 1 Cap (AM ONLY) Natural Caffeine: 200mg / 1 Cap (AM ONLY) Morning Hydration / Protein: Key Nutrients Electrolytes + a pinch of salt in my morning water. Animal Whey Protein and 2 Tbsp Hemp Protein + Fiber mixed with milk or water at meals. Incoming and Cycling: I am swapping those weak Nitric Oxide pills for Nutricost Pure L Citrulline Powder targeting 6g daily on my next payday for better foot circulation. Waiting on Magnesium Glycinate in the mail right now. I take Potassium every other day, and a Calcium D3 K2 blend 1 to 2 times a week on my off days. My Questions for the Sub: I took this full stack today and my energy was insane. I completely smashed my PRs and literally doubled my workout volume. But because of my health anxiety, I want to be smart. 1. Are there any dangerous interactions here like the caffeine competing with the nitric oxide boosters? 2. Am I overdoing it on anything, or are there any redundancies I should cut out? 3. Is this an efficient, logical setup for my specific size, physical job, and heart health goals? Thanks in advance for the advice.

okay

It mixed decently , taste was a bit artificial for me , but overall a decent product.

Good one 👍

I’m looking for supplement recommendations that are actually great but *not* the usual mainstream stuff everyone already talks about. Not talking about the standard: * creatine * whey * magnesium glycinate * omega 3 * vitamin D * caffeine * ashwagandha I mean the more “hidden gem” supplements that made a noticeable difference for you personally in things like: * energy * focus * sleep * recovery * mood * stress * training performance * libido * overall wellbeing Especially interested in supplements that: * have surprisingly solid science behind them * are underrated/not heavily marketed * people only discover after being deep into supplements for years Would also love to hear: * what effect you noticed * how long it took * dosage * any side effects or things to watch out for Basically: what’s your “why is nobody talking about this?” supplement?

Taste is good and mimes well in water or milk. Suitable for beginners and easy to digest. Protein content is nice for daily workout and recovery. Value for money product. Using with exercise and proper diet gives good results.

Magnesium L-threonate (Magtein) is often marketed like it’s a special “brain magnesium,” but the actual biology is much simpler. It is just magnesium bound to a compound called threonate (Threonic Acid). In digestion, this salt breaks apart into magnesium ions (Mg²⁺) and a metabolite called threonic acid. Once absorbed: **Magnesium (Mg²⁺)** is the only active form your body actually uses It goes into the bloodstream and is regulated the same way all other forms of magnesium are. (A bunch doesn’t go straight to the brain, there are still rate limiting factors) Your brain, muscles, nerves, etc. all use the same magnesium ion as if you ingested it from leafy greens **What about threonic acid?** Threonic acid is basically just a breakdown product of vitamin C metabolism. After absorption it: gets processed like any other small organic acid. It has no known special role in boosting cognition or directing magnesium to the brain does not act as a “carrier” or brain-targeting mechanism So in simple terms: threonic acid does not do anything unique in the body related to brain effects or magnesium delivery. (Not discounting its bioavailability and transport into the body, but nothing tells me it’s more bioavailable than other forms i.e. bisglycinate. If I had to guess it’s 20%-50% absorption rate **So why do people think it’s “brain targeted”?** Because early animal studies suggested slightly different magnesium distribution in the brain with this form, and that got turned into marketing language like: “crosses the blood-brain barrier” “brain magnesium support” “memory enhancement” But in humans: magnesium still becomes Mg²⁺ in circulation like all other forms the body tightly regulates magnesium levels there is no strong evidence that this form produces meaningful superior brain effects compared to other well-absorbed forms **Major eye opener** A major criticism of magnesium L-threonate (Magtein) research is that much of the early evidence is limited in scale, with several studies being small, short-term, or preclinical, and some **linked to researchers or organizations associated with the patent and commercialization of the compound**. While these studies are peer-reviewed, the overlap between commercial interest and research funding raises questions about potential bias and how results are interpreted or emphasized. Independent replication in large, long-term human trials is still limited, which makes it difficult to confidently separate meaningful cognitive effects from modest physiological changes or placebo influence. As a result, many of the stronger claims about “brain-targeted” benefits appear to outpace the strength and independence of the current evidence base. **What about “bioavailability”?** It *may* have decent absorption, but here’s the key point most people miss: Even if magnesium L-threonate is absorbed well, that does NOT automatically mean it works better. Because other forms like: magnesium glycinate magnesium citrate already have good absorption and reliably raise magnesium levels in the body. So even if Magtein is “bioavailable,” it’s not clearly superior in a way that matters in real life. **Simple takeaway** Magnesium L-threonate does not deliver a special brain-active compound. It delivers magnesium like every other form. The threonate part becomes a normal metabolite (threonic acid) with no special effect, and the magnesium ends up functioning the same as any other magnesium ion in the body. **Bottom line: it may absorb fine, but there’s no strong reason it performs better than cheaper, well-absorbed magnesium forms for most people.** **TLDR -** Magnesium L-Threonate is no different than all other forms of supplemental magnesium in terms of delivery and mostly bioavailability. [Source in comments](https://www.reddit.com/r/NooTopics/s/QHlrDqifnO) **TDIL -** Studies can be bias and corrupt when funded by patent holders/investors. Edit: if ts was to actually cross the BBB in a meaningful way, pharmaceutical companies would capitalize on it and it would also become very dangerous.

The taste is good as compared to avatar isorish kulfi, this product feels much lighter for my gut as compared to avatar, also the avatar felt to much sweeter then this one, which doesn't fit for my taste bud, only thing that I didn't like about this product was mixablity, there where some lumps on my shake even tho I used mixer to mix the shake, but overall it's the best as it has better absorption on my gut, and I didn't felt any bloating issues after consuming 3 scoops. Best in segment.

Best whey protein, esay to digest, taste is awesome, it helps for muscle recovery after gym. Tip- mix 1 scoop with cold water 250-300ml

The catalyst for this post is I’ve repeatedly seen comments claiming that creatine definitely cannot be involved in someone’s sleep problems and that it’s all in their head. So, I’ve decided to collect those thoughts here for a more general discussion. To be clear: I am completely open to the idea that this could be a **nocebo effect** and just a story in the head. In fact, when I previously explored possible mechanisms for "creatine insomnia," the nocebo effect was one of the first things I mentioned. However, I find it problematic to flatly dismiss the lived experiences of a minority. Because if a real mechanism does exist, those affected might not even consider that creatine could be the cause. In fact, following my post, one user actually stopped taking creatine and their sleep improved, this person hadn't even considered it because everyone says it can't be the creatine. And yes, that is anecdotal evidence and proves nothing, but it shows that such absolute statements can potentially harm people. Sleep deprivation is a major health risk, so I would be very careful with such definitive claims The statement **"Creatine might cause sleep issues in a sensitive subset of people"** is currently not backed by hard clinical evidence but neither is the definitive claim that **"Creatine CANNOT cause sleep issues in a subset of people or under certain circumstances."** Absence of evidence is not evidence of absence. We see paradoxical reactions with other supplements, for example, glycine helps most people sleep, but some report it actually has an excitatory effect on them. As a species, we need to admit that our physiology is incredibly complex and highly individual. Why should it be impossible for 2% of users to experience sleep disruption? Or for a specific subset to react poorly under certain environmental conditions (like a lack of physical activity, coffein intake, electrolyte problems etc.)? I find it difficult to strip people of their experiences without at least considering the possibility. I would love to see hard evidence and dedicated studies on potentially vulnerable individuals and I am entirely open to the result being that there is no connection at all. But we need the research first. So some time ago, I started thinking about potential pathways through which creatine might act and cause issues. These were, for example, the mechanisms I had in mind and yes, HYPOTHETICAL mechanisms, not ones with hard scientific evidence, but at least with signals and partially evidence-based pathways. It remains speculative, call it 'bro-science' if you want, but hypotheses can be tested, and it is not uncommon for such observations to be turned into hard evidence later on so here in short as food for thought: * **Adenosine / sleep pressure:** In a [rat study](https://pubmed.ncbi.nlm.nih.gov/28397310/), creatine supplementation reduced sleep need and attenuated the sleep-deprivation–related rise in extracellular adenosine suggesting an effect on sleep homeostasis ([ Adenosin](https://pubmed.ncbi.nlm.nih.gov/9157887/) important for sleep pressure). In a [mouse study](https://pubmed.ncbi.nlm.nih.gov/25702084/), creatine’s antidepressant-like effect was blocked by caffeine and by selective adenosine antagonists suggesting adenosine receptor signaling. Animal data ≠ human proof, but it’s a plausible pathway worth testing. We know that phosphocreatine (PCr) in humans can donate a phosphate to ADP, regenerating ATP (PCr + ADP → Cr + ATP). Because adenosine is produced downstream of ATP breakdown (**ATP → ADP → AMP → adenosine**), PCr buffering could reduce the buildup of ADP/AMP, and thereby reduce or delay adenosine accumulation (in the brain) leading to a reduced sleep pressure. * **Mania/hypomania vulnerability:** In a small [placebo-controlled trial](https://pubmed.ncbi.nlm.nih.gov/29177955/) in bipolar depression, two participants receiving creatine switched into hypomania/mania early and were withdrawn. That doesn’t prove causality could be just coincidence, but it’s a signal that “brain energetics” interventions might matter in vulnerable people and sleep disruption can be part of that picture. While speculative, there are signals that individuals with bipolar disorder have distinct differences in brain energetics. Creatine could theoretically enhance these energy levels, and since a reduced need for sleep is a hallmark sign of hypomania, it’s a potential link that shouldn't be ignored when discussing sensitive subsets. * **Methylation (most speculative):** Creatine synthesis is a large consumer of methyl groups from SAM, one [review](https://pubmed.ncbi.nlm.nih.gov/21387089/) estimates \~40% of labile methyl groups go toward creatine biosynthesis. Supplementing can reduce endogenous synthesis, potentially shifting that balance. Whether that meaningfully affects sleep (and in whom) is unclear this is hypothesis territory, not a conclusion. * **Osmotic Effect:** creatine is '[osmotically active](https://pmc.ncbi.nlm.nih.gov/articles/PMC7871530/)' and can increase total body water, consistent with water retention. In the gut, unabsorbed creatine can have an osmotic effect, which may contribute to bloating, cramping, or looser stools a side effect many users commonly [report](https://pubmed.ncbi.nlm.nih.gov/18373286/). It could disrupt sleep simply through discomfort. It is also conceivable that creatine could be metabolized by an unfavorable microbiome, potentially leading to further GI irritation, no data here. This [study](https://pmc.ncbi.nlm.nih.gov/articles/PMC5874844/) highlights that the gut microbiome could be an overlooked factor in absorption. It also distinguishes between undissolved forms of creatine, such as capsules, and those that are pre-dissolved in water. It’s very likely that ensuring creatine is completely dissolved before ingestion could significantly increase tolerability. In a [study ](https://pmc.ncbi.nlm.nih.gov/articles/PMC1421496/)with healthy individuals, creatine didn't seem to disrupt sodium or potassium levels. Participants didn't experience muscle cramps and handled the heat perfectly fine, even while working out at 33°C in a dehydrated state. However, it’s still hypothetically possible that some individuals, under certain conditions heavy sweating, inadequate or unbalanced electrolyte intake, or inconsistent hydration could experience a relative dehydration that might secondarily affect electrolyte balance. This could be amplified if creatine triggers GI side effects like diarrhea, which can increase fluid and electrolyte loss. In that scenario, symptoms like muscle cramps/restlessness could occur and sleep could suffer. Several users here have also commented that creatine significantly increases their urge to urinate. Nocturia (nighttime urination) in particular can be a major sleep disruptor. Much of this is based on "biological plausibility" rather than clinical proof. It is very possible that these effects are too small to be felt by most people, or that the nocebo effect fueled by online reports is the dominant factor. Also I'm not saying that THESE are definitely the pathways, only that they could be there could just as easily be other reasons as well. This is just meant as food for thought. However, the lack of dedicated studies on "non-responders" or "negative-responders" is a significant gap in the literature. Until we look specifically at the people reporting these issues, we are just guessing. **What do you think?** Should we take these anecdotal reports as a signal for future research, or is the current lack of clinical evidence enough for you to rule out the possibility entirely? BTW I am aware of the studies ([example](https://pubmed.ncbi.nlm.nih.gov/16416332/)) showing that it improves cognitive performance during sleep deprivation and that a [recent study](https://pubmed.ncbi.nlm.nih.gov/41470776/) even showed an improvement in sleep quality while not changing objective sleep parameters. And Data suggest It also works very well for unipolar depression, but as I said, just because 95% benefit from it doesn't mean that there aren't a few people who experience paradoxical reactions So creatine is great stuff but really for everyone? **Disclaimer:** And before anyone here writes "Thanks ChatGPT," unfortunately, ChatGPT isn't capable of formulating a nuanced hypothesis like this in my opinion. Either it says it's impossible or it practically tries to talk the user into it. I did use it for formatting though, so it might come across as a bit AI-esque. And yes, I could have just used DeepL for translation ( because i write my texts in german) , but I like that the text is already being structured and I don't have to correct every single spelling mistake before translating, since LLMs are quite good at guessing which word I meant, which speeds up the whole process significantly for me. In addition, I simply have a sincere interest in the topic and I enjoy helping people and if it only helps a single person, like with my previous posts, even if it’s just placebo, I would already be happy. I also wouldn't know why I should just write senseless AI posts; I have neither an agenda nor a financial interest in harming the creatine industry, but simply want to start a results-oriented, objective discourse. **EDIT:** Based on the comments here, several distinct patterns seem to emerge. First, there are those dealing with **nocturia**, where waking up at night to urinate is likely caused by the **osmotic effect** of creatine and subsequent fluid shifts. Another group seems to be affected by a **GI and/or electrolyte component**, where the specific dosage form like capsules versus powder could make a significant difference. In these cases, undissolved or other forms of creatine might irritate the digestive tract or cause imbalances through fluid shifts and side effects like diarrhea. If you’re experiencing cramps or GI issues, it’s worth testing whether **fully dissolving your creatine in water** beforehand and being more mindful of your electrolyte intake resolves the symptoms. Finally, there is an "overenergized" group users who experience a mood boost but find themselves overstimulated. This could potentially be explained by **buffered adenosine** and an increase in **methyl groups**, which may lead to higher monoamine (norepinephrine, epinephrine) levels that overstimulate sensitive individuals ( for example people with SLOW-COMT). While these mechanisms remain speculative, they provide a plausible framework for people to troubleshoot their side effects and potentially find a way to make the supplement work for them.

I’ve been reading a lot about supplements lately, and I see how different the experience can be for each person. Something that works great for one person might not do anything—or could even cause side effects—for someone else. I’m interested in real, personal experiences rather than hype. Has there been any supplement that truly improved something measurable for you, like energy levels, sleep quality, focus, recovery, or digestion? On the other hand, was there anything that didn’t work at all, even with good reviews or strong marketing? It would also help to know the context, such as dosage, how long you took it, and what your goal was (general health, gym performance, stress, etc.). I'm not looking for medical advice—just experiences that could help others think critically before trying something new. I look forward to hearing different perspectives from the community.

I’m getting tired of taking so many things, looking for help to slim down my stack. I eat a clean diet with little to no sugar, and workout several days per week.

I see this brand recommended but I don't get why. Their products are really overpriced to the point of being a ripoff and the nutritional performance is average from what I've seen. For example, their magnesium glycinate pills on amazon - the largest quantity is 360 pills a bottle, each pill 120mg. Fairly standard strength but more on that below. The price for that is 83.60. I recently bought Doctor's Best magnesium glycinate, considered an excellent brand, 240 pills, each pill 100mg. So slightly lower strength than PE but pretty much the same. However I only paid 13.64 for it. I could buy 6x DB bottles for the same price as PE. That's 1440 pills. Why would I ever buy the PE brand? A YT channel that tests and reviews vitamin brands has rated PE an average/below average score for their daily multivitamins and a fail for their magnesium glycinate for providing about 10% less mg than the stated amount on their bottle [https://www.youtube.com/watch?v=u53MAdoL1Hg](https://www.youtube.com/watch?v=u53MAdoL1Hg) [https://www.youtube.com/watch?v=YaQ6bpDqhuw](https://www.youtube.com/watch?v=YaQ6bpDqhuw) This brand shouldn't be recommended since they heavily overcharge while being mediocre at best at performance. I have't looked through ALL their products so maybe they have something that's considered high quality. I've only looked at their magnesium glycinate and ashwagandha (which is also questionable).