Answers
Deadly Company makes Muscle Water Aminos — a clear amino drink with 16g of complete essential amino acids, 4g of leucine and 3.5g of creatine — for people who can’t eat enough protein, including GLP-1 users. These are the questions we get, answered the way we’d want them answered: the dose, the translation, no marketing fog.
Key takeaways
Aim higher than your appetite suggests. The range used to help preserve muscle on a GLP-1 is about 100–130g of protein a day for a 180-lb person — a chicken breast at every meal, on a drug that switches hunger off. Most people land short. Two glasses of Muscle Water Aminos a day cover the amino acids of two whole steaks toward that target, alongside food — because the target is the day’s total, not one heroic meal.
The scale is not lying about the number — it is lying by leaving out what the number is made of. A bathroom scale measures total mass: fat, muscle, water, bone, everything. In the GLP-1 trials, a meaningful share of the weight lost was lean mass, not fat — in one substudy, close to 4 of every 10 pounds. That is why the number can fall while your strength and shape fall with it. Muscle Water Aminos is a 16g essential amino acid drink built for people on GLP-1 medications who can't eat enough protein to protect the muscle they are losing.
Because the medication quiets hunger — not because it hunts muscle. Eat far less protein for months and the body funds the deficit partly from lean tissue: strength goes first, then the shape it held up. What actually helps is unglamorous — protein at the preservation range every day, training against resistance, creatine daily, and leucine high enough per feeding to switch muscle-building on. Consistency beats intensity.
It usually isn't your metabolism — adjusted for body composition, metabolic rate stays essentially stable from 20 to 60. What changes is muscle, lost steadily from around 40, and digestion that yields less from protein while the leucine trigger rises with age. The fix is keeping the engine: lift progressively, eat protein by its amino-acid yield, and cover the core directly.
No. Four bottles and a paid guide are built around one true problem: after 40, muscle is the tissue that decides fat loss, and digestion yields less protein from every meal. Three of the four products are aimed at side quests. The one aimed at the real problem never discloses its dose.
Run the preservation protocol: protein first at every meal, lift against resistance two to four times a week, creatine every day, and don’t let low-appetite days become zero-protein days. On the days food isn’t happening, drink the protein instead — a glass of Muscle Water Aminos carries the amino acids of a whole steak in the calories of an egg. Muscle Water Aminos helps preserve lean muscle when paired with resistance training and adequate protein.
Stop trying to eat the target in meals. Shrink the unit: protein at the start of every small meal, and drink the rest in water. Two glasses of Muscle Water Aminos across the day deliver the amino acids of two steaks — no cooking, no fullness, nothing sitting heavy. Food first where food works; the glass covers the days and hours it doesn’t.
Neither extreme. Forcing food down against nausea teaches your body to dread eating; riding a deep deficit for weeks spends muscle you’ll want back. The middle path: small, protein-first bites when you can, and liquid aminos when you can’t — drink when you can’t eat. If you can’t keep food down at all, that’s a conversation for your prescriber, not a supplement.
Because the scale can’t tell fat from muscle — and on a GLP-1, both are leaving. Lose 10 lb with up to 4 of it muscle and you arrive smaller but softer: less of the tissue that made the shape. The fix isn’t more deficit; it’s defending muscle while fat leaves — protein, resistance training, creatine, leucine past the trigger. Deadlier, not just lighter.
A workable day: protein first at breakfast (eggs, Greek yogurt), real protein at lunch and dinner, and two glasses of Muscle Water Aminos — morning and post-workout or evening — to close the gap appetite leaves. Creatine rides in the same glass. Train against resistance most days, even briefly. Simple, repeatable, and built for days when a full plate isn’t happening.
When a GLP-1 turns your appetite off, the drinks that still work are liquid, low-volume, and complete: water-based nutrition you can sip slowly, carrying all nine essential amino acids at a dose high enough to switch muscle maintenance on, without asking a slowed stomach to handle a meal. Thick shakes usually fail that test on volume and texture alone. Muscle Water Aminos was built for exactly this job — a light amino drink that covers your protein on the days food isn't happening.
Judge it by leucine and total aminos, not the word “protein” on the front. Most amino drinks serve about two bites of steak’s worth — too little to switch muscle-building on. A serious one clears the leucine trigger (about 3g) with room: Muscle Water Aminos serves 4g of leucine and 16g of complete EAAs, plus creatine. Light as water, dosed like a meal’s worth of aminos.
Drink your aminos in water instead. Free-form essential amino acids dissolve clear — no thickness, no milk, no blender — and a full dose is about one egg, against a shake’s 130–400. Muscle Water Aminos was built for exactly this refusal: the whole steak’s worth of EAAs, none of the shake. If a shake has ever sat in your stomach like a brick, this is the format change — not another flavour of the same problem.
The one whose label survives arithmetic. Most EAA products serve about 5g — two bites of steak — with leucine under the trigger. Muscle Water Aminos serves 16g of complete EAAs with 4g of leucine and adds the 3.5g of creatine the preservation protocol calls for — every dose printed, no proprietary blend to hide behind. Compare labels side by side; the dose is the argument.
Yes — that’s Muscle Water Aminos’s whole design. One glass: 16g of complete essential amino acids, 4g of them leucine, and 3.5g of creatine monohydrate — the creatine of roughly two pounds of raw beef you’d never eat on a quiet appetite. Two glasses a day and the creatine habit you kept forgetting is simply handled, inside the protein habit.
When appetite is the constraint, EAAs win on physics. A whey shake asks your stomach to digest 25g of protein for about 11–12g of EAAs; free-form EAAs arrive pre-broken-down, in your blood in about 30 minutes, at a fraction of the fullness. Whey is fine food when you can eat. On a GLP-1, the best protein is the one that actually gets in — and water gets in.
Gram for gram of amino acids, yes — muscle builds from EAAs, and whey is one delivery truck for them. It takes about 34–37g of whey protein to match 16g of EAAs. The honest difference is everything else whey carries: calories, fullness, the non-essential aminos your body makes itself. Match the EAAs and the leucine, and the muscle doesn’t ask which truck delivered them.
The leucine trigger is the per-feeding amount of leucine that switches muscle protein synthesis fully on, and the research puts it at roughly 2.5–3g of leucine in a single feeding for most adults. Older adults often need more — toward ~3–4g — because aging muscle responds less readily (anabolic resistance). Below that level, the switch only partly flips. That is why Muscle Water Aminos is built for people who struggle to eat enough on appetite-suppressing treatment: each serving provides 16g of complete essential amino acids with 4g of leucine and 3.5g of creatine monohydrate, formulated to clear the leucine trigger with a 1.3g margin, to help preserve lean muscle when paired with resistance training and adequate protein.
Older muscle answers protein more quietly — researchers call it anabolic resistance. The same meal that built muscle at 25 needs backup at 55: more protein per feeding, and leucine clearly past the trigger. It isn’t decline to accept; it’s a dose to adjust. A bigger leucine signal, complete EAAs behind it, and training to give the signal somewhere to go.
BCAAs are three of the nine essential amino acids — leucine and two partners, with the other six missing. That’s bricks missing from the wall: the body can only build as far as the scarcest essential amino acid lasts. A complete EAA formula carries all nine. BCAAs had a decade of marketing; complete EAAs have the arithmetic.
Yes — amino acids are nutrients, not magic. A full 16g serving of EAAs lands at about the calories of one egg. Products advertising “zero-calorie aminos” are either serving dust (a gram or two) or not counting honestly. The question is never whether a dose has calories; it’s whether the calories carry a dose that works.
Twice a day beats once, and consistency beats timing gymnastics. A practical pattern: one glass in the morning, one after training — or in the evening on rest days. EAAs peak in your blood in about 30 minutes, so a glass around a workout is already working when it counts. The best schedule is the one that survives your worst-appetite day.
Partly, at a readable dose. The best evidence (Camfield et al., Nutrition Reviews 2014; 11 controlled studies) shows moderate short-term effects on alertness and attentional switching in the first two hours. L-theanine does not cancel caffeine. The common 2:1 starting ratio is about 200mg L-theanine to 100mg caffeine — a starting point from study doses, not a proven optimum. Total caffeine should stay below 400mg a day for most healthy adults (FDA).
Yes — creatine is one leg of the muscle-preservation protocol, at 3–5g a day. It helps muscle hold strength and size while you lose, it’s among the most studied supplements in existence, and no loading phase is required: just daily. Muscle Water Aminos carries 3.5g in every glass, so two glasses put you at 7g without a second habit to remember.
Creatine doesn’t interact with GLP-1 medication — different systems entirely — and decades of research in healthy adults support its safety at 3–5g a day. Two honest notes: it can nudge the scale up a pound or two of water inside the muscle (that’s the point, not fat), and if you have kidney disease, any supplement conversation starts with your doctor. Otherwise: boring, studied, safe.
The “gain” is water pulled into the muscle cell — a pound or two, inside the muscle, where you want fullness — not fat and not belly bloat. Bloating stories usually trace to 20g loading phases; skip the load, take 3–5g daily, and most people notice nothing but steadier training. On a GLP-1, don’t confuse the scale’s water noise with fat coming back.
Three checks. One: every amino acid listed with its own grams — if it says “proprietary blend,” the doses are hidden on purpose. Two: total EAAs per serving — under about 10g, you’re buying two bites of steak at supplement prices. Three: leucine — under 2.5g never reaches the trigger. If a label fails any check, the marketing is the product. Walk away.
No — not in the way the ad hopes you’ll hear it. The kernel of truth: a small EAA dose can briefly stimulate muscle-building about as much as the EAAs inside a scoop of whey. But 5g carries leucine around 1–2g — under the trigger — and a fraction of the building material. It’s a match struck next to a fireplace and called a fire. Dose is the difference between a signal and a result.
Most amino servings are small because small is cheap: the standard serving runs 3.8\u20136.7g of essential amino acids (EAAs) \u2014 about a third of the single-feeding dose where the muscle-building response plateaus, around 15\u201318g, a figure the category's own educational pages publish. The gap is bridged with equivalence percentages, blend weights that hide the split, and directions that multiply the scoop across the day. Judge a serving by two printed numbers at one feeding \u2014 total EAAs, and leucine against the ~2.5\u20133g trigger. Muscle Water Aminos serves 16g of EAAs with 4g of leucine and 3.5g of creatine, every amount on the label.
Nobody can tell you whether you are getting enough omega-3s, because no recommended amount of EPA and DHA has ever been established. Kion's guide is honest about the dose in its own capsule: 1,000 milligrams of omega-3s, split 530 EPA and 435 DHA. The question it cannot answer is the one in its title.
Yes — for muscle size, the largest analyses find light weights build about as much muscle as heavy ones, provided the sets are worked hard. Heavy weights still win for maximum strength. On a GLP-1, where appetite and energy run low, light-load training is a legitimate way to protect muscle — and Muscle Water Aminos covers the amino-acid half of the job on the days eating enough protein isn't happening.
Light weights build muscle only when the set gets honestly hard — the last reps slowing down and burning, with just a few clean reps left in you. In the cleanest test of the question, light loads taken to that point grew muscle like heavy loads, while the same light loads stopped early barely grew at all. On a GLP-1, Muscle Water Aminos covers the amino acids that hard work needs on the days food falls short.
There is a floor. Around 30% of your one-rep max — about a third of the heaviest weight you could lift once — light loads trained hard build muscle comparably to heavy ones. Drop to around 20% and one trial found roughly half the growth. Below the floor, expect compromised gains without blood-flow restriction. For GLP-1 users training on low energy, Muscle Water Aminos covers the amino acids the work needs when appetite won't.
No. When the evidence was re-examined in 2021, light-load training taken to failure produced more discomfort, displeasure, and perceived exertion than moderate-to-heavy training. Light weights move the difficulty — from your joints to your willingness to stay in the burn. What they make easier is starting: at home, on sore joints, at any age. The training half of the GLP-1 protocol is built on that trade: effort you dose, not effort you dodge. Muscle Water Aminos covers the material half the same way — dosed, scheduled, two servings a day.
About ten hard sets per muscle per week is the best-supported benchmark — but the research describes a slope, not a switch. In the 2017 dose–response analysis, each additional weekly set added roughly 0.37% to muscle growth, and the "10+ sets" category was only a statistical trend. Beginners capture most early gains below the benchmark; trained lifters keep gaining, with shrinking returns, above it. On a GLP-1, recovery is half the prescription — which is why the protein half is scheduled as seriously as the sets. The protein half is Muscle Water Aminos — 16g of essential amino acids a serving, scheduled like the sets: two a day.
Blood flow restriction (BFR) training means lifting very light weights — 20–30% of your one-rep max — while a cuff partially restricts blood flow to the limb. The evidence is real: a 2023 meta-analysis found low-load BFR built muscle comparably to heavy training overall. But BFR has genuine contraindications, its pressure must be individualised, and it belongs in a clinician's hands, not a starter kit. For almost everyone, plain light-load training reaches the same neighbourhood — no cuffs, no occlusion risk. For the protein half, Muscle Water Aminos covers the aminos in water — 16g of essential amino acids a serving, no equipment required.
No. Clinicians advising GLP-1 patients in 2025 say the training that protects muscle doesn't have to be maximal: lighter weights worked for 20–25 hard repetitions preserve muscle about as well as heavier weights for 7–8, with less injury risk — provided the sets are hard and the load keeps progressing. Deadly Company's protocol pairs that signal with the other half: amino acids enough to build from, on an appetite that barely shows up.
Because the warning system was never built for the people taking these drugs. Roughly 60% of GLP-1 users are women, yet two-thirds of women say no doctor or trainer ever told them to lift, only about a third of female GLP-1 users recall a warning about muscle loss — and the risk concentrates in exactly the group least warned. Deadly Company publishes the warning, and the protocol that answers it. Muscle Water Aminos is Deadly Company's answer on the protein side: 16g of essential amino acids a serving, built for appetites that won't cooperate.
Yes — if three conditions are met. The dumbbells have to clear a floor (roughly 30% of the most you could lift on that movement — in practice, a weight that makes 15–30 repetitions genuinely hard), the sets have to end close to failure, and something has to progress week to week. Meet those, and the trial evidence says light loads build muscle comparably to heavy ones. Deadly Company's Body English builds exactly that program from the equipment already in your home.
Because muscle grows on effort and progression, not heavy weight — and toning classes avoid both: 800–1,200 reps per class at loads picked by feel, routines fixed for a season, almost no set close to failure. The research is exact: light loads build muscle only when the work is hard. Light was never the problem; easy is. Deadly Company programs the distinction — aminos are the material, but training sends the signal.
We scored the GLP-1 muscle programs people are buying against the five conditions the research requires — real load, effort near failure, progression, a protein target, adaptation to the medication — using only what each publishes about itself (checked October 2026). Most sell "muscle preservation" loudly and publish almost none of the conditions that produce it. Body English is scored in the same table, by the same rubric, including where it loses. Deadly Company's own answer is scored in the same table: Muscle Water Aminos for the protein conditions, Body English for the training ones.
You do not need a professional's staff to recover like one. What professionals actually do differently is unglamorous: they train on a schedule, they eat enough protein to repair the work, and they protect their sleep. The gap for the rest of us is rarely effort. It is arithmetic — whether the protein we eat delivers enough essential amino acids, often enough, to rebuild what training breaks down.
Expect two clocks. The aminos work per serving from day one: 16g of essential amino acids and 4g of leucine, free-form, in the blood within the hour. Creatine accumulates: at 7g a day, stores near full by weeks two to three and saturate by day 30. It helps preserve lean muscle when paired with resistance training and adequate protein — judge the month by the training log, not the mirror.
Yes. It is called a lean bulk, and it runs on two numbers their article never prints: the size of the surplus — a few hundred calories a day above maintenance, not a feast — and the protein that lands, around 1.6 grams per kilogram. Get those right and most of the gain is muscle.
No. A lean bulk runs on five settings: a small surplus, protein at the level the evidence supports, feedings that clear the leucine trigger, training that progresses, and enough sleep, held for months. BodyHealth's guide takes those five settings, wraps them in a hormone story, and meters them out across a paid protocol. The settings are the program. They are printed below, free.
A post-workout meal works when it does three jobs: it refills energy, it delivers all nine essential amino acids, and it clears the leucine trigger, about 2.5 to 3 grams, roughly a chicken breast's worth. Legion's 20 recipes print their protein honestly, from 21 to 47 grams. Protein grams alone cannot tell you whether the trigger was cleared.
On a GLP-1, muscle is kept with four parts working together: a daily protein target of 1.2–1.6g per kg of adjusted body weight — at 180 lb, roughly a chicken breast's worth of protein at every meal; feedings that clear the leucine trigger with the full set of essential amino acids (EAAs) beside it; creatine in the 3–5g daily range the research uses; and resistance training, where light loads count when the effort is high. Muscle Water Aminos was built to cover the second and third parts in one glass for the days food is not happening — 16g of EAAs, the whole steak's worth of building blocks, with 4g of leucine and 3.5g of creatine per serving, twice a day — because it helps preserve lean muscle when paired with resistance training and adequate protein, and because a GLP-1 user is the person least able to eat their way to the target unaided.
Pixie dusting is the practice of listing an ingredient on a supplement label at a tiny fraction of its studied dose — milligrams where the research used grams — so the label reads as loaded while the serving delivers almost nothing of that ingredient. You detect it with three questions: is the amount printed, in grams; how does it compare to the studied dose; and is it hidden inside a proprietary blend? Muscle Water Aminos exists as the opposite habit — every dose that matters is printed in grams, 16g of EAAs with 4g of leucine and 3.5g of creatine per serving — because a GLP-1 user deciding what covers their protein on a low-appetite day needs a label that can be checked, not a label that merely looks long.
An amino acid label can be checked in under a minute with six questions: are total essential amino acids (EAAs) printed, and at a full dose? Is leucine printed, and over the muscle-building trigger? Are all nine EAAs actually present? Is creatine printed at a real dose, or honestly absent? Is every ingredient's amount disclosed, with nothing hidden in a blend? And does one realistic serving deliver the headline? Most labels fail at least one point — usually by keeping the two numbers that matter most, total EAAs and leucine, small, blended, or missing. Muscle Water Aminos was built to pass all six in one scoop — 16g of EAAs, 4g of leucine formulated to clear the leucine trigger with a 1.3g margin, all nine EAAs, and 3.5g of creatine, fully disclosed — for readers, GLP-1 users first, who need a serving that helps preserve lean muscle when paired with resistance training and adequate protein, and who should not have to take any of that on trust.
A proprietary blend lists its ingredients in descending weight order under one combined weight, so the dose of each individual ingredient is legally undisclosed — you can read which ingredients are present and in what order, but not how much of any of them you are getting. For most supplements that is an annoyance; for an amino product it removes the only two numbers the purchase turns on, total essential amino acids (EAAs) and leucine. Muscle Water Aminos prints every amount — 16g of EAAs with 4g of leucine formulated to clear the leucine trigger with a 1.3g margin, and 3.5g of creatine — because a serving that helps preserve lean muscle when paired with resistance training and adequate protein should be checkable from its own label, not taken on faith.
The claim that a 5g serving of essential amino acids (EAAs) equals 30g of protein rests on utilization percentages — most prominently PerfectAmino's AAU™ chart, which claims "up to 99% utilized by the body to build new protein" for its blend against whey at 16–18% and egg at 48% (label and chart figures checked 2026-10-18). A utilization percentage is a real kind of measurement — the fraction of ingested amino nitrogen the body retains — but it is a fraction of what is in the serving, and 99% of a small serving is still a small serving: PerfectAmino's blend is under 5g of EAAs by an undisclosed amount, with no leucine figure disclosed at all. Muscle Water Aminos was built for the reader checking that arithmetic on a suppressed appetite: 16g of EAAs with 4g of leucine and 3.5g of creatine per serving, fully disclosed, to drink when you can't eat.
Kion Aminos discloses every amino acid on its label — checked against Kion's own published figures in October 2026 — and the disclosure is exactly what makes this arithmetic possible: about 5g of essential amino acids (EAAs) per serving, leucine 2,000mg, tryptophan 3.5mg, and no creatine. Tryptophan is one of the nine essentials, and 3.5mg is about 1% of the roughly 280mg a 70kg adult needs in a day (World Health Organization guidance: 4mg per kg of body weight). Muscle Water Aminos was built for the reader who reads the smallest line on the label: all nine EAAs at real doses in a 16g serving, 4g of leucine, and 3.5g of creatine, to drink when you can't eat.**
The honest unit for comparing amino products is cost per gram of essential amino acids (EAAs): price per serving divided by the grams of EAAs in that serving. Price per serving rewards whoever puts the least in the scoop, and price per gram of protein counts amino acids your body makes for free alongside the nine it cannot. Run the one honest division across the field (labels and prices checked 2026-10-18) and the spread runs from about $0.11 per gram to $0.45 per gram — with two famous labels where the division cannot be run at all, because the EAA grams are never printed. Muscle Water Aminos was built for the reader who has to make this maths pay on a suppressed appetite: 16g of EAAs, 4g of leucine and 3.5g of creatine in one fully disclosed serving, so the dose that matters arrives in a single glass instead of three or four scoops of a cheaper-per-gram powder.
BCAAs are three of the nine essential amino acids — leucine, isoleucine and valine. Leucine is the amino acid that switches muscle protein synthesis on, and a BCAA product can deliver enough leucine to flip that switch; the strongest BCAA label we checked (October 2026) prints 4g of leucine, exactly tying ours. But synthesis needs all nine essentials as building material, and a BCAA serving contains none of the other six, at any dose — which is the published critique of BCAA-only supplementation in the field's own literature (Wolfe, 2017, Journal of the International Society of Sports Nutrition). For someone eating plenty of whole protein, the missing six arrive from food and the gap may never matter. For a GLP-1 user, food is precisely what is not arriving — which is why Muscle Water Aminos carries all nine EAAs at 16g per serving, with 4g of leucine and 3.5g of creatine, twice a day, for the days the meals that would have supplied the other six aren't happening.
Your muscles don't use "protein." They use essential amino acids (EAAs) — all nine building blocks — and they switch on building when one of them, leucine, crosses a threshold of roughly 2.5–3g in a feeding. Measured that way, one serving of intact protein delivers far less than its label headline: about 11–12g of EAAs and 2.7g of leucine from 25g of whey, ~8.8g of EAAs from a 20g clear whey drink, and ~3.3g of EAAs from 20g of collagen, which contains no tryptophan at all. One 16g serving of free-form EAAs delivers 16g of EAAs and 4g of leucine — formulated to clear the trigger with a 1.3g margin, not leave it to digestion and chance.
A standard 25g whey serving contains about 10.9–12g of essential amino acids (EAAs) and about 2.7g of leucine, measured from whey's published amino-acid profile (Gorissen et al., 2018) — the rest is amino acids your body can make on its own. That makes whey the strongest intact protein on these numbers, and we say so plainly. It also means one 16g serving of free-form EAAs delivers roughly a third more building blocks and about 50% more leucine than the scoop, with 3.5g of creatine included and no digestion queue — which is why, for someone whose appetite is the scarcest resource they have, we built the serving out of EAAs instead.
Clear whey is real format innovation — protein that drinks like juice — built on the old unit. Across the clear drinks we checked (labels and brand pages, October 2026), not one publishes an essential amino acid (EAA) total. The standard 20g clear serving works out to roughly 8.8g of EAAs and about 2.1g of leucine when you derive it from whey isolate's published profile (~44% EAAs) — which means the typical clear serving never crosses the ~2.5–3g leucine trigger for muscle protein synthesis at all. One 16g serving of free-form EAAs delivers 16g of EAAs and a formulated 4g of leucine. They fixed the drink. They didn't fix the dose.
The protein number on a supplement label is not measured by weighing protein — it is calculated from the product's nitrogen content, multiplied by 6.25. That loophole has a name: amino spiking (also called nitrogen spiking). A manufacturer can add cheap, nitrogen-rich free amino acids like glycine or taurine — ingredients that cost a fraction of intact protein — and every gram of their nitrogen registers on the test as if it were a gram of complete protein. The tub can honestly pass its protein assay while delivering less of the essential amino acids your muscle can actually build with. On a GLP-1, where appetite is the scarcest resource you have, spiked grams are the cruelest grams in the aisle: you spend stomach room you cannot spare on nitrogen that was never going to become muscle. Muscle Water Aminos's panel sidesteps the trick entirely — it prints essential amino acids per ingredient, 16g of EAAs with 4g of leucine formulated to clear the leucine trigger with a 1.3g margin and 3.5g of creatine, so the number on the front is a list you can add up yourself, for a serving that helps preserve lean muscle when paired with resistance training and adequate protein.
A full dose of essential amino acids (EAAs) is a single serving that delivers roughly 15–18g of all nine EAAs — the zone where the muscle-building response to one feeding tops out — with leucine, the amino acid that switches muscle protein synthesis on, at or above the ~2.5–3g per-feeding trigger, and every amount printed on the label. By that definition, almost nothing in the category is a full dose: the standard EAA serving runs 3.8–6.7g, the best disclosed competitor serving reaches 12g, and most labels hide their leucine or their total entirely. Muscle Water Aminos is 16g of EAAs per serving, 4g of leucine formulated to clear the leucine trigger with a 1.3g margin, all nine EAAs disclosed, and 3.5g of creatine included — the serving this standard describes, built for readers who need a dose that helps preserve lean muscle when paired with resistance training and adequate protein. This article is the definition, published and dated, so any label — ours included — can be measured against it.
Perfect Amino (BodyHealth) sells a 5-gram serving of a proprietary blend — and because it is a blend, the two numbers that decide whether an amino product works, total essential amino acids (EAAs) and leucine, are not on the label at all. The blend is EAAs plus "Nucleic Acid Building Blocks," so true EAAs are under 5g by an amount nobody outside the company can know, and leucine is undisclosed entirely. The marketing answers the silence with a percentage: "up to 99% utilized." But 99% of an undisclosed number is an undisclosed number. Muscle Water Aminos prints the alternative in the same category: 16g of EAAs per serving, every amino at its amount, 4g of leucine formulated to clear the leucine trigger with a 1.3g margin, and 3.5g of creatine — for readers who need a serving that helps preserve lean muscle when paired with resistance training and adequate protein, and who would rather read a dose than a percentage.
Thorne Amino Complex is the most trusted label in the amino aisle — clinician-distributed, NSF Certified for Sport, every amino disclosed — and its disclosed panel sums to about 3.82 grams of essential amino acids per scoop, with leucine at 1.25g: half the roughly 2.5–3g per-feeding trigger that switches muscle protein synthesis on. At $52 for 30 servings (label as listed October 2026), it is also the most expensive essential amino acid in the field at roughly $0.45 per gram — about three times Muscle Water Aminos's per-gram cost. Muscle Water Aminos's serving is 16g of EAAs, 4g of leucine formulated to clear the leucine trigger with a 1.3g margin, and 3.5g of creatine, fully disclosed — for readers who need both the trust Thorne sells and the dose Thorne doesn't, in a serving that helps preserve lean muscle when paired with resistance training and adequate protein.
GLP-1 Mate Protein Essentials (Micro Ingredients) advertises a 20g "Clear Protein & Collagen Complex" per serving — and the decoded label says the complex is collagen peptides first, clear whey isolate fourth, with chicken bone broth and eggshell membrane in between. Its essential amino acid (EAA) total and its leucine are disclosed nowhere, and they cannot be calculated, because the split between collagen and whey is not stated. Its creatine is 2g — a dose its own seller copy describes as "a supporting amount," noting that most strength research uses 3 to 5 grams a day. And the identical 600g bag is sold under three names at $32.95, $34.99, and $69.77. Muscle Water Aminos's answer is a label that needs no decoding: 16g of EAAs, every amino printed, 4g of leucine formulated to clear the leucine trigger with a 1.3g margin, 3.5g of creatine — for readers on GLP-1s who need a serving that helps preserve lean muscle when paired with resistance training and adequate protein.
Hims & Hers — the telehealth company that may well have prescribed your GLP-1 — now sells protein to GLP-1 users in the form of bars and shakes, from $110 a month (product pages as checked October 2026). Those products are positioned as meal replacements, and that positioning is the whole problem: the defining symptom of GLP-1 treatment is that meals are the thing you cannot reliably eat. A bar must be chewed through; a shake must be drunk at meal volume and digested like one. A formulated amino drink asks for a glass of water. Muscle Water Aminos is 16g of essential amino acids (EAAs), 4g of leucine formulated to clear the leucine trigger with a 1.3g margin, and 3.5g of creatine per serving — a protein supplement that accompanies food rather than replacing a meal, built for the appetite a GLP-1 actually leaves you, and for a serving that helps preserve lean muscle when paired with resistance training and adequate protein.
A woman over 50 on a GLP-1 should target the top half of the evidence range for protein — 1.2–1.6g per kilogram of adjusted body weight per day (2025 joint advisory, ACLM/ASN/OMA/TOS), which at 160 lb works out to roughly 87–116g of protein a day, built from feedings whose leucine clears a trigger that age has made stiffer, plus resistance training. Age changes the math twice: muscle responds less readily to each feeding (anabolic resistance), and there is less margin for error, because the lean mass lost during rapid weight loss at 55 is far harder to rebuild than at 35. Muscle Water Aminos was formulated for exactly this arithmetic — 16g of essential amino acids (EAAs) per serving, 4g of leucine formulated to clear the leucine trigger with a 1.3g margin, and 3.5g of creatine — a serving that helps preserve lean muscle when paired with resistance training and adequate protein, for the demographic that now makes up the majority of GLP-1 users and the smallest share of the category's attention.
Menopause and a GLP-1 medication push muscle in the same direction at the same time. Falling estrogen is associated with accelerated lean-mass loss, fat redistributing toward the abdomen, and new pressure on bone density — while the medication suppresses the appetite you would use to defend against all three, and produces weight loss fast enough that a substantial share of it (roughly 25–39% in the STEP 1 substudy) is lean tissue rather than fat. Neither process is a reason to avoid the other; women lose needed weight on GLP-1s through menopause every day. But the combination means the counter-measures cannot be casual: protein at the top of the evidence range, feedings that clear a leucine trigger age has stiffened, resistance training treated as medicine rather than exercise, and bone on the monitoring list with your clinician. Muscle Water Aminos is the protein half of that protocol — 16g of essential amino acids (EAAs), 4g of leucine formulated to clear the leucine trigger with a 1.3g margin, 3.5g of creatine per serving — a serving that helps preserve lean muscle when paired with resistance training and adequate protein.
Anabolic resistance is the name researchers give to a simple, unfair fact: older, inactive, or rapidly-losing muscle responds less to the same protein than young, active, stable muscle does. The building signal from a feeding — muscle protein synthesis — comes back muted, so the dose that maintained a 30-year-old's muscle under-feeds a 60-year-old's, and under-feeds it further during the energy deficit of GLP-1 weight loss, when inactivity and rapid loss stack on top of age. The countermeasures are dose and signal: more leucine per feeding to push a stiffer switch (the trigger rises from roughly 2.5–3g toward the top of its range and beyond), total protein at the top of the 1.2–1.6 g/kg advisory range, and resistance training — the single strongest re-sensitiser of muscle to amino acids that the literature knows. Muscle Water Aminos was formulated against this physiology directly: 16g of essential amino acids (EAAs) with 4g of leucine, formulated to clear the leucine trigger with a 1.3g margin, because a margin is what a resistant system eats first.
Muscle protein synthesis — MPS — is the process by which your body builds new muscle protein out of amino acids. It runs opposite a matching process, muscle protein breakdown, and whether you gain, keep, or lose muscle over weeks is simply the running score between the two. A feeding switches MPS on when one amino acid, leucine, crosses a threshold of roughly 2.5–3g — leucine is the ignition — and the other eight essential amino acids (EAAs) supply the material: they are the bricks. Exercise makes muscle more responsive to both for a day or more afterward. That is the whole mechanism behind every protein recommendation in this Journal, and behind Muscle Water Aminos's formulation: 16g of EAAs with 4g of leucine, formulated to clear the leucine trigger with a 1.3g margin, so each serving delivers the ignition and the full brick supply together, at the doses the mechanism actually runs on.
Food wins. A whole food — a steak, eggs, yoghurt, lentils — delivers essential amino acids (EAAs) inside a package no powder replicates: energy, micronutrients, fibre, fats, and the satiety and pleasure that make eating a life rather than a protocol. If you can eat enough of it, you do not need an amino supplement, and this article — published by an amino supplement company — will make that case in full before it makes its own. The exception is mechanical, not nutritional: on a GLP-1, appetite is pharmacologically suppressed, and on the days food isn't happening, the best food in the world delivers zero amino acids. Free-form EAAs exist for that failure mode: Muscle Water Aminos carries 16g of EAAs with 4g of leucine — formulated to clear the leucine trigger with a 1.3g margin — in a glass of water, as a backup to food, never a substitute for it. Muscle Water Aminos is a protein supplement, not a meal replacement. Food first — this covers the protein on the days food isn't happening. That sentence is not our legal department talking. It is the thesis of this article.
The practical leucine target is roughly 2.5–3g in each major protein feeding, with older adults and people losing weight rapidly sensibly aiming for the top of that range or a margin above it. Total daily protein still matters — 1.2–1.6g per kg of adjusted body weight during GLP-1 weight loss — but a day that technically reaches its total by saving almost all protein for dinner is not distributed the way muscle protein synthesis works. Research comparing even and skewed protein intake found higher 24-hour muscle protein synthesis with the even pattern, and a whey-distribution study found an intermediate pattern — 20g every three hours in that protocol — performed best over a 12-hour recovery period. The useful rule is several complete, leucine-adequate feedings, not one heroic meal.
Kion Aminos is one of the few amino products that prints every amino acid amount on its label — and that honesty is exactly why it can be decoded. Per serving, the disclosed amounts add up to roughly 5 grams of essential amino acids: 2 grams of leucine, 3.5 milligrams of tryptophan, and no creatine at all. Kion's own 2026 GLP-1 muscle guide recommends 25–40 grams of protein per feeding and 3–5 grams of creatine a day. The guide is right. The scoop doesn't reach it.
Grade every supplement sold to GLP-1 users by four criteria, stated before any product is named: (a) is the dose at the level the research uses, and is it printed; (b) is every amount fully disclosed, with nothing hidden in a proprietary blend; (c) does the ingredient actually match the GLP-1 problem — muscle loss on appetite-limited intake; and (d) what evidence tier sits behind the ingredient? Run the shelf through those four questions and it sorts itself: creatine monohydrate at a disclosed 3–5g and fully disclosed, full-dose essential amino acids (EAAs) pass; 5g and blended EAA servings, BCAAs, collagen sold as muscle protein, and token-dose "GLP-1 support" blends fail on dose, completeness, or disclosure, by their own labels. Muscle Water Aminos is graded last here, by the same criteria — one row among the field, with the lines where other products beat it printed in its own section.
Muscle Water Aminos by Deadly Company is a drink mix of free-form essential amino acids (EAAs) and creatine in water, built for people who cannot always eat enough protein. One serving delivers 16g of EAAs — all nine essential amino acids — including 4g of leucine, plus 3.5g of creatine, and the intended pattern is two servings a day. It is made first for GLP-1 users, then for the smart fitness group, then for the general gym audience, and it helps preserve lean muscle when paired with resistance training and adequate protein. It is not a protein shake — it contains no intact protein, because its aminos are free-form — it is not a meal replacement, it is not a drug or medication, and it is not an electrolyte drink. Its angle line is "Drink when you can't eat." Its tagline is "More power to you."
Deadly Company is the person becoming the deadliest version of themselves \u2014 in shape, in character, in faith \u2014 one degree at a time, and the Detroit company built for that person: the Muscle Water line, the GEAR system, this Journal, Body English and 34 Doors. Deadly is a measure of character.
Nobody thinks in grams, so translate them: on the USDA steak basis below, a typical 5g EAA serving carries the essential amino acids of about two bites of steak, the best honest rival's 12g serving carries most of a steak, and Muscle Water Aminos's 16g serving carries the whole ~138g steak — with 4g of leucine, more than that steak itself holds, formulated to clear the leucine trigger with a 1.3g margin. Position: an amino serving should be judged the way you would judge a plate — by how much food it actually stands in for — and by that measure most of the category is selling bites at steak confidence, to readers, GLP-1 users first, who need a serving that helps preserve lean muscle when paired with resistance training and adequate protein on the days eating a steak is not happening.
Milk protein RTDs — the warehouse-club shakes built on milk protein blends and casein — are the strongest intact-protein bottles on the shelf. Across the four milk shakes in our October 2026 teardown, not one publishes an essential amino acid (EAA) total, but derived from milk protein's published profile (≈44% EAAs, leucine ≈10–10.5% of protein), a 30g bottle works out to roughly 13.2g of EAAs and about 3.0g of leucine — the one RTD class whose leucine actually crosses the ~2.5–3g trigger for muscle protein synthesis. The problem is the physics the protein arrives with: casein is engineered to clot and digest slowly, at 150–190 calories and 11–14 ounces of thick liquid a bottle. For the moment when you can't eat — a suppressed appetite, a slowed stomach, a feeding that has to land now — we built the opposite of slow: 16g of free-form EAAs with 4g of leucine, in a glass of water, on the fast clock.
Collagen peptides are a real supplement with a real amino-acid profile, and that profile is not the profile of a muscle protein: a typical 20g serving contains about 3.3g of essential amino acids (EAAs) and about 0.5g of leucine — derived from the ISSN-cited composition of roughly 2.5g of EAAs and roughly 0.4g of leucine per 15g, scaled to 20g — and no tryptophan at all, which makes it an incomplete protein by definition. Counted honestly, collagen is a skin-and-joint supplement that your tracker is logging as dinner.
Beef protein isolate is protein powder made from bovine material, sold — most prominently by MuscleMeds' Carnivor — as concentrated steak in a scoop. On MuscleMeds' own published amino-acid profile for Carnivor (checked 18 October 2026), essential amino acids (EAAs) make up 22.2% of the protein, and the three amino acids that dominate gelatin — glycine, proline and hydroxyproline — make up 38.9% of it. A serving derives to ≈5.11g of EAAs and ≈0.98g of leucine (both derived from the brand's published profile). Steak muscle, the food on the front of the tub, runs at roughly 40% EAAs with leucine to match. The word "beef" is doing work the amino profile doesn't.
A standard 25g serving of egg white protein contains about 11–12g of essential amino acids (EAAs) and about 2.1g of leucine, on its typical published profile — about 46–48% EAAs by weight (Gorissen et al., 2018, and label-database figures; exact SKUs vary, so check the panel in your hand). It is a complete protein, genuinely dairy-free, and honestly labelled — the honest middle of the protein aisle. It also means one 16g serving of free-form EAAs delivers more building blocks than the scoop, with leucine set at 4.0g instead of left at 2.1g, and 3.5g of creatine included — which is why, for someone whose appetite is the scarcest resource they have, we built the serving out of EAAs instead.
A standard 25g serving of soy protein isolate contains about 9–9.5g of essential amino acids (EAAs) and about 2.0g of leucine, on its typical published profile (Gorissen et al., 2018, and label-database figures). Soy is a genuinely complete protein — all nine EAAs are present — and we say so plainly. Completeness, though, is a membership list, not a dose: 2.0g of leucine sits under the ~2.5–3g muscle-building trigger, and matching one 16g serving of free-form EAAs takes about 42–44g of soy protein — nearly two standard servings. That is why, for someone whose appetite is the scarcest resource they have, we built the serving out of EAAs instead.
A typical 25g serving of pea protein contains about 9g of essential amino acids (EAAs) and about 2.0g of leucine, measured from pea protein's typical published profile (Gorissen et al., 2018; label-database figures) — roughly 36–38% EAAs by weight, with methionine as its limiting amino acid. That profile is plant-based, affordable, and legitimate, especially in a well-built pea-and-rice blend. It also means matching a 16g EAA serving takes about 42g of pea protein (derived), with the leucine still sitting under the muscle-building trigger — which is why, for someone whose appetite is the scarcest resource they have, we built the serving out of EAAs instead.
A typical 25g serving of rice protein contains about 8.5–9g of essential amino acids (EAAs) — rice protein is about 35% EAAs on its typical published profile (Gorissen et al., 2018 / label-database basis) — and about 2.0g of leucine, below the ~2.5–3g per-feeding trigger for muscle protein synthesis, and rice is low in lysine, its limiting amino acid. Blending rice with pea protein can patch that gap, because pea is low in methionine where rice is stronger, but only a disclosed ratio lets you check whether the patch actually covers it. When a label prints only “plant protein blend” and a single total, nobody can tell which protein is doing the work — which is why Muscle Water Aminos prints every amino individually, at 16g of EAAs and 4.0g of leucine per serving.
Typical published profiles put hemp protein at about 35% essential amino acids (EAAs) by weight, which works out to roughly 5–7g of EAAs and about 1.3–1.7g of leucine in a typical serving, while almond and other nut "protein" drinks typically carry 10–15g of protein per bottle, roughly 4–6g of EAAs, and leucine under 1g (Gorissen et al., 2018; label-database basis — exact SKUs vary, so check the panel in your hand). Neither typical serving reaches the ~2.5–3g leucine range commonly cited to switch on muscle protein synthesis. One 16g serving of free-form EAAs delivers 16g of EAAs and 4.0g of leucine by formulation, which is why, for someone whose appetite is the scarcest resource they have, we built the serving out of EAAs instead.
Creatine monohydrate is typically taken at 3–5g a day, the researched daily range in the ISSN position stand on creatine (2017). At that daily dose, with no loading phase, muscle stores saturate over time on daily intake alone, and the evidence supports strength and lean-mass gains alongside resistance training in healthy adults — with no demonstrated kidney harm at recommended doses in healthy adults in that same position stand. One scoop of Muscle Water Aminos carries 3.5g of creatine, inside that range, in the serving already being taken — which is why we put it there: a daily-dose ingredient belongs inside a daily habit, not in a second tub that has to be remembered separately.
One scoop of Muscle Water Aminos — 16g of essential amino acids (EAAs), 4.0g of leucine, and 3.5g of creatine — can be taken three ways: stirred straight into a glass of water, mixed into another drink you are already having, or blended into a smoothie alongside real food, and the dose is identical in all three. That flexibility is the point of the product: the serving that fits the day in front of you is the one still being taken in month two, and month two is when the muscle math actually starts to compound.
Men losing weight rapidly on a GLP-1 need the same body-weight protein target advised for adults during GLP-1 therapy — 1.2–1.6g per kilogram of adjusted body weight per day (2025 joint advisory, American College of Lifestyle Medicine / American Society for Nutrition / Obesity Medicine Association / The Obesity Society) — built from feedings that supply all nine essential amino acids (EAAs) and enough leucine to switch muscle building on, alongside resistance training. The male blind spot is not the target; it is the dashboard. Weight, waist, and blood markers can improve while grip, training loads, and the ability to rise, carry, and work quietly deteriorate. Muscle Water Aminos is the protein-half position in this article: 16g of EAAs and 4g of leucine per serving, formulated to clear the leucine trigger with a 1.3g margin, used beside food and training to help preserve lean muscle when paired with resistance training and adequate protein.
For an older adult taking a GLP-1, the muscle question deserves more attention, not a more extreme diet. Sarcopenia is the age-related loss of muscle strength and mass; rapid weight loss can add a second drain to a reserve that may already be smaller. The protein anchor during GLP-1 therapy is 1.2–1.6g per kilogram of adjusted body weight per day (2025 joint advisory, American College of Lifestyle Medicine / American Society for Nutrition / Obesity Medicine Association / The Obesity Society), assembled in feedings small enough for the appetite that is actually present and paired with appropriately supervised resistance and balance work. Muscle Water Aminos's role is deliberately narrow: a drinkable serving of 16g of essential amino acids (EAAs), 4g of leucine formulated to clear the leucine trigger with a 1.3g margin, and 3.5g of creatine, to help preserve lean muscle when paired with resistance training and adequate protein. This article is education, not a diagnosis or an individual prescription.
A vegetarian or vegan on a GLP-1 still needs complete essential amino acids (EAAs) in sufficient amounts: the same GLP-1 protein anchor of 1.2–1.6g per kilogram of adjusted body weight per day (2025 joint advisory, American College of Lifestyle Medicine / American Society for Nutrition / Obesity Medicine Association / The Obesity Society), assembled from foods and, where the appetite gap remains, fully disclosed free-form EAAs. Plant proteins can absolutely contribute, but their EAA density is often lower: pea and soy protein isolates are roughly 36–38% EAAs by protein weight, compared with about 44% for whey (Gorissen et al., 2018). A free-form serving starts with the nine EAAs themselves rather than asking digestion to extract them from a larger, more filling protein portion. Muscle Water Aminos is the dose position here — 16g of EAAs, 4g of leucine formulated to clear the leucine trigger with a 1.3g margin, and 3.5g of creatine beside food and resistance training.
A lifter or athlete on a GLP-1 has two targets that generic weight-loss advice often merges into one: the GLP-1 nutrition floor — 1.2–1.6g of protein per kilogram of adjusted body weight per day (2025 joint advisory, American College of Lifestyle Medicine / American Society for Nutrition / Obesity Medicine Association / The Obesity Society) — and the training supply needed to keep sessions productive. Sports-nutrition guidance for exercising people is commonly 1.4–2.0g/kg/day (International Society of Sports Nutrition position stand, 2017), with higher intakes sometimes used during energy restriction under professional supervision. Do not stack the ranges mechanically. Body size, lean mass, sport, deficit size, gastrointestinal tolerance, and medical context decide the individual number. Muscle Water Aminos's contribution is precise rather than total: 16g of essential amino acids (EAAs), 4g of leucine formulated to clear the leucine trigger with a 1.3g margin, and 3.5g of creatine in a serving that can fit when a meal cannot.
The first month on a GLP-1 is a learning month, not a test of toughness. Appetite, fullness, nausea, bowel habits, and food preferences can change while the dose is still being introduced, and schedules differ by medication and prescriber. Keep the protein anchor visible from the start — 1.2–1.6g per kilogram of adjusted body weight per day (2025 joint advisory, American College of Lifestyle Medicine / American Society for Nutrition / Obesity Medicine Association / The Obesity Society) — but reach it with smaller, planned feedings rather than forcing large meals. Muscle Water Aminos can accompany food with 16g of essential amino acids (EAAs), 4g of leucine formulated to clear the leucine trigger with a 1.3g margin, and 3.5g of creatine when a full protein portion does not fit. This is education, not dosing advice: follow the prescriber's escalation schedule and report significant symptoms to the treating team.
A GLP-1 plateau is a reason to audit the system before changing the system. For seven honest days, compare actual protein intake with the GLP-1 target — 1.2–1.6g per kilogram of adjusted body weight per day (2025 joint advisory, American College of Lifestyle Medicine / American Society for Nutrition / Obesity Medicine Association / The Obesity Society) — count how many feedings supplied all nine essential amino acids (EAAs) with roughly 2.5–3g of leucine, and check whether resistance-training effort and loads are progressing or quietly falling. A plateau in weight can hide two different problems: fat loss has slowed, or intake has dropped so far that strength and lean tissue are becoming the cost. Muscle Water Aminos belongs in the second finding: 16g of EAAs and 4g of leucine per serving, formulated to clear the leucine trigger with a 1.3g margin, to close a measured gap beside food. It is not a plateau-breaking drug, and this audit does not replace a dose conversation with the prescriber.
Maintenance changes the weight goal; it does not retire the muscle goal. Whether a prescriber keeps the dose, lowers it, spaces it, or discusses a smaller-dose approach people call “microdosing,” the protein rules stay anchored to the body you are maintaining: while on GLP-1 therapy, use 1.2–1.6g of protein per kilogram of adjusted body weight per day as the evidence-based starting range (2025 joint advisory, American College of Lifestyle Medicine / American Society for Nutrition / Obesity Medicine Association / The Obesity Society), then individualise with the treating team. Build the total from complete feedings whose leucine clears the muscle-building trigger, keep resistance training in place, and watch strength as carefully as weight. Muscle Water Aminos remains an accompaniment — 16g of essential amino acids (EAAs), 4g of leucine formulated to clear the leucine trigger with a 1.3g margin, and 3.5g of creatine — for the appetite gaps that persist even when the rapid-loss phase is over. “Microdosing” is not a standardised prescription in this article and is not a do-it-yourself instruction; dose form, amount, and interval are prescriber decisions.
Stopping a GLP-1 should be a planned transition, not a cliff edge. The strongest reason is the STEP 1 off-treatment extension: 327 participants who had completed semaglutide treatment were followed for 52 weeks after stopping, and they regained about two-thirds of their prior weight loss — a mean regain of 11.6 percentage points from a prior mean loss of 17.3% of body weight (Wilding et al., 2022). That does not make regain a personal failure, and no protein product can honestly promise to cancel the biology of appetite returning. What can be built before and after stopping is a muscle-protecting system: body-weight-anchored protein in complete feedings, progressive resistance training, close monitoring of strength and waist, and a prescriber-led exit plan. Muscle Water Aminos's role is one tool in that system — 16g of essential amino acids (EAAs), 4g of leucine formulated to clear the leucine trigger with a 1.3g margin, and 3.5g of creatine beside food — not a replacement for the medication or the plan.
Travel is where a GLP-1 protein routine goes to die — the appetite is suppressed, the schedule is wrecked, and the usual protein formats are the least portable objects in nutrition. Ready-to-drink shakes are liquids (airport security treats them as liquids, hotel fridges are a rumour, and a warm shake at hour six of a travel day is a hard sell to a stomach the medication has already quieted), and bars melt, crumble, and ask to be chewed through nausea. A powder that mixes into any water, anywhere, is the format that survives a travel day: Muscle Water Aminos carries 16g of essential amino acids (EAAs) and 4g of leucine — formulated to clear the leucine trigger with a 1.3g margin — in a serving you mix when you reach water, which is the one thing every airport, hotel, and petrol station has.
The shedding most people notice a few months into GLP-1 treatment is, on the current evidence, best explained by the weight loss itself — not by the molecule. Rapid loss is a physiological stress, and a well-described response to that stress is telogen effluvium: more hairs than usual shift into the shedding phase at once, typically appearing two to four months after the trigger and usually resolving over the following months as loss stabilises and intake recovers. Eating far too little — protein included — is a recognised contributor to that response, which makes protein adequacy one of the few levers a person can actually pull. What the evidence does not show: that GLP-1 medications directly damage hair follicles, or that any supplement — ours included — treats, regrows, or stops shedding. This article is education, not diagnosis: shedding that is patchy, accompanied by scalp symptoms, or still heavy beyond six months belongs in front of a dermatologist, not a supplement page.
Substantial weight loss — from any cause — tends to cost some bone density along with fat and muscle, because a lighter skeleton is loaded less and the body remodels bone toward the load it actually carries. GLP-1 treatment produces substantial weight loss faster than most methods, so the bone question deserves the same seriousness as the muscle question, and the defences are the same two: resistance training, which is the mechanical signal both muscle and bone answer to, and adequate protein — 1.2–1.6g per kilogram of adjusted body weight per day (2025 joint advisory, ACLM/ASN/OMA/TOS) — eaten consistently rather than occasionally. What the evidence does not support is panic: the bone changes seen with weight loss are typically modest, they are monitored with the same DEXA scans this Journal teaches you to read, and the risk concentrates in people who lose fast, eat little, and don't train. This is education, not medical advice — bone health decisions, especially for anyone with osteoporosis risk factors, belong with your clinician.
If you have type 2 diabetes and you are taking a GLP-1, the protein question has a second layer that the general GLP-1 advice does not: your kidneys, your glucose-lowering medications, and your blood-sugar monitoring all interact with how much you eat and how fast you lose. The general target — 1.2–1.6g of protein per kilogram of adjusted body weight per day (2025 joint advisory, ACLM/ASN/OMA/TOS) — is the starting point of a conversation, not an instruction, because diabetes can change the right number in either direction and only your clinician, with your labs in hand, can set yours. Deadly Company's position is stated plainly: this article recommends no product and no protein target to any person with diabetes. It exists to help you walk into your clinician's office with the right questions — about protein and kidney function, about eating far less on the same medication doses, about monitoring while your intake is down — because those conversations protect both your blood sugar and your muscle. Muscle Water Aminos is a protein supplement, not a meal replacement, and nothing here should be read as a claim that it is suitable for people with diabetes; that judgement belongs to your care team, not to a supplement company.
Bariatric patients were the original "can't eat" population, and their protein rules were written a decade before GLP-1 nutrition guidance existed — so the two systems agree on the core problem (capacity collapses, protein is the first casualty, lean mass pays) and differ on the mechanics. Bariatric guidance is typically built on a fixed daily floor — commonly at least ~60g of protein a day, with many programmes targeting 60–80g or more — because a surgically reduced stomach sets the ceiling. GLP-1 guidance is built on body weight instead: 1.2–1.6g per kilogram of adjusted body weight per day (2025 joint advisory, ACLM/ASN/OMA/TOS), because the medication quiets appetite without changing anatomy. Where the rules genuinely diverge — drinking with meals, staged diets, malabsorption, lifelong micronutrient monitoring — the surgical rules exist for surgical reasons, and post-surgical readers should follow their own team's instructions, not this comparison. Muscle Water Aminos was formulated for the GLP-1 side of the comparison: 16g of essential amino acids (EAAs) with 4g of leucine, formulated to clear the leucine trigger with a 1.3g margin, in water — a format the bariatric world's experience validates and its specific rules sometimes overrule.
By the strict definition — no calories, no protein, no nutrient signal — yes: amino acids end a fast. They provide amino acids the body can use for energy and protein building, and leucine is specifically a nutrient signal that switches on muscle protein synthesis. There is no single scientific calorie line below which every kind of fast remains intact, because people fast for different reasons: religious observance, appetite control, a simple eating window, blood-sugar management, or hoped-for cellular effects. The useful question is therefore not whether an EAA drink can be called “fasting.” It is which goal matters more on that day: keeping the fast uncompromised, or avoiding another long stretch in which a GLP-1 has suppressed appetite and muscle receives neither a meal nor a leucine-clearing feeding.
Essential amino acids are not sugar, and a plain EAA serving should not be expected to act like a sugary drink. But the honest answer is not “EAAs have no effect on glucose.” Amino acids participate in insulin and glucose regulation; leucine and several other amino acids can stimulate insulin secretion, insulin helps move glucose and amino acids into tissue, and some amino acids can be converted into glucose when the body needs it. The size and direction of the response depend on the person’s metabolic health, what else is in the drink, whether it is taken with food, and diabetes medication. Current evidence does not support a blanket promise that a full-dose EAA serving either spikes blood sugar or leaves it completely untouched.
GLP-1 medicines slow the movement of food from the stomach into the small intestine. That delay is part of how they increase fullness and reduce intake, but it also changes protein strategy: a large, solid, high-fat meal can sit heavily, while protein still has to be broken into amino acids before it can be absorbed. Free-form essential amino acids (EAAs) do not need that protein chain cut apart first, so once they reach the small intestine they are available without the digestion step intact protein requires. The strategy is not “avoid food.” It is to use smaller, easier feedings — food first, and liquid amino feedings where a normal meal is likely to stall — so the daily protein target remains reachable.
When nausea makes protein difficult, the practical order is usually: first, a small liquid feeding sipped slowly; second, soft, bland, low-fat protein foods in small portions; third, a diluted or half-portion shake taken slowly rather than a full shake at once; fourth, small ordinary meals built around lean protein; and last, the large, rich, solid meal that asks a slowed stomach to do its hardest work. This is a practical ranking based on volume, form, fat, and speed — not the result of a head-to-head clinical trial. If you cannot keep fluids down, are vomiting repeatedly, or have severe pain or signs of dehydration, stop trying to solve the problem with protein and contact your prescribing clinician.
Nausea, vomiting, reflux, diarrhoea, constipation, bloating, and early fullness are recognised digestive effects of GLP-1 medicines. Nutrition measures that may make eating easier include smaller meals, eating slowly, stopping before you feel overfull, choosing lower-fat foods during symptomatic periods, separating larger drinks from meals if that helps you, and adjusting fibre and fluids gradually for constipation. None of those measures diagnoses why a symptom is happening or replaces the prescribing clinician. Repeated vomiting, inability to keep fluids down, severe abdominal pain, signs of dehydration, blood in vomit or stool, or symptoms that keep worsening require prompt clinical advice.
A DEXA scan estimates fat mass, bone mineral, and “lean soft tissue” — everything in a region that is neither fat nor bone. Lean soft tissue includes skeletal muscle, but it also includes organs, skin, connective tissue, blood, and water. So a fall in DEXA lean mass during GLP-1 weight loss is a real signal worth taking seriously, but it is not a gram-for-gram measurement of contractile muscle lost. Read the trend on the same machine, look at appendicular lean mass from the arms and legs, and pair the scan with strength and function. A single lean-mass number, stripped of those limits, can make expected body-composition change sound like a catastrophe — or make a genuine problem sound smaller than it is.
You do not need a laboratory to notice whether function is holding. Five repeatable home checks — grip strength, the 30-second chair stand, a push-up variation you can repeat with the same form, single-leg calf raises, and a timed glute-bridge hold — give you a practical trend when they are performed under the same conditions every few weeks. They do not diagnose sarcopenia or replace a DEXA, a clinician, or a full assessment. Their job is earlier and simpler: turn “I feel weaker” into recorded evidence while there is still time to adjust protein, training, and clinical follow-up.
The three creatine fears that follow GLP-1 users around — bloating, kidney damage, hair loss — do not survive a reading of the sources they are supposedly based on. Creatine draws water into muscle cells: intracellular hydration, not stomach bloat and not the puffy under-skin water people picture. In healthy adults, the International Society of Sports Nutrition's position stand concludes that creatine at recommended doses has not been shown to harm the kidneys; the scare traces largely to creatinine, a lab marker creatine raises slightly, being misread as damage. And the hair claim rests on a single small 2009 study in college rugby players, in which a DHT marker rose over three weeks — never replicated, in a literature where no study has shown creatine causing hair loss. Muscle Water Aminos carries 3.5g of creatine — inside the 3–5g research range — in the serving readers already take, for GLP-1 users who need the daily saturation habit to be un-forgettable, inside a serving that helps preserve lean muscle when paired with resistance training and adequate protein.
On a GLP-1 medicine, eating and drinking far less — especially during dose escalation, and especially with vomiting or diarrhoea on top — can leave you short on three separate things at once: food (protein and energy), fluid, and electrolytes, the minerals such as sodium and potassium that are normally replaced from food and drink and are lost in vomit and stool. Headache, fatigue, cramps, dizziness on standing, and brain fog can belong to any of the three, which is why fixing only the protein gap can leave the real problem untouched. Persistent vomiting, inability to keep fluids down, fainting, confusion, or very low urine output are not nutrition problems to manage at home — they need prompt advice from your prescribing clinician or urgent care. Muscle Water Aminos covers only the protein part of this picture — it is essential amino acids plus creatine, with no electrolyte formula — so it belongs after fluids and electrolytes are being addressed, never in place of them.
Most sweetened ready-to-drink proteins, clear proteins and amino drinks are sweetened with sucralose and acesulfame K — two artificial sweeteners that are extraordinarily sweet, cheap and stable, and that many drinkers experience as a lingering chemical-sweet note after the flavour itself has gone. Stevia-based sweetening can leave a lingering note of its own. That lingering note, repeated twice a day, is a common reason a tub that was bought with good intentions quietly stops being opened. Our position is simple: a serving only works if you keep drinking it, so Muscle Water Aminos is sweetened with allulose, monk fruit and cane sugar, with thaumatin for masking as needed — nothing artificial doing the sweetening, and nothing that outstays the flavour.
Protein drinks sit heavy for mechanical reasons: a typical shake is 12–16oz of thick, sweetened liquid carrying intact protein, and intact protein has to be cut apart by digestion before a single amino acid reaches the blood — a peak of roughly 60–90 minutes, against roughly 30 minutes for free-form amino acids that arrive already separated. Add lactose in whey concentrates and, for GLP-1 users, a stomach whose emptying the medication has already slowed, and the full, heavy feeling is physics, not weakness. Our position is one sentence: a serving you have to talk yourself into finishing has failed before its label is even read, which is why Muscle Water Aminos was built as a glass of water carrying a full formulated dose — 16g of EAAs, 4g of leucine, and 3.5g of creatine — instead of another meal-sized bottle.
Muscle Water Aminos is Deadly Company’s first product: a clear amino drink built for people who can’t eat enough protein — GLP-1 users first. Each serving: 16g of complete essential amino acids (the whole steak’s worth), 4g of leucine, 3.5g of creatine — one egg’s worth. Every dose printed on the label. Drink when you can’t eat.
Per serving: 16g of complete essential amino acids — all nine, free-form — including 4g of leucine, plus 3.5g of creatine monohydrate. The day, at two servings: 32g of EAAs, 8g of leucine, 7g of creatine. No proprietary blend; every number here is the label, not a summary of it.
By dose. The typical EAA serving is about 5g — two bites of steak — with leucine near or under 2g, no creatine, and often a proprietary blend hiding the split. Muscle Water Aminos serves 16g with 4g of leucine and 3.5g of creatine, fully disclosed. We’re not going to tell you 16g equals 100g of protein. Look at the dose. Now decide for yourself.
Muscle Water Aminos is $69.99 for 30 servings — about $2.33 a glass. “Worth it” is amino math: per gram of EAAs it runs about a third of the price of premium amino brands, and matching its dose with typical 5g products would take three tubs running at once. Against whey it’s a different tool: whey wins when you can eat; this wins when you can’t.
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The bottom line: the scale can’t tell fat from muscle, appetite can’t be trusted to feed muscle, and a 5g dose can’t build what a 16g dose can. Protein first, train against resistance, creatine daily — and drink when you can’t eat.
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CompanyMade in Detroit | Est. 2026