SCIENCE
IN A BOTTLE
Nothing comes even remotely close to it.
One hundred and eleven active compounds. Forty-eight biological pathways. Every one of them chosen because a mechanism says it works — and standardised to the marker that proves it’s there. This is what is actually inside a Myogenetix® jar, and why the ingredients are worth more together than they are apart.
Tell us the problem. We’ll show you the pathway.
Type a symptom, a goal or a single word — “stiff knees”, “belly fat”, “low libido”, “bloated”, “post cycle”, “no energy” — and the formulas built for that mechanism appear, with the actives responsible and what to stack them with.
Every active. Every mechanism. One line each.
Filter by class or by goal, search by name, and click any compound for its mechanism of action, the pathways it touches and the products it appears in. Nothing here is a proprietary secret — the whole point is that you can check it.
Ten pathways the range is built around.
Supplements don’t work on goals; they work on pathways, and goals are what happens when enough of the right pathways move at once. Click a hub to see which compounds feed it.
Why the blend beats the sum of its parts.
A single ingredient moves one lever. Two ingredients on the same pathway usually duplicate each other. The formulas below pair compounds that act on different steps of the same outcome — production and protection, switch and brake, signal and absorption — which is where a blend stops being a list and starts being a catalyst.
Curcumin + Boswellin® + black pepper
Curcumin shuts down NF-κB and the COX branch; AKBA from Boswellin® blocks 5-LOX, the leukotriene branch NSAIDs leave running. Piperine then inhibits the gut-wall glucuronidation that would otherwise clear curcumin before it worked. Three ingredients, two pathways, one multiplied effect.
L-Citrulline + arginine nitrate + grape seed
Citrulline feeds the enzymatic eNOS route to nitric oxide. Arginine nitrate adds the independent nitrate–nitrite route that works even when oxygen is low. Grape seed OPCs then scavenge the superoxide that would degrade the NO you just made. Production plus protection is why the pump lasts the session, not the first two sets.
Leucine + HICA + ecdysterone
Leucine flips mTORC1 on. HICA, leucine’s own metabolite, suppresses the breakdown side of the equation. Ecdysterone raises translation through the ERβ route — a mechanism that doesn’t touch the androgen receptor, so it stacks with the other two instead of competing.
Tongkat ali + zinc + vitamin D3
Tongkat ali’s eurypeptides loosen testosterone from SHBG, raising the free fraction. Zinc is the cofactor for the enzymes that synthesise it in the first place. Vitamin D3 acts on the Leydig-cell receptor that permits the synthesis. Availability, raw material and permission — miss one and the other two under-deliver.
NAC + glycine + alpha-lipoic acid
Glutathione is made from cysteine, glycine and glutamate — NAC supplies the rate-limiting cysteine and glycine the second. ALA then regenerates glutathione after it has been spent, alongside vitamins C and E. You are not just adding antioxidant; you are rebuilding the factory and recycling the output.
Beta-alanine + citrulline malate + taurine
Carnosine from beta-alanine buffers the hydrogen ions that end a set. Citrulline clears the ammonia that reads as fatigue, while malate keeps the Krebs cycle turning. Taurine holds cell volume and calcium handling so contraction quality survives to the last rep. Three different fatigue mechanisms, addressed at once.
Creatine + ATP disodium + carbohydrate
Creatine refills the phosphocreatine pool that remakes ATP between efforts. ATP disodium supplies the molecule directly and signals vasodilation. Carbohydrate’s insulin response then drives creatine into the muscle cell — which is why the label says to use a sports drink.
Yohimbe + caffeine + green tea
Caffeine raises catecholamines and lipolysis. Yohimbine blocks the alpha-2 receptors that make lower-body fat resistant to exactly that signal. EGCG then inhibits COMT, the enzyme that would break the catecholamines down. One raises the signal, one removes the block, one extends the duration.
Tart cherry + magnesium + tryptophan
Tart cherry supplies natural melatonin and anthocyanins that lower damage markers. Tryptophan is the serotonin and melatonin precursor. Magnesium governs the depth of the sleep you then get. The strongest recovery stack in the range does its work between midnight and six.
Schisandra + rhodiola + Terminalia arjuna
Stimulants raise cortisol, heart rate and eventually fatigue. Schisandra blunts the cortisol spike, rhodiola delays the central fatigue that follows it, and arjuna supports cardiac output while it all happens. This is why a Myogenetix® stimulant formula ends the session rather than the day.
From joint support to libido, built pathway by pathway.
Click any goal to filter the library to the compounds that serve it.
Build muscle
Switch protein synthesis on, keep breakdown off, and feed the pathway around the clock.
Testosterone & drive
Free what is bound, supply what is needed, and licence the synthesis.
Joints & connective tissue
Block both inflammatory branches, then rebuild the tissue underneath.
Libido & blood flow
PDE inhibition, vasodilation and hormonal balance from four independent botanicals.
Antioxidant defence
Not one antioxidant — a network that regenerates itself.
Recovery & sleep
Lower the damage markers, lower cortisol, then protect the eight hours that do the work.
Pump & blood flow
Two nitric-oxide routes, one protection layer, one volumiser.
Fat loss
Mobilise it, transport it, burn it — and release the brake on the stubborn stores.
Organ support
On-cycle and post-cycle protection built on the four most-studied hepatoprotectants.
Endurance
Three separate fatigue mechanisms, addressed simultaneously.
Water & definition
Aquaretics that spare electrolytes, not diuretics that flatten you.
Immunity & gut
The fractions and amino acids the gut and immune system actually run on.
Twelve tests stand between a raw material and your jar.
Anyone can print “95% curcuminoids” on a pouch. The difference between a brand that means it and one that doesn’t is a laboratory — and a willingness to reject an entire consignment when a number comes back wrong. Here is every test a plant extract, an amino acid or a protein has to pass.
HPLC
Separates an extract into its individual compounds and measures exactly how much of the active marker is present — 95% curcuminoids, 80% silymarin, 90% ecdysterone are HPLC numbers, not marketing numbers.
What it catchesunder-dosed extracts, dilution with carrier, a 10:1 sold as 100:1.
FTIR
Fingerprints the molecular bonds of every incoming material against a reference spectrum. It answers one question before any other test runs: is this actually the material the supplier says it is?
What it catchessubstituted species, mislabelled drums, adulteration.
Amino acid profile
Measures all eighteen amino acids individually in every protein batch. A spiked protein shows it instantly: glycine, taurine or free lysine high, and leucine low relative to the total.
What it catchesamino spiking, caseinate padding, inflated nitrogen.
Nitrogen vs true protein
The old trick works because most labs measure nitrogen and multiply. We measure both: nitrogen content and the sum of the actual amino acids. If the two numbers disagree, something non-protein is supplying the nitrogen.
What it catchesmelamine, free aminos, any nitrogen-boosting additive.
Heavy metals
Inductively coupled plasma mass spectrometry measures lead, arsenic, cadmium and mercury down to parts per billion. Botanicals concentrate whatever was in their soil — this is the single most important test on a plant extract.
What it catchescontaminated soil, polluted growing regions, cheap sourcing.
Microbiology
Total aerobic count, yeast and mould, plus specific screening for E. coli, Salmonella, Staphylococcus aureus and coliforms. Powders sit in warm warehouses; this is what keeps them safe.
What it catchespoor drying, contaminated handling, warehouse spoilage.
Pesticide residue
Gas and liquid chromatography mass spectrometry screen a multi-residue panel across every botanical. A herb grown conventionally carries whatever was sprayed on it, and heat-drying concentrates it.
What it catchesorganophosphates, organochlorines, banned residues.
Solvent residue
Extracts are made with solvents. Headspace gas chromatography measures what is left behind — hexane, methanol, ethanol — against pharmacopoeial limits. A cheap extract is often a badly stripped one.
What it catchesresidual hexane, methanol, class 2 solvents.
Marker identity
Thin-layer chromatography compares the visual band pattern of the extract against an authenticated botanical reference — the classic check for species substitution in the herb trade.
What it catchescheaper look-alike species, stem passed off as root.
Dissolution & mesh
Micron-level particle sizing and dissolution testing. An active that does not dissolve does not absorb — this is what separates micronised creatine and instantised whey from powder that sits at the bottom of the shaker.
What it catchescoarse grades, clumping, poor bioavailability.
Stability
Batches held at elevated temperature and humidity, then re-assayed. It tells us whether the 90% ecdysterone on the label is still 90% eighteen months later in an Indian summer.
What it catchesdegradation, moisture uptake, potency loss over time.
Allergen & gluten
Immunoassay screening for gluten, soy and other declared allergens, so an allergen statement on a Myogenetix® label is a measured fact and not a copy-paste disclaimer.
What it catchescross-contamination from shared lines.
What gets rejected — and why we’d rather lose the batch than the trust
We never spike our protein powders with cheap, free-form amino acids to bump up the protein content.
Instead, we let our competitors do this lame trick.
Amino spiking is the oldest fraud in sports nutrition, and it survives because of a loophole in how protein is measured. Labs test nitrogen and multiply it by 6.25. Glycine, taurine and free lysine are packed with nitrogen, cost a fraction of whey, and are invisible to that test. Add a few grams and a 16 g protein reads as 24 g on paper — while doing almost nothing for muscle.
The lame trick
- Glycine, taurine, free lysine or glutamic acid dumped into the blend for nitrogen, not for muscle
- Sodium or calcium caseinate padding the number at a fraction of whey’s cost
- “Proprietary amino matrix” on the label — a phrase that exists to avoid printing a ratio
- Nitrogen-based protein claims that no amino profile is ever published to support
- Leucine far below the 10–11% of protein that real whey naturally carries
- A 24 g claim that a laboratory reads as 16 g of usable protein
What we do instead
- Every gram of protein comes from whey, milk, or a named plant protein — nothing else
- No caseinate padding, no free lysine, no free glycine, no “matrix”
- The full 18-amino profile is printed on the tub so you can check the leucine yourself
- Both nitrogen and the amino sum are measured; if they disagree, the lot is rejected
- Chocolate flavours honestly declare 22 g, not 24 — cocoa takes space in a 30 g scoop
- Four ingredients on a concentrate, three on an isolate, two on unflavoured
Check it yourself: the profile printed on our Whey Protein Concentrate
Milligrams per 100 g of whey protein concentrate, as printed on the label. Leucine at 11,000 mg is roughly 11% of the protein — the signature of intact whey. A spiked powder cannot produce that ratio, which is why spikers publish a protein number and never a profile.
A mechanism is worthless if the compound isn’t in the jar.
Every claim on this page depends on one thing: that the material named on the label is present, at the concentration stated, and is what it says it is. Five steps stand between a raw botanical and your scoop.
Sourced
Raw materials bought on certificate of analysis — standardised to an active marker, not to a plant name. 95% curcuminoids. 80% silymarin. 90% ecdysterone. If it isn’t standardised, it isn’t in the formula.
Identity-tested
FTIR spectroscopy fingerprints every incoming material against a reference spectrum. A botanical that isn’t what the supplier says it is never enters the batch.
Quantified
HPLC measures the actual concentration of the active marker. This is the step that separates a labelled dose from a delivered dose.
Blended
Manufactured in an FDA-inspected, GMP-certified facility in San Diego, California, under documented batch records.
Verified
Every jar carries a scratch-and-verify code. Enter it at myogenetix.in/verify before first use — counterfeit protection that puts the proof in the customer’s hand.
The formula is the argument.
No proprietary hiding, no fairy dust, no marketing molecule invented last quarter. One hundred and eleven compounds with published mechanisms, standardised to their markers, blended so they catalyse each other — and printed on the label so you can check every word of it.
Explore the range Verify your jarThese statements have not been evaluated by the Food and Drug Administration or any food or drug regulatory authority. Myogenetix® products are nutraceuticals and food supplements for healthy adults; they are not for medicinal use and are not intended to diagnose, treat, cure or prevent any disease. The mechanisms of action described on this page summarise published research on the individual compounds and are provided for education; they are not claims of a clinical outcome for any product, and individual results vary. Ingredient presence and concentration vary by product — always read the Supplement Facts panel on the product you are buying. Consult a qualified healthcare professional before use if you are under 18, pregnant or nursing, have a medical condition or take medication. © 2026 Hybrid Laboratories (India) Private Limited. All rights reserved.
