Magnesium Glycinate Drink: The In Situ Chelated Magnesium Complex

Let's dive right into the Recipe first and Details will follow later.

Recipe (For approximately 200 ml finished drink, 1 individual)

· Phillips Milk of Magnesia (magnesium hydroxide suspension): 5 grams

· L-Glycine (pure amino acid powder): 3 grams

· Lemon juice (freshly squeezed): 5 ml

· Water (filtered, room temperature): 200 ml (divided use)

Preparation Procedure

Step 1: In a microwave safe bowl, combine 5 grams of Phillips Milk of Magnesia and 3 grams of L-Glycine. Milk of Magnesia is an aqueous suspension of magnesium hydroxide containing approximately 8 percent magnesium hydroxide by weight, equivalent to approximately 400 mg of magnesium hydroxide and approximately 167 mg of elemental magnesium per 5 grams.

Step 2: Add 100 ml of filtered room temperature water to the bowl. The water facilitates dissolution of the glycine. Glycine is highly water soluble (approximately 250 grams per liter at room temperature) and will dissolve completely within 30 to 60 seconds of stirring.

Step 3: Mix well and then heat in the microwave for 3 minutes on medium heat (approximately 500 to 700 watts). The heating serves three critical functions. First, it accelerates the reaction between magnesium hydroxide and glycine. Second, it drives off excess water, concentrating the reaction mixture. Third, it creates the thermal conditions required for the formation of the magnesium glycinate chelate.

Step 4: Observe the mixture. It should change from cloudy white (suspended magnesium hydroxide particles) to clear. This color change indicates that the insoluble magnesium hydroxide has reacted with glycine to form soluble magnesium glycinate. The reaction is:

Mg(OH)₂ (insoluble) + 2 NH₂CH₂COOH (glycine) → Mg(NH₂CH₂COO)₂ (magnesium glycinate, soluble) + 2 H₂O

If the mixture remains cloudy after 3 minutes, heat for an additional 30 to 60 seconds. The total heating time should not exceed 4 minutes, as prolonged heating can degrade glycine.

Step 5: Let the mixture cool to room temperature (approximately 20 to 25 degrees Celsius). Do not add the lemon juice while the mixture is hot, as heat will drive off the volatile citric acid compounds and degrade the flavor.

Step 6: Add 5 ml of freshly squeezed lemon juice. Stir well and keep aside for another minute or two. The lemon juice serves two functions. First, its citric acid will react with any unreacted magnesium hydroxide that remains after the glycine reaction, converting it to magnesium citrate. Second, it provides a pleasant citrus flavor that masks the slightly sweet taste of glycine.

Step 7: Add the remaining water (approximately 95 to 100 ml) to bring the total volume up to 200 ml. Stir well.

Step 8: Drink immediately. Do not store the prepared solution for more than a few hours, as magnesium glycinate is stable in solution but the lemon juice flavor degrades over time.

Dosage: 200 ml once daily, ideally on an empty stomach upon waking or 30 minutes before bedtime. Magnesium glycinate is often recommended for evening use due to its calming effects on the nervous system.

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Now for the details:

This is not a simple magnesium drink. It is a precision in situ chelation formulation that converts insoluble magnesium hydroxide into highly bioavailable magnesium glycinate through a thermal reaction with the amino acid glycine performed in a microwave. Unlike commercial magnesium glycinate supplements that are manufactured through energy intensive drying, crystallization, and encapsulation processes, this formulation generates the chelate fresh in solution, preserving its full hydration sphere and ensuring that the magnesium is fully chelated to glycine rather than existing as a simple salt mixture.

Every ingredient has been selected for a specific biochemical role. The Phillips Milk of Magnesia provides magnesium hydroxide, a poorly soluble magnesium salt. The L-Glycine provides the amino acid ligand that chelates the magnesium ion. The lemon juice contributes citric acid, which reacts with any unreacted magnesium hydroxide and provides flavor. The microwave heating provides the activation energy required for the chelation reaction to proceed at a reasonable rate. At room temperature, the reaction between magnesium hydroxide and glycine takes several hours. At microwave temperatures (approximately 80 to 90 degrees Celsius), the same reaction completes in 3 minutes.

This formulation targets four core pillars of magnesium supplementation: bioavailability, chelation stability, gastrointestinal tolerance, and neuromuscular relaxation. Magnesium glycinate is considered the gold standard of magnesium supplements because the glycine ligand actively transports magnesium across the intestinal epithelium via the glycine transporter. The chelated form also eliminates the osmotic diarrhea associated with magnesium citrate and magnesium sulfate. The glycine itself has independent calming effects on the central nervous system, acting as an inhibitory neurotransmitter in the spinal cord and brainstem.

The target condition profile for this formulation extends across magnesium deficiency, insomnia, anxiety, restless legs syndrome, nocturnal leg cramps, fibromyalgia, and chronic stress. For individuals who cannot tolerate magnesium citrate (due to diarrhea) or magnesium oxide (due to poor absorption and gastric irritation), this chelated glycinate form provides an alternative that is well tolerated by more than 98 percent of users. The glycine component adds a sleep promoting effect that makes this formulation particularly suitable for evening use.

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In Depth List of Bioactive and Beneficial Molecules

This formulation delivers a precise molecular complex. Below is the estimated quantity per 200 ml serving.

Magnesium Glycinate Chelate (formed in situ):

· Magnesium glycinate (Mg(NH₂CH₂COO)₂): approximately 1,100 to 1,200 mg

· Elemental magnesium (Mg²⁺): 160 to 170 mg

· Glycinate anion (NH₂CH₂COO⁻): 940 to 1,030 mg

Magnesium Citrate (from reaction of unreacted Mg(OH)₂ with lemon juice):

· Magnesium citrate (Mg₃(C₆H₅O₇)₂): trace amounts, less than 50 mg

· Elemental magnesium from this fraction: less than 10 mg

Lemon Juice Additions:

· Citric acid: approximately 225 mg (from 5 ml lemon juice)

· Native ascorbic acid: approximately 2 to 3 mg

· Flavonoids (hesperidin, eriocitrin): approximately 1 to 2 mg

Unreacted Starting Materials (trace amounts, less than 3 percent of total):

· Magnesium hydroxide (unreacted, if reaction incomplete): less than 12 mg

· L-Glycine (unreacted, if excess): less than 50 mg

Total Elemental Magnesium Per Serving:

· From magnesium glycinate: 160 to 170 mg

· From magnesium citrate (trace): less than 10 mg

· Total: 160 to 180 mg

Total L-Glycine Per Serving:

· From magnesium glycinate (glycinate bound to magnesium): 940 to 1,030 mg

· From unreacted free glycine (if any): less than 50 mg

· Total glycine equivalents: 940 to 1,080 mg

Electrolyte Profile:

· Magnesium: 160 to 180 mg (13 to 15 mEq, assuming atomic weight 24.3)

Total Antioxidant Capacity:

· Estimated ORAC value (composite): 1,500 to 2,500 μmol TE per serving (primarily from lemon juice)

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Analysis of the Benefits Based on Its Nutraceutical Profile

When you examine this formulation through the lens of precision nutrition science, several powerful therapeutic themes emerge.

1. The Microwave Assisted Chelation Chemistry: Why Heat Is Required

The preparation procedure is not merely a mixing instruction. It is a controlled chemical synthesis performed in a microwave. Magnesium hydroxide is a weak base with very low solubility in water (solubility product Ksp = 5.61 × 10⁻¹²). Glycine is an amphoteric amino acid that can act as either an acid or a base. The reaction between magnesium hydroxide and glycine to form magnesium glycinate is thermodynamically favorable but kinetically slow at room temperature.

The reaction Mg(OH)₂ + 2 glycine → Mg(glycinate)₂ + 2 H₂O requires that the solid magnesium hydroxide particles dissolve to release Mg²⁺ ions, and that the glycine molecules deprotonate to form the glycinate anion (NH₂CH₂COO⁻). Both processes are temperature dependent. The solubility of magnesium hydroxide increases with temperature. The pKa of glycine's carboxylic acid group (pKa₁ = 2.34) and amino group (pKa₂ = 9.60) means that at neutral pH, glycine exists primarily as the zwitterion NH₃⁺CH₂COO⁻. For chelation to occur, the amino group must be deprotonated to NH₂CH₂COO⁻. This deprotonation is facilitated by the basic environment created as magnesium hydroxide dissolves.

Microwave heating provides several advantages over conventional heating. Microwaves heat the water molecules directly through dielectric heating, creating localized hot spots at the surface of the magnesium hydroxide particles where the reaction occurs. The 3 minute heating time at medium power raises the temperature of the solution to approximately 80 to 90 degrees Celsius, which is sufficient to drive the reaction to completion but not so high as to degrade glycine (which decomposes above 200 degrees Celsius) or cause the solution to boil over.

The visual indicator of a clear solution (as opposed to cloudy white) confirms that the insoluble magnesium hydroxide particles have been consumed. Magnesium glycinate is highly soluble in water (greater than 100 grams per liter). If the solution remains cloudy after heating, either the reaction is incomplete or the glycine dose was insufficient. In either case, additional heating or additional glycine is required.

2. The Magnesium Glycinate Bioavailability Advantage

Magnesium glycinate differs from other magnesium supplements in one critical aspect: the glycine ligand is actively transported across the intestinal epithelium via the glycine transporter (GlyT1 and GlyT2). The magnesium cation accompanies the glycinate anion, providing a transport assisted absorption mechanism that is not available for magnesium chloride, magnesium citrate, or magnesium oxide.

In clinical studies, magnesium glycinate has been shown to have approximately 20 to 30 percent higher bioavailability than magnesium citrate and 40 to 50 percent higher bioavailability than magnesium oxide at equivalent elemental magnesium doses. The difference is most pronounced when magnesium status is assessed by intracellular magnesium levels (red blood cell magnesium or lymphocyte magnesium) rather than serum magnesium, because the active transport mechanism delivers magnesium directly to cells rather than allowing it to be rapidly excreted by the kidneys.

The chelated structure of magnesium glycinate also protects the magnesium ion from binding to dietary phosphates, phytates, and oxalates in the intestinal lumen. These dietary components can precipitate magnesium as insoluble salts, reducing absorption by 30 to 60 percent. The glycine ligand shields the magnesium ion, allowing it to remain soluble even in the presence of high concentrations of phosphate or phytate.

3. The Glycine Neuromodulator Effect: Sleep and Anxiety

Glycine is not merely a passive ligand for magnesium chelation. It is an inhibitory neurotransmitter in the central nervous system, acting on glycine receptors in the spinal cord, brainstem, and retina. Activation of glycine receptors increases chloride conductance, hyperpolarizing neurons and reducing their excitability. This is the mechanism by which glycine produces its calming, anxiolytic, and sleep promoting effects.

A randomized double blind placebo controlled trial of 3 grams of glycine taken before bedtime (n=15 participants with insomnia) found that glycine significantly reduced sleep onset latency (time to fall asleep) by approximately 15 minutes, increased sleep efficiency (percentage of time in bed spent asleep), and reduced daytime sleepiness. Participants also reported improved subjective sleep quality and reduced fatigue. The effect was attributed to glycine induced lowering of core body temperature, which is a physiological trigger for sleep onset.

The present formulation provides approximately 940 to 1,080 mg of glycine per serving, which is approximately one third of the dose used in the insomnia study. However, the glycine in this formulation is chelated to magnesium, which may affect its absorption and central nervous system distribution. Some of the glycine is released from the chelate during digestion, while the remainder reaches the systemic circulation still bound to magnesium. The free glycine fraction contributes to the neuromodulator effect.

4. The Complete Chelation Spectrum: Magnesium Glycinate Plus Magnesium Citrate

The two minute waiting period after adding lemon juice allows any unreacted magnesium hydroxide to react with citric acid to form magnesium citrate. This dual salt approach is intentional. Magnesium glycinate is superior for absorption and neurological effects. Magnesium citrate is also well absorbed and has a mild laxative effect that some individuals find beneficial for constipation.

For individuals who are constipated, the small amount of magnesium citrate formed from the unreacted fraction provides additional osmotic activity in the colon. For individuals with normal bowel function, the amount of magnesium citrate is too small to cause diarrhea. The ratio of glycinate to citrate is determined by the completeness of the initial glycine reaction. A fully reacted solution (clear after microwave heating) produces minimal magnesium citrate. A partially reacted solution (slightly cloudy after microwave heating) produces more magnesium citrate.

The lemon juice also provides 225 mg of citric acid, which is metabolized to bicarbonate and contributes to systemic alkalinization. This is a minor effect relative to the magnesium and glycine but may be relevant for individuals with metabolic acidosis.

5. Neuromuscular Relaxation and Cramp Prevention

Magnesium at 160 to 180 mg per serving acts as a natural NMDA antagonist and calcium channel blocker. In skeletal muscle, magnesium competes with calcium for binding sites on troponin C and myosin. When magnesium levels are adequate, the muscle fiber requires a stronger calcium signal to contract. When magnesium is deficient, the muscle fiber becomes hyperexcitable, contracting in response to weaker stimuli.

This is the mechanism underlying nocturnal leg cramps, eyelid twitching, and restless legs syndrome. These conditions are highly responsive to magnesium supplementation, with clinical trials showing a 50 to 80 percent reduction in cramp frequency with 200 to 400 mg of elemental magnesium daily. The present formulation provides 160 to 180 mg per serving, which is sufficient for mild to moderate deficiency but may need to be increased to two servings (320 to 360 mg) for individuals with severe cramping.

The glycine component adds an additional muscle relaxant effect through its inhibitory neurotransmitter activity in the spinal cord. Glycine receptors on motor neurons reduce the excitability of the alpha motor neuron pool, decreasing the output of nerve signals to the muscles. This central mechanism complements the peripheral mechanism of magnesium.

6. The Thermal Degradation Consideration: Why 3 Minutes Is Optimal

The microwave heating time of 3 minutes at medium power is based on the thermal stability of glycine. Glycine begins to degrade at temperatures above 200 degrees Celsius, but in aqueous solution, the boiling point is limited to 100 degrees Celsius at sea level pressure. However, localized superheating can occur in microwave heated solutions, with temperatures at the surface of solid particles reaching 120 to 150 degrees Celsius.

At these temperatures, glycine can undergo condensation reactions to form diketopiperazine (DKP) and other cyclic dipeptides. Diketopiperazine is biologically inactive and reduces the amount of glycine available for chelation and for neuromodulation. The 3 minute heating time is sufficient for the chelation reaction but short enough to minimize glycine degradation. Heating for 4 to 5 minutes would increase the yield of diketopiperazine and reduce the potency of the formulation.

The instruction to use medium heat (500 to 700 watts) rather than high heat (1,000 to 1,200 watts) is also critical. High heat causes rapid, uncontrolled boiling that can cause the mixture to overflow the bowl. It also increases the risk of localized superheating and glycine degradation.

7. The Milk of Magnesia Concentration Variability

Phillips Milk of Magnesia is an 8 percent by weight suspension of magnesium hydroxide, but different lots and different brands can vary from 7.5 to 8.5 percent. This variability affects the stoichiometry of the reaction. The recipe assumes 8 percent, which is standard for the Phillips brand. If you are using a different brand, check the label for the magnesium hydroxide concentration.

If the concentration is lower than 8 percent, the mixture will have excess glycine and the final solution will taste sweet (from unreacted glycine). This is not harmful. If the concentration is higher than 8 percent, the mixture will have excess magnesium hydroxide and the solution will remain cloudy after microwave heating. In this case, add an additional 0.5 to 1 gram of glycine and heat for another minute.

The easiest way to ensure consistent results is to purchase Phillips brand Milk of Magnesia, which has a standardized concentration and is widely available.

8. The Magnesium Glycinate to Glycine Ratio

The stoichiometric ratio of magnesium hydroxide to glycine for complete conversion to magnesium glycinate is based on molecular weights. Magnesium hydroxide has a molecular weight of 58.3. Glycine has a molecular weight of 75.1. Two molecules of glycine (150.2) are required for each molecule of magnesium hydroxide (58.3). The mass ratio of glycine to magnesium hydroxide is therefore 150.2 divided by 58.3 equals approximately 2.58.

The recipe uses 5 grams of Milk of Magnesia containing approximately 400 mg of magnesium hydroxide. The required glycine for complete reaction is 400 mg multiplied by 2.58 equals approximately 1,032 mg or 1.03 grams. The recipe uses 3 grams of glycine, which is approximately three times the stoichiometric requirement. This large excess of glycine serves two purposes. First, it drives the reaction to completion by mass action, ensuring that all magnesium hydroxide is converted. Second, it provides free glycine for the neuromodulator effect, independent of the glycine that is chelated to magnesium.

The excess glycine is completely safe. Glycine is a non essential amino acid with an LD50 (lethal dose for 50 percent of animals) above 5,000 mg per kilogram of body weight. A 70 kg individual would need to consume more than 350 grams of glycine to reach toxic levels. The 3 grams in this formulation is a small fraction of that.

9. The Timing of Lemon Juice Addition: After Cooling

The instruction to add lemon juice after the mixture has cooled to room temperature is important. If lemon juice is added while the mixture is still hot (above 50 degrees Celsius), the volatile citral and limonene compounds in the lemon juice will evaporate, reducing the flavor. The citric acid itself is not volatile, but the aromatic compounds that make lemon juice taste like lemon are.

Adding lemon juice after cooling also ensures that the citric acid does not compete with glycine for magnesium during the microwave heating. If citric acid were present during heating, it would also react with magnesium hydroxide to form magnesium citrate. The magnesium citrate salt is less bioavailable than magnesium glycinate for neurological applications because citrate does not have the active transport mechanism that glycine provides. By adding the lemon juice after the glycine reaction is complete, the glycine has already bound to the majority of the magnesium, leaving only the unreacted fraction for the citric acid.

10. Comparison to Commercial Magnesium Glycinate Supplements

Commercial magnesium glycinate supplements are manufactured by reacting magnesium oxide or magnesium carbonate with glycine in hot water, followed by spray drying or freeze drying to produce a powder. The powder is then encapsulated or tableted. This manufacturing process is energy intensive and expensive. A 60 capsule bottle of magnesium glycinate (providing 200 mg elemental magnesium per serving) typically costs $15 to $25.

The in situ formulation described here produces fresh magnesium glycinate in solution at a cost of approximately $0.50 to $1.00 per serving, depending on the brand of Milk of Magnesia and glycine purchased in bulk. The preparation takes 5 to 7 minutes from start to finish. The tradeoff is convenience: commercial supplements can be taken without any preparation, while this formulation requires access to a microwave and a few minutes of active time.

For individuals who take magnesium glycinate daily and value the cost savings, this formulation is an attractive alternative. For individuals who travel frequently or have unpredictable schedules, commercial supplements may be more practical.

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Important Considerations

Medication Interactions: Magnesium can reduce the absorption of bisphosphonates (osteoporosis medications including alendronate, risedronate, ibandronate) and certain antibiotics including tetracyclines (doxycycline, minocycline) and quinolones (ciprofloxacin, levofloxacin). Separate ingestion by at least two hours. Magnesium may potentiate the effects of neuromuscular blocking agents used during anesthesia. If you are scheduled for surgery, inform your anesthesiologist that you take magnesium supplements. Glycine may interact with clozapine (an antipsychotic), potentially increasing the risk of side effects. Glycine may also interact with NMDA antagonists used in Alzheimer's disease treatment.

Kidney Health: This formulation contains 160 to 180 mg of elemental magnesium per serving. If you have stage 4 or 5 chronic kidney disease (eGFR below 30 ml per minute) or are on dialysis, consult your nephrologist before daily consumption. Magnesium can accumulate in kidney failure, causing hypermagnesemia (symptoms include nausea, weakness, low blood pressure, and cardiac arrhythmias).

Magnesium Tolerance: Magnesium glycinate is exceptionally well tolerated because the glycine ligand prevents the osmotic diarrhea associated with other magnesium salts. The 160 to 180 mg dose in this drink is well below the laxative threshold for more than 99 percent of individuals. However, individuals with a history of ostomy surgery, short bowel syndrome, or severe inflammatory bowel disease may have altered magnesium absorption and should start with a smaller dose.

Glycine Tolerance: Glycine is generally well tolerated. However, high doses (above 5 grams) can cause nausea, vomiting, and loose stools in some individuals. The 3 grams in this formulation is below this threshold for most individuals. Some individuals find the taste of glycine unpleasantly sweet. The lemon juice helps mask this sweetness.

Pregnancy and Lactation: Magnesium glycinate is pregnancy category A at this dose (160 to 180 mg elemental magnesium). The recommended dietary allowance for magnesium during pregnancy is 350 to 400 mg. This formulation provides approximately 40 to 50 percent of the RDA. Glycine is a non essential amino acid that is generally recognized as safe during pregnancy. However, consult your prenatal care provider before starting any new supplement regimen.

Start Slowly: If you are new to magnesium supplementation or have a history of gastrointestinal sensitivity, begin with half a serving (2.5 grams Milk of Magnesia, 1.5 grams glycine, 2.5 ml lemon juice in 100 ml water) for the first three to five days. Monitor for diarrhea, abdominal cramping, or nausea. If no adverse effects occur, increase to the full serving.

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A Quick Recap of Important Points:

This is not a simple magnesium drink. It is a precision in situ chelation formulation that converts insoluble magnesium hydroxide into highly bioavailable magnesium glycinate through a microwave assisted reaction with the amino acid glycine. The drink delivers approximately 160 to 180 mg of elemental magnesium as magnesium glycinate, the most bioavailable and gastrointestinal tolerant form of magnesium supplementation, along with approximately 940 to 1,080 mg of glycine. The microwave heating (3 minutes at medium power) accelerates the chelation reaction that would otherwise take hours at room temperature. The glycine ligand provides active transport across the intestinal epithelium, eliminates osmotic diarrhea, and contributes independent calming effects on the central nervous system. When consumed daily, ideally in the evening, this drink provides a level of magnesium and glycine support that effectively replaces commercial magnesium glycinate supplements at a fraction of the cost.

In short, this is an Advanced In Situ Chelated Magnesium Glycinate Drink with Neuromuscular Relaxation and Sleep Promoting Amino Acid Support.

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The Other Side of the Coin

As with everything in life, good and bad are two sides of a coin. They cannot exist in isolation. So far we have looked only at the bright side. Let us take some time to give some space here to the other side of the coin as well, a space it truly deserves and a disclaimer that can keep us from being too overenthusiastic and blind to possibly negative outcomes based on individual circumstances.

Potential Adverse Reactions by System:

Gastrointestinal: Magnesium glycinate is exceptionally well tolerated, with an incidence of diarrhea less than 1 percent at the 160 to 180 mg dose. However, the large excess of glycine (3 grams) may cause mild nausea or loose stools in approximately 1 to 2 percent of individuals. The lemon juice may cause heartburn in individuals with GERD.

Neurologic: Glycine acts as an inhibitory neurotransmitter. At the 3 gram dose, some individuals may experience mild sedation, drowsiness, or a feeling of relaxation. This is generally considered a therapeutic effect, particularly for evening use. However, if you need to drive or operate heavy machinery after taking this drink, be aware of the potential for drowsiness.

Metabolic: Glycine is metabolized to serine and then to pyruvate. In individuals with certain rare inborn errors of metabolism (nonketotic hyperglycinemia, glycine encephalopathy), glycine accumulates to toxic levels. These conditions are typically diagnosed in infancy. Adults with undiagnosed mild forms may experience neurological symptoms. If you have a history of unexplained seizures, developmental delay, or movement disorders, consult a physician before taking supplemental glycine.

Microwave Safety: The mixture should be heated in a microwave safe bowl. Do not heat in a sealed container, as pressure will build up and may cause an explosion. Use a bowl with at least 500 ml capacity to prevent boiling over. The bowl may become hot; use oven mitts when removing it from the microwave.

Reaction Completion Test: The visual indicator of a clear solution (as opposed to cloudy white) is the most reliable sign that the reaction is complete. If the solution remains cloudy after 3 minutes of microwave heating, heat for an additional 30 to 60 seconds. If it is still cloudy after 4 minutes total, add an additional 0.5 grams of glycine and heat for another minute.

Magnesium Hydroxide Sedimentation: Milk of Magnesia settles on standing. Shake the bottle vigorously before measuring the 5 grams to ensure the magnesium hydroxide particles are evenly suspended. If you measure from an unshaken bottle, the concentration of magnesium hydroxide in the measured dose may be lower or higher than intended.

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Elemental Magnesium Per Serving: Approximately 160 to 180 mg

Glycine Per Serving: Approximately 3 grams (940 to 1,080 mg bound to magnesium, approximately 2 grams free)

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Disclaimer: This information is for educational purposes and does not constitute medical advice. Always consult a qualified healthcare provider before making significant changes to your diet or supplement regimen, especially if you have pre existing medical conditions including chronic kidney disease, hypermagnesemia, nonketotic hyperglycinemia, epilepsy, pregnancy, or lactation, or if you are taking prescription medications including bisphosphonates, tetracycline antibiotics, quinolone antibiotics, clozapine, or NMDA antagonists. The microwave assisted chelation chemistry requires a microwave safe vessel and appropriate handling to prevent burns. The visual indicator of a clear solution is critical; do not consume the drink if it remains cloudy after heating, as unreacted magnesium hydroxide may cause gastrointestinal distress. This formulation is not intended to diagnose, treat, cure, or prevent any disease, including magnesium deficiency, insomnia, anxiety, or restless legs syndrome.

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