# Magnesium Aconitate **Canonical URL:** https://ingredients.hermeticasuperfoods.com/ingredients/magnesium-aconitate **Data Source:** Hermetica Superfoods Ingredient Encyclopedia **Updated:** 2026-04-04 **Evidence Score:** 2 / 10 **Category:** Mineral **Also Known As:** Magnesium aconitate hexahydrate, Magnesium salt of aconitic acid, Mg aconitate, Dimagnesium aconitate, Aconitic acid magnesium salt, Magnesium aconiticum ## Overview Magnesium aconitate is a magnesium salt of aconitic acid, a tricarboxylic acid intermediate in the citric acid (Krebs) cycle. No clinical trials or biomedical studies have evaluated its therapeutic efficacy or bioavailability in humans, making it one of the least-studied magnesium compounds available. ## Health Benefits • No documented health benefits - no clinical trials or biomedical studies exist for magnesium aconitate • No evidence for therapeutic effects - research limited to early 20th-century chemical studies • No established medicinal uses - no safety or efficacy data available • Potential magnesium source by analogy only - unstudied for biological activity • No traditional medicinal applications recorded in any system ## Mechanism of Action Magnesium aconitate theoretically dissociates in the gastrointestinal tract to release free magnesium ions (Mg²⁺) and aconitate, a tricarboxylic acid anion. Mg²⁺ acts as a cofactor for over 300 enzymatic reactions, including ATP synthase, adenylyl cyclase, and NMDA receptor modulation. The aconitate ligand is a substrate in the citric acid cycle, converted by aconitase (ACO2) between citrate and isocitrate, though whether dietary aconitate meaningfully contributes to this pathway after oral ingestion has not been studied. ## Clinical Summary No clinical trials, randomized controlled studies, or prospective human studies have been conducted on magnesium aconitate as of the available literature. Published research is limited to early 20th-century organic chemistry characterizations of aconitic acid salts, with no measurement of bioavailability, pharmacokinetics, or health outcomes. Because no safety or efficacy data exist, it is impossible to draw evidence-based conclusions about its therapeutic potential or compare it to well-studied forms such as magnesium glycinate, citrate, or malate. The absence of data does not imply safety or benefit; it reflects a complete research gap. ## Nutritional Profile Magnesium aconitate is the magnesium salt of aconitic acid (propene-1,2,3-tricarboxylic acid), contributing both elemental magnesium and the tricarboxylate aconitate anion. The magnesium content by molecular weight is approximately 10-12% elemental magnesium (molecular formula approximated as C6H4MgO6, MW ~196), comparable in elemental density to magnesium citrate (~11%) rather than magnesium oxide (~60%). Aconitic acid is an intermediate in the Krebs cycle, appearing between citrate and isocitrate via aconitase enzyme activity, suggesting the aconitate component is a naturally occurring organic acid in human [metabolism](/ingredients/condition/weight-management). No direct bioavailability studies exist for this specific salt; however, by structural analogy to magnesium citrate and magnesium malate — other organic acid magnesium salts — bioavailability may exceed inorganic forms (oxide, sulfate) due to the chelating carboxylate groups enhancing solubility at intestinal pH. No fiber, protein, or vitamin content is present. The aconitate ligand itself contributes no established caloric or micronutrient value beyond its role as an organic acid carrier. ## Dosage & Preparation No clinically studied dosage ranges exist for magnesium aconitate, as no clinical studies have been conducted. No standardized forms, extracts, or preparations have been established. Consult a healthcare provider before starting any new supplement. ## Safety & Drug Interactions No formal safety studies, toxicology data, or adverse event reports specific to magnesium aconitate exist in the published literature. General magnesium toxicity risk applies: excessive magnesium intake from any supplemental source can cause hypermagnesemia, presenting as diarrhea, nausea, hypotension, bradycardia, and in severe cases, cardiac arrest, particularly in individuals with renal impairment. Magnesium supplementation broadly may interact with bisphosphonates, fluoroquinolone and tetracycline antibiotics, and certain diuretics by impairing absorption or altering excretion. Pregnant or breastfeeding individuals should avoid magnesium aconitate specifically due to the complete absence of safety data, though magnesium itself is essential during pregnancy. ## Scientific Research No human clinical trials, RCTs, or meta-analyses were identified for magnesium aconitate in available sources, including PubMed searches that yielded no PMIDs. Research is confined to early 20th-century chemical preparation studies with no biomedical efficacy data. ## Historical & Cultural Context No historical or traditional medicinal uses are recorded for magnesium aconitate in any traditional medicine systems including Ayurveda or TCM. Documentation is confined exclusively to chemical literature rather than medicinal applications. ## Synergistic Combinations Magnesium aconitate may pair meaningfully with Vitamin B6 (pyridoxine, 10-25mg), which upregulates magnesium transport into cells and reduces urinary magnesium excretion, amplifying intracellular magnesium retention regardless of the salt form used. Given that aconitate is a Krebs cycle intermediate, co-administration with malic acid or magnesium malate could theoretically support [mitochondrial](/ingredients/condition/energy) energy flux by providing sequential intermediates to aconitase and malate dehydrogenase pathways, potentially benefiting individuals with mitochondrial insufficiency. Taurine (500-1000mg) represents a third complementary pairing, as taurine stabilizes intracellular magnesium concentrations by modulating membrane ion channels and has demonstrated additive effects with magnesium salts in [cardiovascular](/ingredients/condition/heart-health) and neuromuscular applications in preclinical studies. ## Frequently Asked Questions ### What is magnesium aconitate and what is it used for? Magnesium aconitate is the magnesium salt of aconitic acid, a naturally occurring tricarboxylic acid found as an intermediate in the citric acid cycle. It has no documented medicinal uses, and no clinical studies have established any therapeutic application. It appears occasionally as a listed ingredient in supplements, but without efficacy or bioavailability data to support its inclusion over better-studied magnesium forms. ### Is there any clinical evidence that magnesium aconitate works? No clinical trials, human studies, or animal bioavailability studies have been published on magnesium aconitate. The only documented research dates to early 20th-century chemical characterization of aconitic acid and its salts, with no measurement of health outcomes. Consumers should treat any marketed health claims for this compound as unsupported by current scientific evidence. ### How does magnesium aconitate compare to magnesium citrate or glycinate? Magnesium citrate demonstrates approximately 30% elemental magnesium absorption in clinical studies and is well-documented for constipation relief and magnesium repletion. Magnesium glycinate is associated with high tolerability and reduced laxative effect due to glycine-facilitated intestinal transport. Magnesium aconitate has no comparative bioavailability data whatsoever, making it impossible to rank against these established forms. ### Is magnesium aconitate safe to take? There is no published toxicology data, no established safe dosage range, and no adverse event reporting specific to magnesium aconitate. While Mg²⁺ itself is an essential mineral with a well-characterized upper tolerable intake level of 350 mg/day from supplemental sources (per the NIH), the aconitate component has not been evaluated for safety at supplemental doses. Individuals with kidney disease face particular risk from any uncharacterized magnesium salt due to impaired renal magnesium excretion. ### Does aconitic acid in magnesium aconitate provide any Krebs cycle benefit? Aconitic acid is a natural intermediate in the citric acid cycle, converted by the mitochondrial enzyme aconitase (ACO2) between citrate and isocitrate during cellular energy production. However, there is no evidence that orally ingested aconitate reaches mitochondria in meaningful quantities or bypasses normal metabolic regulation to enhance ATP production. The premise that supplementing a Krebs cycle intermediate translates to measurable energetic benefit in healthy humans has no clinical support for aconitate specifically. ### Why is magnesium aconitate rarely found in commercial supplements compared to other magnesium forms? Magnesium aconitate lacks clinical research demonstrating efficacy or safety, making manufacturers reluctant to invest in production or marketing. Most supplement companies prioritize magnesium forms with established bioavailability data and consumer recognition, such as citrate, glycinate, or malate. The absence of traditional medicinal use or modern clinical trials means there is no demand-driving evidence base to support its commercial viability. ### What is the absorption rate of magnesium aconitate, and how does it compare to other mineral forms? The absorption rate of magnesium aconitate has never been formally studied in humans, making direct bioavailability comparisons impossible. Unlike well-researched forms such as magnesium citrate or glycinate, no pharmacokinetic data exists to determine how efficiently the body absorbs or utilizes magnesium from this compound. Any claims about its absorption would be speculative and unsupported by scientific evidence. ### Are there any known reasons why magnesium aconitate was not pursued for medical or supplement use despite being chemically synthesized? Early 20th-century chemical studies established magnesium aconitate's composition but found no evidence of therapeutic benefit or biological advantage over simpler magnesium salts. The lack of follow-up research suggests chemists and manufacturers found no compelling reason to develop it further for human consumption. Without documented safety profiles or efficacy data from that era or beyond, the ingredient remained a laboratory curiosity rather than a viable supplement option. --- *Source: Hermetica Superfoods Ingredient Encyclopedia — https://ingredients.hermeticasuperfoods.com* *License: CC BY-NC-SA 4.0 — Attribution required. Commercial use: admin@hermeticasuperfoods.com*