Vanadium
Description
Vanadium is a trace element naturally present in the environment and in minute quantities within the human body. While its essentiality for humans is still under investigation, research primarily focuses on its 'insulin-mimetic' properties, suggesting it may help mimic or enhance the actions of insulin in some physiological contexts. This has led to explorations of its potential benefits in supporting healthy blood sugar management. The proposed mechanisms of vanadium's action include influencing enzyme systems involved in carbohydrate and lipid metabolism. It is thought to interact with insulin signaling pathways, potentially improving glucose uptake and utilization by cells. Some studies suggest it might inhibit enzymes that dephosphorylate insulin receptors, thereby prolonging insulin's effects. Beyond glucose metabolism, vanadium may have other minor biological roles, but these are less well-understood or studied. As a trace mineral, it is typically required in very small amounts, and the therapeutic window between beneficial effects and potential toxicity can be narrow, making careful dosing crucial.
Sources
ShellfishMushroomsBlack pepperParsleyDillGrainsSoybeansGreen beansCarrotsPotatoes
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Timing & Intake
AnytimeWith food
Taking vanadium with food is generally recommended to minimize potential gastrointestinal upset.
Optimal Dosage
Minimum10 mcg
Maximum100 mcg
Safety & Toxicity
Toxicity Threshold1800 mcg
Toxicity EffectKidney damage
Goals
Energy
Impact
Limited evidence
Typical dose:0.5–2 mg
Vanadium has insulin-mimetic properties and is studied for its potential in blood sugar regulation. However, for the general population seeking an energy boost, there is insufficient evidence to support its use, and supplementation is not standard practice.
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Metabolism Boost
Impact
Limited evidence
Typical dose:0.5–2 mg
While Vanadium can mimic insulin's effects, the dosages needed to achieve this often approach toxic levels, creating an unfavorable risk-benefit profile. Its use is not recommended for general metabolic support due to potential adverse effects.
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Interactions
Positive Interactions
Chromium
Both vanadium and chromium are trace minerals investigated for their roles in glucose metabolism, and they may synergistically support healthy blood sugar levels.
Magnesium
Magnesium is a cofactor in numerous enzymatic reactions related to glucose metabolism and insulin signaling, potentially complementing vanadium's actions.
Zinc
Zinc is crucial for insulin synthesis, storage, and secretion, and adequate levels may support the overall effectiveness of insulin-sensitizing compounds like vanadium.
Product stats
Price per product
Average$30.07
Median$27.16
Price per serving
Average$0.64
Median$0.62
Price per 10 mcg
Average$0.39
Median$0.13
Price distribution
Price per serving distribution
Price per 10 mcg
Reference amount: 10 mcg
Forms
Paired ingredients
Ingredient forms
Vanadyl Sulfate (19) 55
Vanadyl sulfate is one of the most widely studied forms of Vanadium in dietary supplements. Research has explored its potential to mimic insulin's actions, promoting glucose uptake into cells and improving insulin sensitivity. However, its absorption can be variable, and effective doses often approach levels associated with toxicity.
Pros
- Most extensively studied form of Vanadium in human trials
- Relatively inexpensive and widely available
Cons
- Variable and often poor absorption from the gut
- Can cause gastrointestinal upset (nausea, diarrhea, abdominal cramps)
- Effective doses often overlap with toxic doses, raising safety concerns
Per product
Avg$33.95
Med$28.00
Per serving
Avg$0.65
Med$0.60
Per 10 mcg
Avg$0.15
Med$0.11
Price distribution
Vanadium Citrate (14) 60
Vanadium citrate is an organic salt where the trace mineral Vanadium is chelated with citric acid. This form is thought to enhance the bioavailability of vanadium by facilitating its passage through the digestive tract and cell membranes, potentially leading to better absorption than simple inorganic salts.
Pros
- Potentially improved bioavailability compared to inorganic Vanadium salts
- May cause less gastrointestinal irritation
Cons
- Efficacy still relies on the general properties of Vanadium, which has mixed research
- Higher doses can still lead to toxicity concerns inherent to Vanadium
Per product
Avg$45.09
Med$41.11
Per serving
Avg$1.19
Med$0.79
Per 10 mcg
Avg$0.10
Med$0.10
Price distribution
Vanadium Amino Acid Chelate (9) 65
Vanadium amino acid chelate is a form where Vanadium ions are molecularly bound to amino acids. This chelation process aims to protect the mineral from interactions with other dietary components, improve its solubility, and facilitate its transport across the intestinal wall, thereby enhancing bioavailability and reducing potential gastrointestinal side effects often associated with inorganic mineral salts.
Pros
- Improved bioavailability and absorption compared to inorganic forms
- Less likely to cause gastrointestinal irritation
- Stable form designed for optimal delivery
Cons
- Efficacy is still dependent on Vanadium's general properties and research findings
- May be more expensive than basic inorganic forms
Per product
Avg$46.61
Med$31.99
Per serving
Avg$1.34
Med$1.37
Per 10 mcg
Avg$0.52
Med$0.32
Price distribution
TRAACS Vanadium Nicotinate Glycinate Chelate (8) 75
TRAACS (The Real Amino Acid Chelate System) Vanadium Nicotinate Glycinate Chelate is a highly advanced, patented form of Vanadium developed by Albion Minerals. This chelate binds Vanadium to both nicotinic acid (a form of niacin) and glycine, creating a stable molecule that is designed to pass through the digestive system intact and be highly absorbed, minimizing gastrointestinal irritation and maximizing bioavailability.
Pros
- Excellent bioavailability and absorption due to patented chelation technology
- Reduced risk of gastrointestinal upset
- High quality and consistency due to manufacturing standards
Cons
- May be more expensive than other Vanadium forms
- Efficacy still dependent on Vanadium's overall research and safety profile
Per product
Avg$40.02
Med$33.08
Per serving
Avg$1.05
Med$1.06
Per 10 mcg
Avg$0.09
Med$0.10
Price distribution
S. cerevisiae (6) 70
Vanadium-enriched Saccharomyces cerevisiae involves the incorporation of Vanadium into the yeast biomass during fermentation. This 'food-form' approach is designed to deliver minerals in a natural, organic matrix, which is often associated with improved bioavailability, better tolerance, and a potentially reduced risk of toxicity compared to inorganic mineral salts.
Pros
- Potentially higher bioavailability and better absorption due to organic food matrix
- May be better tolerated and cause less gastrointestinal upset
- Lower risk of toxicity compared to inorganic salts in some contexts
Cons
- Less specific research on efficacy compared to vanadyl sulfate
- Individuals with yeast allergies or sensitivities should avoid this form
Per product
Avg$42.83
Med$34.29
Per serving
Avg$1.09
Med$1.12
Per 10 mcg
Avg$1.09
Med$1.12
Price distribution
Sodium Metavanadate (5) 40
Sodium metavanadate is an inorganic salt containing Vanadium. While it has been used in some laboratory and animal studies to investigate Vanadium's biological effects, it is generally considered to have a higher toxicity profile and can cause significant gastrointestinal irritation. It is less commonly used in dietary supplements due to these concerns and generally poor bioavailability for nutritional purposes.
Pros
- Used in some historical research studies for its biological activity
Cons
- High toxicity risk compared to other forms of Vanadium
- Significant potential for gastrointestinal irritation
- Generally poor bioavailability for nutritional supplementation
Per product
Avg$8.41
Med$8.66
Per serving
Avg$0.05
Med$0.05
Per 10 mcg
Avg$0.05
Med$0.05
Price distribution
Algae (4) 70
Vanadium-enriched algae is a 'food-form' mineral source where Vanadium is integrated into the natural matrix of algae. Similar to yeast-bound minerals, this form is hypothesized to offer superior bioavailability, better absorption, and potentially reduced toxicity due to the organic complexation of the mineral within the algal cells, mimicking how minerals are found in natural foods.
Pros
- Potentially higher bioavailability and absorption compared to inorganic forms
- Natural food-form delivery
- May be better tolerated and cause less gastrointestinal upset
Cons
- Limited specific research on efficacy compared to vanadyl sulfate
- May not be suitable for individuals with allergies to algae or seafood
Per product
Avg$34.67
Med$33.39
Per serving
Avg$1.12
Med$1.11
Per 10 mcg
Avg$0.94
Med$1.04
Price distribution