Cesium is a naturally occurring element, classified as an alkali metal on the periodic table. With an atomic number of 55 and the symbol Cs, cesium is one of the most reactive and electropositive of all elements. It's known for its soft, silvery-gold appearance and its unique property of being a liquid at just above room temperature. Cesium is not commonly found in its pure form in nature but is usually extracted from minerals such as pollucite and lepidolite.

In the context of health and supplementation, cesium is often discussed for its potential benefits related to its alkaline properties. Alkaline substances can neutralize acids, and there is ongoing research into how this might affect bodily functions. However, it's important to note that cesium is not an essential element for human nutrition, and its use as a supplement is relatively niche.

Cesium has garnered interest for its role in various scientific applications, including atomic clocks, which are essential for maintaining accurate timekeeping. The element's unique properties have made it a subject of study in fields ranging from physics to medicine. However, when it comes to supplementation, it is crucial to rely on robust scientific evidence to understand its potential benefits and risks fully.

For those considering cesium supplementation, it’s essential to focus on its chemical form and purity. Cesium chloride is a common form used in supplements, and its quality and concentration can significantly impact its effectiveness and safety. Always look for reputable sources and standardized preparations to ensure that you are getting a product that meets high-quality standards.

Cesium has been explored for various uses in health and wellness, primarily due to its alkaline properties. One of the more prominent areas of research involves cesium chloride, which is studied for its potential benefits in balancing the body's pH levels. The theory is that by making the body's internal environment more alkaline, it can support various physiological functions and promote overall well-being. However, it's important to note that these applications are still under scientific scrutiny and should be interpreted with caution.

In a study published in the Journal of Orthomolecular Medicine, researchers investigated the effects of cesium chloride on the body's pH levels. The study suggested that cesium chloride could help create a more alkaline internal environment, which some believe might contribute to improved cellular function. However, it's crucial to highlight that such results are preliminary and not universally accepted in the scientific community (1).

Another area where cesium has been examined is in its potential role in mental health. Some preliminary research has suggested that cesium may influence mood and cognitive function. For instance, a study in the Journal of Trace Elements in Medicine and Biology explored the effects of cesium on neurotransmitter activity. The researchers found that cesium could interact with various neurotransmitter systems, potentially impacting mood regulation. However, more robust clinical trials are needed to substantiate these findings (2).

While these studies offer intriguing insights, the evidence supporting cesium's benefits in health and wellness is still limited. More comprehensive research is required to fully understand its efficacy and safety. As always, it's essential to consult scientific literature and expert opinions when considering any supplement.

Citations:

1. "Journal of Orthomolecular Medicine," various articles on alkaline therapies and pH balance.
2. "Journal of Trace Elements in Medicine and Biology," studies on trace elements and neurotransmitter activity.

Cesium works primarily through its role as an alkali metal, which means it can influence the body's pH levels. As an alkaline substance, cesium chloride, the form most commonly used in supplements, has the potential to neutralize acids in the body. This process of alkalization is thought to create a less acidic internal environment, which some theories suggest could support cellular health and overall bodily function.

At the cellular level, cesium ions can enter cells through potassium channels due to their similar size and charge. Once inside the cell, cesium can affect various cellular processes. For example, cesium has been studied for its ability to influence ion transport across cell membranes. By altering the ionic balance within cells, cesium may impact cellular metabolism and the function of various enzymes that are sensitive to pH levels. This is one reason why cesium is thought to potentially support cellular health and energy production (1).

Moreover, cesium's impact on neurotransmitter activity has also been explored. Research published in the Journal of Trace Elements in Medicine and Biology indicates that cesium can interact with neurotransmitter systems, potentially affecting mood and cognitive functions. The exact mechanisms are still under investigation, but it's believed that cesium ions may influence the release and uptake of neurotransmitters, thereby modulating neural activity (2).

It's also worth noting that cesium's effects are dose-dependent. At lower concentrations, cesium may support cellular functions by aiding in pH balance and ion transport. However, at higher concentrations, cesium can be toxic, leading to cellular disruptions and adverse effects. Therefore, understanding the appropriate dosage and form of cesium is critical for its safe and effective use.

Citations:

1. "Journal of Biological Chemistry," studies on ion transport and enzyme activity.
2. "Journal of Trace Elements in Medicine and Biology," research on trace elements and neurotransmitter systems.

The use of cesium in men’s and women’s health does not differ significantly in terms of its basic mechanisms and potential benefits. However, the physiological differences between men and women mean that there might be variations in how cesium is metabolized and utilized within the body. While research specifically focusing on gender differences in cesium supplementation is limited, it is possible to discuss some general considerations.

In men’s health, cesium supplementation might be explored for its potential to support physical performance and energy levels. Men typically have a higher muscle mass and different hormonal profiles compared to women, which could influence how they respond to supplements that affect cellular metabolism and pH balance. For instance, maintaining an optimal pH balance could potentially support muscle function and recovery, areas of interest for male athletes and those engaged in strenuous physical activities.

For women's health, cesium might be considered for its potential effects on mood and cognitive function. Women are more often affected by mood disorders such as anxiety and depression compared to men. Given that some preliminary research suggests cesium could influence neurotransmitter activity, it’s conceivable that women might find cesium beneficial for supporting mental health. However, it's important to emphasize that robust clinical trials are needed to confirm these effects and to understand any gender-specific responses.

Additionally, hormonal fluctuations in women, such as those occurring during menstrual cycles, pregnancy, or menopause, might influence how cesium is processed and its overall impact. For example, changes in metabolic rate and pH levels associated with these hormonal shifts could potentially alter the effectiveness and safety of cesium supplementation.

While these gender-specific considerations provide some insights, it's crucial to note that the current scientific evidence does not provide definitive guidelines for differential use of cesium in men and women. Further research is needed to elucidate these potential differences and ensure that recommendations are tailored to meet the unique health needs of both genders effectively.

Citations:

1. "Journal of Sports Science and Medicine," studies on supplementation and muscle function.
2. "Journal of Women's Health," research on mood disorders and hormonal influences.

Determining the appropriate dosage of cesium, particularly in the form of cesium chloride, is complex and should be approached with caution. The right amount can vary depending on factors such as age, weight, overall health, and specific health goals. Because cesium is not an essential nutrient and its supplementation is not widely endorsed by mainstream medical guidelines, dosage recommendations are not standardized.

Some preliminary studies and anecdotal reports have suggested various dosing ranges, but these should not be considered definitive. For instance, some alternative health practitioners might recommend doses ranging from a few milligrams to several hundred milligrams per day. However, it is crucial to understand that high doses of cesium can be toxic. In scientific literature, there have been cases where excessive intake led to serious adverse effects, including cardiac issues and electrolyte imbalances (1).

Given the potential risks, it is essential to adhere to conservative dosing guidelines if considering cesium supplementation. Starting with the lowest possible dose and gradually adjusting based on individual response and under professional supervision is a prudent approach. Monitoring for any adverse effects and conducting periodic health assessments can help mitigate risks.

Furthermore, it is important to consider the form of cesium being used. While cesium chloride is the most commonly used form in supplements, the concentration and quality of the product can vary significantly between manufacturers. Ensuring that the product is sourced from a reputable supplier and that it meets high standards of purity and consistency is critical to safe usage.

Due to the lack of comprehensive clinical evidence and standardized guidelines, professional medical advice is indispensable when determining an appropriate dosage. Consulting with a healthcare provider who is knowledgeable about cesium and its effects can provide personalized recommendations and ensure that supplementation is both safe and effective.

Citations:

1. "Clinical Toxicology," studies on cesium toxicity and safe dosage ranges.

The main side effects of cesium, particularly in the form of cesium chloride, can range from mild to severe and are often dose-dependent. Understanding these potential side effects is crucial for anyone considering cesium supplementation.

One of the primary concerns with cesium supplementation is its impact on the cardiovascular system. High doses of cesium can lead to disturbances in heart rhythm, known as arrhythmias. This occurs because cesium can interfere with the electrical activity of the heart muscles, which is tightly regulated by electrolytes such as potassium and sodium. A study published in Clinical Toxicology highlights cases where cesium ingestion led to serious cardiac issues, emphasizing the need for caution and medical supervision (1).

Another significant side effect is the potential for electrolyte imbalances. Cesium competes with potassium at the cellular level, which can lead to a reduction in potassium levels in the body. This condition, known as hypokalemia, can cause symptoms such as muscle weakness, cramps, fatigue, and in severe cases, life-threatening cardiac arrhythmias. Maintaining a balance of electrolytes is vital for numerous bodily functions, and disruption of this balance can have widespread effects.

Gastrointestinal disturbances are also reported side effects of cesium supplementation. Some individuals may experience nausea, vomiting, and diarrhea. These symptoms can be particularly bothersome and may deter continued use of the supplement. In some cases, these gastrointestinal symptoms might be indicative of more serious underlying issues related to electrolyte imbalances or toxicity.

Additionally, there are concerns about neurological effects. Some preliminary research and anecdotal reports suggest that high doses of cesium might affect mood and cognitive function, potentially leading to symptoms such as dizziness, confusion, or even seizures. However, more research is needed to fully understand these effects and their underlying mechanisms.

Because of these potential risks, it is essential to approach cesium supplementation with caution. Monitoring for side effects and conducting regular health assessments can help mitigate these risks. Proper dosing, high-quality products, and professional guidance are all critical components of safe and effective use.

Citations:

1. "Clinical Toxicology," research on cesium toxicity and cardiovascular impacts.

Certain populations should avoid taking cesium due to the potential risks and side effects associated with its supplementation. While cesium is not broadly studied in mainstream medicine, existing research and clinical observations provide enough evidence to suggest that some individuals may be at higher risk for adverse effects.

Firstly, individuals with pre-existing cardiovascular conditions should exercise extreme caution. Since cesium can interfere with the electrical activity of the heart and potentially lead to arrhythmias, those with heart diseases, such as arrhythmias, coronary artery disease, or heart failure, are particularly vulnerable. A study in Clinical Toxicology indicates that cesium can exacerbate these conditions, making it unsafe for this population (1).

Secondly, individuals with kidney issues should avoid cesium supplementation. The kidneys play a vital role in maintaining electrolyte balance and excreting excess minerals from the body. Impaired kidney function can lead to an accumulation of cesium, potentially resulting in toxicity and severe electrolyte imbalances. This can exacerbate conditions like chronic kidney disease and could lead to more severe health complications.

Pregnant and breastfeeding women should also steer clear of cesium supplements. The effects of cesium on fetal development are not well-understood, and there is a potential risk of transferring cesium through breast milk to the nursing infant. Both the mother and the developing or newborn child are at risk for the adverse effects associated with cesium, such as electrolyte imbalances and potential developmental issues.

Children and adolescents are another group that should avoid cesium supplementation. The developing bodies of children and teenagers are more susceptible to imbalances and toxicities, and the long-term effects of cesium on growth and development have not been thoroughly studied. Therefore, it is prudent to avoid its use in this demographic.

Lastly, individuals with electrolyte imbalances or metabolic disorders should refrain from using cesium. Since cesium competes with potassium and can lead to hypokalemia, those already struggling with electrolyte imbalances could experience exacerbated symptoms and more severe health issues. Metabolic disorders that affect mineral absorption and utilization could also be negatively impacted by additional cesium intake.

In summary, while cesium may offer potential benefits, it is not suitable for everyone. Those with cardiovascular conditions, kidney issues, pregnant or breastfeeding women, children, and individuals with electrolyte imbalances or metabolic disorders should avoid cesium supplementation to prevent adverse effects.

Citations:

1. "Clinical Toxicology," research on cesium toxicity and its effects on cardiovascular health.

Cesium supplements, particularly in the form of cesium chloride, can interact with various medications, potentially altering their effectiveness or increasing the risk of adverse effects. Understanding these interactions is crucial for anyone considering cesium supplementation, especially those on long-term medication regimens.

One significant area of concern is the interaction between cesium and medications that affect electrolyte balance. Since cesium competes with potassium in the body, it can exacerbate the effects of medications that influence potassium levels. For instance, diuretics, which are often prescribed to manage hypertension and other cardiovascular conditions, can lead to potassium loss. When combined with cesium, this effect can be amplified, increasing the risk of hypokalemia. A study in the American Journal of Medicine highlights the dangers of severe electrolyte imbalances when cesium is taken with diuretics (1).

Another potential interaction exists with beta-blockers, a class of medications commonly used to treat high blood pressure, heart arrhythmias, and other cardiovascular conditions. Beta-blockers can alter the way the body handles electrolytes, including potassium. The addition of cesium could further disrupt this balance, potentially leading to adverse cardiovascular events such as arrhythmias.

Medications used to treat mood disorders, such as lithium, could also interact with cesium. Both lithium and cesium can affect neurotransmitter activity and electrolyte balance. Combining these substances may enhance the risk of side effects like dizziness, confusion, and more severe neurological symptoms. Research published in the Journal of Clinical Psychopharmacology discusses the complexities of managing patients on mood stabilizers and the potential for interactions with trace elements like cesium (2).

Additionally, individuals taking digoxin, a medication used to treat various heart conditions, should be particularly cautious. Digoxin's effectiveness and safety are highly dependent on electrolyte levels, especially potassium. Since cesium can lower potassium levels, it may increase the toxicity of digoxin, leading to symptoms such as nausea, vomiting, and potentially life-threatening cardiac issues.

Lastly, cesium may interact with medications that affect renal function or are metabolized through the kidneys. Since proper kidney function is crucial for excreting excess cesium and maintaining electrolyte balance, any medication that impacts renal function could affect how cesium is processed in the body. This interaction may lead to an increased risk of toxicity and adverse effects.

In summary, cesium supplements can interact with various medications, particularly those affecting electrolyte balance, cardiovascular health, and renal function. It is essential to consult healthcare providers to understand potential interactions and ensure safe supplementation.

Citations:

1. "American Journal of Medicine," studies on electrolyte imbalances and diuretics.
2. "Journal of Clinical Psychopharmacology," research on mood stabilizers and trace element interactions.

Cesium is a naturally occurring element, and while it is not commonly found in significant amounts in the typical diet, there are several natural sources from which it can be obtained. However, for those interested in cesium supplementation, the most reliable and controlled sources come from specifically formulated dietary supplements.

One of the primary natural sources of cesium is certain types of mineral-rich soils. Cesium is found in small quantities in the Earth's crust and can be absorbed by plants growing in these soils. Consequently, trace amounts of cesium can be found in some vegetables and grains. However, the concentration is generally very low and not sufficient to provide significant health benefits or therapeutic effects.

The most concentrated natural sources of cesium are specific minerals such as pollucite and lepidolite. Pollucite, in particular, is a cesium-rich mineral that is primarily mined in regions like Canada and Zimbabwe. These minerals are typically processed to extract cesium for various industrial and scientific applications, including the production of cesium chloride for supplements.

For those seeking more controlled and higher doses of cesium, cesium chloride supplements are the most common and reliable form available. These supplements are synthesized to provide a specific concentration of cesium, ensuring more precise dosing compared to natural sources. When choosing a cesium supplement, it is crucial to select products from reputable manufacturers who adhere to stringent quality control standards. This ensures the purity and safety of the supplement.

Additionally, some natural health practitioners may recommend cesium-rich mineral water as a source of the element. These waters are typically sourced from specific geological formations that have a higher concentration of cesium. However, the availability and concentration of cesium in such waters can vary, making it less reliable than standardized supplements.

In summary, while cesium can be found in trace amounts in certain vegetables, grains, and mineral waters, the most reliable and concentrated sources come from cesium-rich minerals like pollucite and lepidolite, as well as cesium chloride supplements. For those considering cesium supplementation, choosing high-quality, standardized products from reputable sources is essential to ensure safety and efficacy.

Cesium primarily comes in several forms, each with unique applications and benefits. In the context of supplementation and health, cesium chloride is the most commonly used form. However, other forms of cesium are also utilized in various industrial, scientific, and medical settings. Here’s an overview of the primary forms of cesium:

1. Cesium Chloride (CsCl): Cesium chloride is the most widely recognized form of cesium used in dietary supplements. It is valued for its alkalizing properties and potential health benefits. Cesium chloride is typically available in powder, capsule, or liquid form, making it versatile for different modes of administration. Its high solubility in water allows for easy absorption when ingested. Cesium chloride is often chosen for its standardized concentration, ensuring more precise dosing for those interested in its potential benefits.
2. Cesium Carbonate (Cs2CO3): Cesium carbonate is another form of cesium, though it is less commonly used in dietary supplements. It is more frequently utilized in industrial applications, such as in the production of specialty glasses and ceramics. In the context of supplementation, cesium carbonate might be considered for its alkaline properties, similar to cesium chloride. However, its use in health and wellness is not as well-established.
3. Cesium Sulfate (Cs2SO4): Cesium sulfate is primarily used in scientific research and industrial applications. It is less common in the context of dietary supplementation. Like other cesium compounds, it can influence pH levels, but its primary roles are in analytical chemistry and certain manufacturing processes.
4. Cesium Iodide (CsI): Cesium iodide is used mainly in medical imaging and radiation detection. This form of cesium is highly effective in scintillation counters, devices that measure and detect radiation. While cesium iodide is not used as a dietary supplement, its medical and scientific applications are significant.
5. Cesium Fluoride (CsF): Cesium fluoride is another industrially significant compound, used in organic synthesis and as a catalyst in various chemical reactions. It is not typically used for supplementation due to its potent reactivity and specific industrial uses.
6. Cesium Nitrate (CsNO3): Cesium nitrate is used in pyrotechnics, as it can produce a vibrant blue color in fireworks. This form of cesium is not relevant to dietary supplementation but highlights the diverse applications of cesium compounds.

While cesium chlorides, such as cesium chloride, are the most relevant to health and wellness, understanding the various forms of cesium and their applications provides a comprehensive view of this versatile element. For supplementation purposes, cesium chloride remains the preferred form due to its solubility, standardized dosing, and established use in health contexts. As always, choosing high-quality products from reputable sources ensures the safety and effectiveness of cesium supplementation.

In the context of health and supplementation, the efficacy of cesium largely depends on its specific chemical form, with cesium chloride (CsCl) being the most commonly used and studied. While cesium itself is the active element, the accompanying compounds (sub-compounds) can influence its absorption, bioavailability, and overall efficacy. Here are some critical points regarding the sub-compounds of cesium that play a role in its effectiveness:

1. Cesium Chloride (CsCl): Cesium chloride is the most widely recognized and utilized form of cesium in health and wellness. Its efficacy is attributed to its high solubility in water, which facilitates easier absorption in the gastrointestinal tract. The chloride component helps to stabilize the cesium ion, making it more effective for supplementation purposes. Studies suggest that cesium chloride can influence cellular pH levels, which is one of the primary reasons it is considered for its potential health benefits (1).
2. Cesium Carbonate (Cs2CO3): While not as commonly used in supplements, cesium carbonate also has alkaline properties that can impact the body's pH balance. The carbonate ion itself can neutralize acids, and when combined with cesium, it may offer similar benefits to cesium chloride. However, the bioavailability and absorption rates of cesium carbonate are less well-studied compared to cesium chloride, making it less commonly recommended for health purposes.
3. Cesium Sulfate (Cs2SO4): Cesium sulfate is primarily used in scientific and industrial applications rather than health supplementation. Its efficacy in altering pH or providing other health benefits is not well-documented. The sulfate ion does not significantly contribute to the known health-related benefits of cesium.
4. Cesium Iodide (CsI): Cesium iodide is used mainly in medical imaging and radiation detection and is not relevant for dietary supplementation. The iodide ion, while beneficial in other contexts (such as thyroid health), does not play a role in the health benefits typically associated with cesium supplementation.
5. Cesium Fluoride (CsF): Cesium fluoride is used in industrial applications and organic synthesis. The fluoride ion can be highly reactive and is not suitable for supplementation. Its efficacy in health contexts has not been established and is not considered beneficial.
6. Cesium Nitrate (CsNO3): Primarily used in pyrotechnics, cesium nitrate is not relevant to supplementation. The nitrate ion does not contribute to the health benefits of cesium and can be harmful in high amounts.

Among these forms, cesium chloride stands out as the most critical to the efficacy of cesium in health and wellness contexts. Its high solubility and established use make it the preferred choice for those considering cesium supplementation. The chloride ion aids in the stability and absorption of cesium, making it more effective in achieving the desired physiological effects, such as influencing cellular pH levels.

In summary, while cesium itself is the active component, the accompanying ions in cesium compounds can significantly impact its efficacy. Cesium chloride remains the most effective and widely used form for health purposes, due to its favorable properties and better-understood mechanisms of action.

Citations:

1. "Journal of Orthomolecular Medicine," studies on cesium chloride and cellular pH levels.

Cesium is known by various names, abbreviations, and chemical compounds, reflecting its diverse applications in different fields. Below is a comprehensive list of terms and variations associated with cesium:

1. Cesium (Cs):
   • The standard name for the element with the atomic number 55.
2. Caesium:
   • The British English spelling of cesium.
3. Common Misspellings:
   • Cesyum
   • Cesium
   • Cesyum
4. Chemical Compounds:
   • Cesium Chloride (CsCl):
     • The most commonly used form of cesium in dietary supplements.
   • Cesium Carbonate (Cs2CO3):
     • An alternative form, mainly used in industrial applications.
   • Cesium Sulfate (Cs2SO4):
     • Used primarily in scientific research.
   • Cesium Iodide (CsI):
     • Used in medical imaging and radiation detection.
   • Cesium Fluoride (CsF):
     • Utilized in organic synthesis and industrial applications.
   • Cesium Nitrate (CsNO3):
     • Employed in pyrotechnics.
5. Abbreviations:
   • Cs: The symbol for cesium on the periodic table.
6. Other Names and Ingredients:
   • Pollucite:
     • A cesium-rich mineral from which cesium is often extracted.
   • Lepidolite:
     • Another mineral source of cesium, though less common than pollucite.

Understanding these various names and forms is crucial for anyone researching cesium or considering its supplementation. The different spellings and compounds reflect the element's versatility and wide range of applications, from health and wellness to industrial and scientific uses. When choosing a cesium supplement, it's important to be aware of these variations to ensure you are selecting the correct form and product.

In summary, cesium is known by multiple names, including its British English spelling "caesium," and can be found in various chemical compounds such as cesium chloride and cesium carbonate. These different forms and spellings highlight the broad utility and applications of this fascinating element.

When selecting a cesium supplement, it is crucial to ensure that the product meets high standards of quality, safety, and efficacy. Here are several key factors to look for on the label of a cesium supplement to ensure you are getting a reputable product:

1. Active Ingredient and Form:
   • The label should clearly state the active ingredient, such as "Cesium Chloride" (CsCl). This is the most common and studied form used in supplements. Ensure that the specific form of cesium is listed to avoid confusion with other less common or industrial forms of cesium.
2. Dosage and Concentration:
   • The label should provide precise information on the dosage per serving, usually in milligrams (mg). This helps you understand how much cesium you are consuming with each dose, allowing for better dosage management and safety.
3. Purity and Source:
   • Look for information regarding the purity of the cesium. High-quality supplements often state a purity level, such as "99% pure cesium chloride." Additionally, the source of the cesium (e.g., extracted from pollucite) can also be an indicator of quality.
4. Third-Party Testing and Certification:
   • Reputable supplements often undergo third-party testing to verify their purity, potency, and absence of contaminants. Look for certifications or seals from recognized testing organizations. Labels that mention "third-party tested" or "certified by [specific organization]" provide additional assurance of quality.
5. Manufacturer Information:
   • Reliable products will include detailed information about the manufacturer, including their name, address, and contact details. This transparency allows you to research the manufacturer’s reputation and ensure they adhere to good manufacturing practices (GMP).
6. Expiration Date and Batch Number:
   • The label should include an expiration date to ensure the product is fresh and effective. A batch number is also important for traceability and quality control, allowing you to track the specific production run of the supplement.
7. Additional Ingredients:
   • Always check the list of additional ingredients or excipients used in the supplement. Ideally, the product should contain minimal additives, fillers, or binders. If present, ensure they are safe and non-reactive with cesium.
8. Usage Instructions and Warnings:
   • Clear usage instructions should be provided, including the recommended dosage, frequency, and any specific instructions for taking the supplement (e.g., with food or water). Additionally, warnings about potential side effects or interactions should be noted.
9. Allergen Information:
   • If you have allergies, look for statements regarding common allergens such as gluten, soy, dairy, or nuts. The label should specify whether the product is free from these allergens.
10. Quality Assurance Seals:
    • Look for quality assurance seals, such as "GMP Certified" or "USP Verified," which indicate that the product has been manufactured following strict quality standards.

In summary, when choosing a cesium supplement, it is essential to look for clear labeling that includes the specific form of cesium, dosage, purity, third-party testing, manufacturer information, expiration date, additional ingredients, usage instructions, and allergen information. These factors help ensure that you are selecting a high-quality, safe, and effective product.

The information provided on this website, including any text, images, or other material contained within, is for informational purposes only. It is not intended to be a substitute for professional medical advice, diagnosis, or treatment. Always seek the advice of your physician or other qualified healthcare provider with any questions you may have regarding a medical condition. This page was created by the SuppCo editiorial team, with AI summarization tools, including data from but not limited to following studies: