Physically active people, especially professional athletes, push their bodies to reach new levels of athletic performance. Physical activity gives them energy, but it also burns through their vitamin, mineral, and water supply more quickly..

The results of intense activity are often dehydration, fatigue, muscle spasms, muscle pain, aching joints and ligaments, and the inability to achieve desired results due to poor recovery.

IV therapy for athletes has become a popular method of replenishing lost nutrients and fluids after a strenuous workout. Let’s see how the treatment works and what benefits it can provide.

What Is IV Therapy for Athletes?

IV therapy for athletes is an intravenous administration of essential vitamins, minerals, and electrolytes to enhance athletic potential and aid in post-workout recovery. The intravenous delivery of nutrients is quicker and more effective than when these ingredients are ingested orally because IV skips the digestive system, where nutrients are broken down.

IV therapy for athletic performance lasts 30-45 minutes and requires regular sessions. The effects of the treatment last up to four weeks.

Note: IV therapy for athletes involves the use of hypotonic IV fluids. Read our guide about types of IV fluids to learn more about them.

Ingredients of IV Therapy for Athletes 

The contents of an IV drip bag for athletes include a mix of essential nutrients and vitamins in a saline solution, specially selected to speed up recovery and boost performance. A popular choice is Myers’ cocktail, developed by the late Dr. John Myers to treat fatigue, fibromyalgia, muscle spasms, and other medical conditions. 

The Vibrant Skin Bar has its own carefully developed, signature IV therapy for athletes. It contains the following ingredients:

Vitamin B complex

Vitamins thiamine (B1), riboflavin (B2), niacinamide (B3), dexpanthenol (B5), pyridoxine (B6), and cyanocobalamin (B12) work together to improve the patient’s energy levels and metabolism, maintain nerve and heart health, and support adrenal function.

Vitamin C

The building block of collagen and a potent antioxidant, vitamin C reduces inflammation and helps alleviate the pain in joints and ligaments resulting from physical strain.

Glutathione

Health experts consider glutathione the “master antioxidant” because it helps treat many serious conditions. This powerful substance decreases inflammation caused by free radicals during intense physical activity and suppresses muscle fatigue.

Magnesium chloride

This anti-inflammatory mineral aids in the production of red blood cells. It replenishes oxygen in the body during and after workouts, preventing or alleviating muscle spasms and cramps.

Calcium gluconate

This mineral is essential in supporting bone health. Athletes strain their bones more than the average person by running and lifting weights. They also lose this essential mineral through sweat. IV drips help replenish calcium levels to maintain healthy skeletal function. 

Note: Strenuous and continuous exercise must be accompanied by good nutrition, typically a combination of a quality diet and nutritional supplements. Failing to provide our body with the nutrients it needs may impair our adrenal function, resulting in symptoms grouped under the umbrella term "adrenal fatigue". Find out what adrenal fatigue is and how to avoid it.

Benefits of IV Therapy for Athletes

Many athletes who regularly receive IV therapy testify to the treatment’s beneficial role in supporting their health and athletic performance. They claim the treatment provides the following benefits:

• Quick rehydration – Fluids, antioxidants, and other essential nutrients are delivered quickly through an IV infusion, helping athletes restore optimal hydration levels after intense workouts and heavy perspiration.
• More energy – IV therapy supports normal cell production and quickly supplies the body with essential fluids and nutrients, increasing energy levels.
• Faster recovery – Antioxidants and electrolytes in IV therapy help reduce inflammation and oxidative stress, decreasing muscle pain, cramping, and spasms.

Patients report overall better health after IV therapy, including improved sleep and mood. Find out more in our IV Therapy benefits.

Is IV Therapy Healthy?

IV infusions are an established treatment in hospitals. They can improve a range of health issues that result from nutritional deficiencies often associated with dehydration.

Traditional IV therapy used in hospitals has been modified to include ingredients that can support athletes in their quest for athletic excellence. Medical professionals who administer IV drips to athletes report minimal side effects such as bruising and slight dizziness after the treatment. Overall, the treatment is generally considered safe.

Some sports institutions forbid the use of IV therapy for healthy athletes because it can mask the use of prohibited substances. Always check the regulatory sports body’s policies before competing to ensure you play by the rules.

Can I work Out After IV Therapy?

You can work out after IV therapy unless you experience light-headedness, nausea, or any rare side effects like infection at the injection site.

Many athletes schedule the treatment before an athletic event to boost their energy levels and ensure top performance.

Cost of IV Therapy for Athletes

Costs for IV therapy for athletes can vary based on the specific performance and recovery needs the drip is formulated to address. Infusions that include only essential electrolytes and B vitamins are typically on the lower end, while more advanced blends containing ingredients like amino acids, high-dose vitamin C, magnesium, or antioxidants usually come at a higher price.

The length of the session, the specialized supplies required, and the level of medical oversight also factor into overall cost. Clinics may adjust pricing depending on their expertise with sports-focused treatments, the technology they use, and regional market demand.

For the most accurate estimate, a consultation is recommended so your provider can tailor the IV to your training routine and recovery goals.

Conclusion

IV therapy is a popular method of increasing energy before and recovering from injury and fatigue after a sports event. If you want to learn more, check out our Does IV Therapy Really Work article to learn more about this treatment.

Book a session at the Vibrant Skin Bar to experience the treatment’s energizing effects!

Thiamine, or vitamin B1, is a vital nutrient that supports glucose metabolism and helps cells use stored energy. It is essential for maintaining a healthy heart, central nervous system, and immune function.

This article explores the vitamin’s potential in assisting weight loss and explains what happens when we don’t have enough of this vitamin. 

How Does Thiamine Affect Weight?

Scientists haven’t discovered a direct link between thiamine and weight. However, as the vitamin’s primary role is to support energy metabolism, inadequate vitamin levels can disrupt metabolic processes, hormones, and other mechanisms that regulate weight.

Note: Learn how other B vitamins and weight loss are related.

Can Lack of Thiamine Cause Weight Loss?

There is inconclusive evidence about the effects of vitamin B1 deficiency on weight loss. In one human study, researchers induced thiamine deficiency to examine the resulting symptoms and health disorders. Weight loss was one of these symptoms.

Other symptoms of vitamin B1 deficiency included fatigue, sleep disorders, cognitive decline, and abdominal problems. These results suggest a more severe thiamine deficiency can lead to serious health disorders, including heart, nerve, and muscle abnormalities.

study, researchers observed a thiamine deficiency in obese and type 2 diabetic patients who had recently lost weight or reduced their food intake. These results suggest weight loss increases the risk of B1 deficiency, and not the other way around.

A study on sheep demonstrated no significant effect of thiamine intake on weight, but it potentially enhanced fat breakdown.

Does Thiamine Boost Your Metabolism?

Thiamine plays a crucial role in glucose, lipid, and amino acid metabolism. Optimal vitamin B1 levels enable a smooth conversion of food into energy that cells use to perform their functions. Low thiamine levels can hinder these processes, slowing down metabolism.

Causes of Thiamine Deficiency

Clinical thiamine deficiency is rare in developed countries because many foods are fortified with B vitamins. However, it may occur due to the following reasons:

• Excess alcohol intake – Decreases food intake and interferes with vitamin B1 absorption.
• Poor diet – A diet high in white flour, sugar, and fats decreases thiamine absorption, while increased food processing (cooking, frying) destroys the vitamin.
• Certain medical conditions – Diabetes, AIDS, liver disorders, an overactive thyroid gland, anorexia, and other health problems often cause malnutrition or decreased thiamine absorption, leading to its deficiency.
• Bariatric surgery – Post-surgery stress increases the demand for vitamin B1, but the reduced stomach size and side effects such as nausea and vomiting may decrease its intake.
• Pregnancy and breastfeeding – Nausea and vomiting in pregnancy and increased nutritional needs in pregnant and lactating women often result in nutrient deficiencies.
• Aging – Studies suggest older adults are at an increased risk of thiamine deficiency due to naturally low thiamine absorption, regular use of medications, and chronic diseases.
• Strenuous physical activity – Athletes often experience a heightened need for thiamine and other vitamins from the B complex due to increased energy expenditure and nutrient loss through increased sweating.

Note: Many athletes embrace the numerous benefits of IV therapy for athletic performance. Find out how it works!

Symptoms of B1 Deficiency

Early symptoms of vitamin B1 deficiency include the following:

• Fatigue
• Agitation
• Abdominal discomfort
• Nausea
• Vomiting
• Disturbed sleep
• Weight loss

Untreated thiamine deficiency may lead to more severe symptoms, such as the following:

• Prickling and burning sensation in the arms and feet
• Muscle atrophy
• Partial eye paralysis
• Memory loss
• Confusion
• Chest pain
• Tachycardia
• Pulmonary edema

How to Treat Thiamine Deficiency

Thiamine deficiency symptoms can be reversed with vitamin supplements, IV therapy, or both. Doctors usually recommend multivitamins with a B complex because other B vitamin deficiencies usually accompany a lack of vitamin B1.

Patients with more severe symptoms can benefit from a faster treatment – a vitamin B injection or vitamin B IV therapy. IV therapy involves the intravenous delivery of B vitamins for quick nutrient recovery.

A balanced diet is an essential cofactor in the treatment of thiamine deficiency. Patients should avoid processed foods, simple sugars, and alcohol and eat thiamine-rich foods, including the following:

• Fortified bread, cereals, pasta
• Whole grains
• Pork
• Chicken
• Fish
• Yogurt
• Legumes
• Brown rice

Conclusion

Thiamine is vital for energy metabolism. Adequate vitamin B1 levels contribute to our overall well-being and may improve the body’s ability to regulate weight.

All nutrient deficiencies impede health, potentially leading to weight gain, hormonal imbalances, insulin resistance, and other health problems. The best way to ensure the smooth functioning of our body is to enjoy a nutrient-rich diet, engage in regular, moderate physical activity, and take vitamin supplements if needed.

Dehydration occurs when the body loses more fluids than it consumes. This happens due to various factors, such as excessive sweating, vomiting, diarrhea, high fever, or inadequate fluid intake. The consequences of dehydration can range from mild discomfort to life-threatening situations, especially if left untreated. Common symptoms of dehydration include increased thirst, dry mouth, dizziness, confusion, and fatigue.

While milder cases of dehydration can be managed through oral rehydration, some cases require a more effective solution. This is where intravenous (IV) therapy is critical for restoring hydration levels and replenishing vital electrolytes.

This article explains IV fluids for dehydration, the benefits of the therapy, and answers some common questions regarding IV therapy.

What Are IV Fluids for Dehydration?

IV fluids for dehydration are crystalloid solutions used to rehydrate the body. They are injected into the body via an intravenous tube to restore the electrolyte balance in the system and treat dehydration. By injecting IV fluids directly into the bloodstream, medical professionals significantly save time and speed up the recovery process.

Note: Learn about different types of IV fluids.

When To Use IV Fluids for Dehydration?

IV fluids are typically recommended in severe cases of dehydration when oral rehydration is not effective enough to replenish optimal levels of electrolytes in the body. This happens due to prolonged periods of inadequate fluid intake, excessive sweating, vomiting, or diarrhea. The symptoms of dehydration include:

• Dizziness
• Fatigue
• Headaches
• Lack of energy
• Fast heartbeat
• Dry skin
• Sunken eyes
• Irritability
• Confusion
• Dark-colored urine
• Extreme thirst

Who Can Receive IV Fluids for Dehydration?

IV fluids for dehydration are a safe and fast method to replenish optimal levels of fluids in adults and children. IV for rehydration is also a good way for people who perform endurance sports and rigorous physical training to regain the water they lost during activity.

Note: Learn about the benefits of IV therapy.

Rehydration with IV Fluids: The Process

Here is a step-by-step guide to IV therapy for dehydration.

1. Initial checkup – Before administering the IV drip, the medical professional analyzes your symptoms and the overall state of your health to determine the exact combination of IV fluids you need, as well as the amount and frequency of the treatment.
2. Preparation – The medical professional examines your veins to find the best point of insertion and cleans the area with alcohol.
3. Cannula insertion – They gently insert a needle into the vein in your arm and then replace the needle with a flexible cannula for comfort and a small piece of tape is put on top of the cannula so it stays in place during the treatment. Then they attach the IV bag to the tube that goes into your arm through the needle.
4. Fluid injection and monitoring – The medical professional enables the flow from the IV bag to begin the IV treatment. They observe the patient during the treatment and regularly check the flow of IV fluids entering your body to ensure everything is as it should be and the best results are achieved.
5. Additional checkup – Medical professionals schedule an additional checkup a few days after the treatment to ensure the symptoms have subsided and decide on follow-up treatments if necessary.

Benefits of Rehydrating with IV Fluids

There are many benefits to IV fluids rehydration.

1. Rehydrates More Effectively

IV fluids provide instant rehydration results. Aside from water, IV fluids usually contain nutrients and vitamins that contribute to optimal functioning. By going directly into the bloodstream, IV therapy bypasses the digestive system and starts working immediately.

2. Boosts Immunity

Dehydration often happens due to outside factors such as viruses, bacterial infections, or flu. This is why most IV therapies for rehydration typically contain vitamin B or vitamin C, which boost the immune system. These vitamins also successfully alleviate symptoms of dehydration, such as low energy, fatigue, and irritability.

Note: Learn about the benefits of vitamin B IV therapy and vitamin C IV therapy.

3. Cures Hangover Symptoms

Dehydration is a common side effect of hangover and can vary from mild to severe. IV therapy prevents serious damage to your system due to excessive drinking and improves symptoms such as fatigue, headache, vomiting, and excessive thirst.

Note: Learn more about the hangover IV therapy.

4. Boosts Energy Levels

One of the first things patients feel after receiving IV therapy for rehydration is higher energy levels. This is because IV fluids for rehydration often contain amino acids that convert fatty acids in our bodies into energy.

Note: Learn more about amino acid IV therapy.

5. Improves Brain Function

Dehydration can cause lasting and damaging effects on the brain and mental functions. Symptoms such as fatigue, dizziness, and loss of concentration are often a consequence of dehydration and can be treated with IV therapy.

6. Supports Healthy Organ Functioning

Aside from the brain, dehydration affects other organs in your body. The kidneys, in particular, need optimal water intake (about 8 cups) to function normally and keep the body healthy. In case of dehydration, the toxins in your body build up because the kidneys cannot flush them out, which can cause long-term damage.

7. Improves Skin Elasticity

Dehydration causes the skin to become dry and more prone to wrinkles as the body starts losing collagen and elastin. It also contributes to muscle weakness, which causes premature aging of the skin.

Note: Learn more about IV drip for glowing skin.

8. Better Athletic Performance

Dehydration frequently happens due to excessive sweating during exercise. For athletes who regularly train and put a lot of strain on their muscles, IV therapy for athletic performance prevents dehydration and helps the body recover after intense workouts.

Risks of Using IV Fluids for Dehydration

IV therapy rarely causes any side effects when administered by a skilled medical professional. Some bruising, redness, or swelling at the point of needle insertion is common with any IV therapy treatment, and it does not last long.

More serious conditions such as infections, air embolisms, or hematomas are extremely rare and happen if the person administering the therapy is not fully trained to perform the procedure.

IV Fluids for Dehydration: FAQ

Here are the most frequently asked questions about IV fluids for dehydration.

How Long Does It Take for IV Fluids for Dehydration to Work?

Typically, many patients feel the first signs of improvement even before the IV therapy treatment ends. They instantly feel an energy boost and mental clarity, while other improvements to the system in terms of optimal hydration levels are visible within a few hours of the treatment.

How Often Can I Receive Fluids for Dehydration?

The frequency of IV treatments for dehydration depends on the severity of your symptoms and is determined by a medical professional. For overall wellness, patients usually receive one treatment every two weeks. For treating specific symptoms and conditions, IV therapy can be administered several times a week or every day until the medical situation improves.

What Is the Recovery Time After Receiving IV Fluids for Dehydration?

The treatment does not require any recovery time. Patients can go back to their regular activities right away while avoiding heavy exercise so as not to strain or injure the injected arm.

Conclusion

IV fluids for dehydration play a crucial role in restoring fluid balance, replenishing electrolytes, and speeding up the recovery of bodily functions affected by low hydration. The administration of IV fluids is best performed by a skilled medical professional, who will determine the exact combination, amount, and frequency of IV fluids you should receive based on your symptoms and goals.

If you are looking for nutritional IV therapy near Phoenix, reach out to our medical professionals at Vibrant Skin Bar to schedule an appointment and learn more about it.

The essential component of every IV therapy is a sterile saline solution. The solution is either used alone to rehydrate the patient or in combination with other nutrients, medications, or supplements. Because the ingredients of the IV drip bag are administered directly to the bloodstream, body cells absorb them quickly and efficiently.

This article lists the main types of IV fluids, their chemical composition, and the medical conditions they help treat.

Note: Learn more about what is IV therapy and how it works.

5 Types of IV Fluids

IV fluids are broadly classified into two groups: crystalloid and colloid solutions. These are further divided into categories based on tonicity (crystalloid) and whether they contain natural or artificial ingredients (colloid).

Crystalloid solutions are divided into three subtypes:

• Hypertonic
• Hypotonic
• Isotonic

Colloid solutions can be categorized into two subtypes:

• Natural
• Synthetic

Based on the unique characteristics of each fluid type, healthcare workers prescribe a suitable therapy for each patient.

Crystalloid Solutions

Crystalloid solutions contain smaller particles or solutes that easily pass through cell membranes. Crystalloid solutions are divided based on tonicity into hypertonic, hypotonic, and isotonic solutions.

Tonicity is the ability of a solution to make water move in or out of a cell. This ability depends on the concentration of solutes in relation to the surrounding blood plasma.

1. Hypertonic Solutions

Hypertonic solutions contain a greater concentration of solutes than the patient’s cells. Because of this, they cause the fluids to move out of the cell into the extracellular fluid compartment. As a result, the cells shrink.

Depending on the formulation, hypertonic fluids are used to help patients with post-operative recovery, severe sodium deficiency, swelling of the brain, severe bronchitis, low blood sugar, and more.

They should be used for short periods because they can cause fluid overload, which leads to the buildup of fluids in the lungs.

2. Hypotonic Solutions

Hypotonic solutions contain smaller concentrations of solutes than the patient’s cells, causing water to move from the extracellular fluid compartment into the cell. Nutritional IV providers use these fluids for patients with dehydrated cells, often caused by diabetic ketoacidosis, high blood glucose, a hangover, etc.

Note: Hypotonic solutions also aid recovery after strenuous exercise. Learn more about IV Therapy for Athletic Performance.

3. Isotonic Solutions

Isotonic crystalloid fluids have the same concentration of solutes as the patient’s cells. They are used to replenish fluid deficits in the extracellular fluid compartment or maintain its volume.

Depending on the formulation, they help treat patients suffering from blood loss after surgery, dehydration, and sodium loss caused by vomiting and diarrhea, hemorrhages, metabolic acidosis, etc.

Note: Learn more about isotonic IV fluids for dehydration, including who can receive them and when.

Colloid Solutions

Colloid solutions have larger particles than crystalloid fluids. They typically don’t cross cell membranes but remain in the bloodstream, providing the patients with nutrients for longer periods than crystalloid solutions.

Colloid fluids increase intravascular volume and raise blood pressure in patients with blood and fluid losses that occur due to hypovolemic shock, capillary leak syndrome, cardiac disease, edema, and low oncotic pressure.

Colloids are divided into natural and synthetic fluids.

1. Natural Colloids

Natural colloid fluids contain proteins and blood products such as plasma and blood-clotting constituents. Colloid fluids commonly contain these ingredients:

• Albumin – This is a protein that attracts sodium, increasing its potential to expand fluids and treat excess fluid loss. It also has antioxidant properties. Patients with severe anemia or heart problems shouldn’t receive albumin fluids.

• Plasma – This is the protein-rich, aqueous part of the blood. It is used in patients with severe burns, infections, congenital deficiencies, liver failure, etc.

2. Synthetic Colloids

Synthetic colloids are alternative, economical solutions to albumin fluids. Common synthetic colloid fluids include starches, dextrans, and gelatins.

• Hydroxyethyl starches (HES) are the most frequently used synthetic colloids, often replacing plasma fluids. They are administered to patients who experience shock after severe blood loss. Scientists recommend caution using starches in critically ill patients because studies suggest HES increases the risk of acute renal failure and death in patients with septic shock.
• Dextrans - Polysaccharides with a high water-binding capability. They are commonly used to improve the patients’ microcirculation, prevent clotting after surgery, treat hypovolemia, hypotension, etc.
• Gelatins - Polypeptides used in IV therapy to decrease blood viscosity. They are smaller than dextrans and starches and are more quickly eliminated from the body.

Conclusion

There are several types of IV fluids, and not all of them are strictly for medicinal use. Nutritional IV therapy is a great way of replenishing your body with vitamins and minerals.

Whatever the case may be, your IV therapy provider will determine the best type of IV fluid based on your medical history, current condition, and needs.

If you are looking for nutritional IV therapy in the Phoenix area, Vibrant Skin Bar's team of experts is the place to go to. Our team of professionals will determine the optimal mix of nutrients for you based on your needs. Contact us for more information or to book an appointment.