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WELLNESS-IV INFUSIONS
Hydroxocobalamin and methylcobalamin are both forms of vitamin B12 (cobalamin), an essential nutrient for red blood cell formation, nerve function, and DNA synthesis. The key difference between them lies in their chemical structure and how the body uses them.
Hydroxocobalamin (B12a)
A precursor form: Found naturally in food sources like meat, fish, and dairy, hydroxocobalamin is considered a precursor to the active forms of B12. The body must first convert it into either methylcobalamin or adenosylcobalamin before it can be used.
Good for injections: Because it has a longer retention time in the body than other forms, hydroxocobalamin is often the preferred choice for treating vitamin B12 deficiencies via injection.
Antidote for cyanide poisoning: Hydroxocobalamin can also be used as an emergency treatment for cyanide poisoning, as it binds with cyanide to form the less toxic cyanocobalamin.
Methylcobalamin
An active form: Methylcobalamin is one of the two active coenzyme forms of vitamin B12 in the body. This means it does not need to be converted to be used for metabolic functions.
Crosses the blood-brain barrier: Methylcobalamin is the most abundant form of B12 in human blood plasma and can cross the blood-brain barrier without conversion, making it especially important for the nervous system.
Improves nerve function: It is an essential cofactor for the enzyme methionine synthase, which helps reduce homocysteine and is needed for the nervous system to function properly.
1. What They Are
Hydroxocobalamin (B12) – A natural form often used in injections. It stays in the body longer and converts to active B12 (methylcobalamin & adenosylcobalamin) as needed.
Methylcobalamin (B12) – An already active form of B12 that your body can use immediately. Often found in oral supplements, sublingual tablets, and sometimes injections.
Longer-lasting: Stays in the bloodstream for a longer time, so injections may be needed less frequently.
Powerful for B12 deficiency: Commonly used to treat anemia, nerve issues, and fatigue caused by low B12.
Detox support: Helps neutralize cyanide (important for smokers, those with exposure to cyanide, or certain metabolic issues).
Stable & well-tolerated: Often the preferred form in medical settings for injections.
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Hydroxocobalamin
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Glutathione
Lipo-Mino Mix is a brand of injectable fat burner used to assist with weight loss and support overall wellness, typically as part of a medically supervised program. It is not a standalone weight loss solution, but rather a supplement to a healthy diet and regular exercise. The mix is injected directly into a muscle, allowing its ingredients to be quickly absorbed into the bloodstream.
Ingredients
Lipo-Mino Mix contains a combination of lipotropic agents, amino acids, and B vitamins that work together to enhance metabolism and energy. Common ingredients include:
L-Carnitine: A protein building block that helps the body use fat for fuel, improves energy, and aids in muscle building and recovery.
Methionine: An amino acid that helps break down fats and carbohydrates in the liver.
Inositol: A carbohydrate that assists with fat metabolism and promotes a healthy liver.
Choline: An essential nutrient that supports liver health by aiding fat metabolism and converting fat into energy.
B-Vitamins:
B1 (Thiamine): Helps convert fats and carbohydrates into energy.
B2 (Riboflavin): Boosts metabolism and supports the immune system.
B6 (Pyridoxine): Promotes red blood cell production and helps convert food to energy.
B12 (Methylcobalamin or Cyanocobalamin): An energy booster that supports healthy nerve cells.
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Lipo-Mino
L-carnitine is a nutrient that the body produces to help turn fat into energy, with most people creating enough to meet their needs. Your body's production is supplemented by food sources, and it is available as a dietary supplement. The following includes information on its potential uses, food sources, and important safety considerations
How L-carnitine works
Energy production: L-carnitine transports fatty acids into the mitochondria of your cells, where they can be burned for energy.
Other bodily functions: It is important for heart and brain function, muscle movement, and other metabolic processes.
Diet and production: It is primarily found in animal products like red meat, while vegan and vegetarian diets provide less. The body's natural production often makes up for dietary differences.
Common reasons for use
Addressing deficiency: L-carnitine is FDA-approved to treat deficiencies caused by certain genetic diseases or medical conditions.
Weight management: Some studies suggest that supplementation may help reduce body weight and fat mass, particularly when combined with diet and exercise, though research results are mixed.
Heart health: Research on its effects on heart conditions like angina and heart failure has shown some promise, though further studies are needed.
Brain function: Acetyl-L-carnitine, a different form of the nutrient, may help with age-related mental decline and dementia.
Fertility: Some studies suggest that L-carnitine may improve sperm quality in men and ovulation rates in women with PCOS, though more research is necessary.
Exercise recovery: Some athletes use it for potential benefits in muscle recovery after strenuous exercise.
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L-Carnitine
Nicotinamide adenine dinucleotide (NAD+) is a coenzyme found in all living cells that is essential for fundamental biological processes. While the potential benefits of boosting NAD+ levels are promising, much of the research has been conducted in animal models, and more extensive human clinical trials are needed.
Anti-aging and longevity
Cellular energy: NAD+ is a critical component for healthy mitochondrial function, which produces energy (ATP) for the cells. Its levels naturally decline with age, and restoring them has shown a potential to reverse age-related decline at a cellular level in animal studies.
DNA repair: By helping to repair DNA, NAD+ may slow the aging process and protect against age-related damage, including UV damage to the skin.
Reduced inflammation: In animal models, increased NAD+ has been shown to reduce chronic inflammation and oxidative damage, both of which contribute to aging and disease.
Cognitive function
Neuroprotection: Some research suggests that NAD+ protects nerves and helps improve cognitive function, especially in the context of neurodegenerative diseases like Alzheimer's.
Mental clarity: Improved mitochondrial function in brain cells can lead to enhanced mental clarity and focus.
Metabolic health
Weight management: NAD+ plays an important role in regulating metabolism and may assist with weight management by helping to break down fat cells and boost calorie burning.
Metabolic disorders: Studies indicate that boosting NAD+ levels could help manage metabolic disorders such as type 2 diabetes, metabolic syndrome, and nonalcoholic fatty liver disease (NAFLD).
Insulin sensitivity: Increasing NAD+ has been shown to improve glucose and insulin regulation in animal models.
Cardiovascular health
Blood pressure: Some research suggests that NAD+ supplementation can improve blood pressure and arterial stiffness, which are risk factors for cardiovascular disease.
Heart health: NAD+ is involved in the energy metabolism of heart muscle cells and may protect against various cardiovascular issues.
Physical performance
Muscle health: Increasing NAD+ can help mitigate age-related muscle atrophy and improve muscle function in animal studies.
Energy boost: Improving mitochondrial function and energy production in cells can lead to higher overall energy levels and reduced fatigue.
Methods of increasing NAD+
NAD+ levels can be boosted through several means:
Precursor supplementation: Taking precursors like nicotinamide mononucleotide (NMN) and nicotinamide riboside (NR), which the body converts into NAD+, is a common approach.
Lifestyle: Exercise, diet, and caloric restriction can influence NAD+ levels.
Intravenous (IV) therapy: Some clinics offer IV infusions of NAD+. However, experts are cautious about the lack of scientific evidence for the effectiveness of IV therapy.
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NAD & NAD+
WELLNESS-WEIGHT-LOSS
WELLNESS-PEPTIDES
Medical weight loss injections (like Semaglutide and Tirzepatide) help regulate appetite and improve metabolism to support safe, steady weight loss.
They work by mimicking natural hormones that signal fullness, making it easier to eat less without extreme dieting.
Combined with healthy lifestyle changes and expert guidance, they can help patients lose weight and keep it off long-term.
1. How do weight loss injections work?
They mimic natural gut hormones that slow digestion, reduce appetite, and help control cravings, making it easier to eat fewer calories.
Adults struggling with weight loss despite healthy lifestyle changes may qualify. A consultation is needed to ensure it’s safe for you.
Most patients notice changes in appetite right away and may start losing weight within the first few weeks.
4. Are there side effects?
The most common are mild nausea, stomach upset, or fatigue at the start. Your provider will adjust dosing and guide you through any side effects.
Long-term success depends on healthy habits. These medications work best when paired with lifestyle changes for lasting results.
Peptides can come from multiple sources, both naturally and synthetically.
Natural production: The human body produces its own endogenous (internal) peptides, such as insulin and oxytocin, which act as hormones.
Dietary sources: Peptides can be obtained by digesting dietary proteins from foods like eggs, fish, meat, dairy, and legumes.
Synthetic peptides: Synthetic peptides are manufactured in labs for use in medications, supplements, and cosmetic products
Some peptides, such as GLP-1 agonists like semaglutide, help regulate appetite and control blood sugar, which can aid in weight loss.
Peptides can promote muscle growth and recovery. Certain peptides, such as growth hormone secretagogues (GHS), trigger the release of natural growth hormone, which helps increase lean muscle mass and enhance performance.
Certain peptides, like BPC-157 and copper peptides, promote faster healing by accelerating tissue repair and growth.
Antimicrobial peptides play a role in the immune system, fighting off infections. .
Peptides are used in skincare to stimulate the production of collagen and elastin, which improves skin's elasticity and firmness.
Peptides are natural building blocks in your body that act like messengers to promote healing, metabolism, and other vital functions.
Different peptides target specific goals — from weight loss and muscle recovery to improving sleep, energy, and skin health.
When prescribed and monitored by a qualified provider, peptide therapy is considered safe and well-tolerated.
Most peptides are given as small, easy self-administered injections, but some may be available as oral or topical options.
Some benefits (like better sleep and energy) can appear within weeks, while weight loss and muscle support may take several months.
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Why People Love IV Infusions
Fast, Effective Absorption: Nutrients go straight into your bloodstream — no waiting for digestion, so your body gets what it needs immediately.
Instant Hydration & Energy: Perfect for fighting fatigue, jet lag, dehydration, or a busy lifestyle.
Immune Support: Vitamins and antioxidants help your body fight colds, flu, and everyday stress.
Beauty From Within: Hydration and nutrients promote glowing skin, healthy hair, and nail strength.
Customizable Wellness: Choose blends for immunity, energy, recovery, hangover relief, or beauty — tailored to your needs.
