Fat
metabolism

Choline helps the liver package and move fats through the body. Methionine contributes to the chemical reactions involved in normal nutrient metabolism.
How MIC + B12 Works
MIC + B12 combines nutrients that support everyday cell function.
Choline helps transport fats;
methionine supports metabolism
Inositol supports cell membranes
and normal cellular signaling
B12 helps form red blood cells
and supports nerve function
Product illustration. Actual packaging may vary.
Longevity
Starting from $139 $155 10% off
Support fat metabolism, boost energy, and enhance your body's natural detox process
Prescription only when clinically appropriate. Eligibility and results vary.
MIC is an injectable supplement blend combining vitamin B12 with three lipotropic (fat-metabolizing) compounds: methionine, inositol, and choline. It helps boost energy levels, support metabolism, and assist with weight loss.
Methionine (M): An essential amino acid that helps the liver break down fats and prevents extra fat from building up in the body.
Inositol (I): A compound related to B-vitamins that helps control insulin and assists in moving fats through the bloodstream.
Choline (C): A nutrient that helps transport fat out of the liver so your body can use it as fuel.
Vitamin B12: A vitamin that helps form red blood cells, reduces fatigue, and boosts overall energy levels.
Energy Boost: Helps reduce tiredness and brain fog, especially during dieting.
Fat Metabolism: Supports the liver in clearing out stored fats.
Weight Loss Support: Used alongside diet and exercise to help break through weight plateaus.

Choline helps the liver package and move fats through the body. Methionine contributes to the chemical reactions involved in normal nutrient metabolism.

Inositol forms part of cell membranes and signaling molecules. These signals help cells respond to hormones and coordinate everyday metabolic processes.

Vitamin B12 supports healthy red blood cell formation and normal nerve function. Correcting low B12 can help address fatigue caused by a deficiency.
The Prime Point quality standard
Before medication reaches a Prime Point patient, it is supported by a layered quality process designed to verify what is inside, protect its purity, and hold every pharmacy partner to a consistently high standard.
We test for potency to ensure every medication contains the correct concentration of active ingredients.
We ensure our pharmacy partners test for sterility so medications are free of foreign organisms, pathogens, and bacteria.
We test for endotoxicity to confirm medications adhere to established endotoxin safety recommendations.
Every medication is independently third-party tested, and every pharmacy is rigorously vetted before any partnership begins.
Methylcobalamin and cyanocobalamin are two forms of vitamin B12 that support healthy red blood cell production, nerve function, and energy metabolism. Methylcobalamin is a naturally occurring, biologically active form that can be used readily by the body, while cyanocobalamin is a synthetic, highly stable form that the body converts into active B12. Both can effectively restore B12 levels, although methylcobalamin is often preferred in wellness treatments because it is already in an active form.
MIC-B12 supports detoxification primarily through its lipotropic compounds—Methionine, Inositol, and Choline—which help the liver process and eliminate fats and toxins more efficiently. These nutrients work together to break down fat deposits in the liver, prevent fat buildup, and assist in transporting waste products out of the body.
Many people report improvements in mental clarity, focus, and mood after consistent use—especially if they were previously deficient in B12. Inositol, another component of MIC-B12, may also support brain function and emotional balance, particularly in individuals with insulin sensitivity or hormonal imbalances.
MIC+B12 injections generally have few significant medication interactions, but patients should still disclose all prescriptions, over-the-counter medicines, and supplements before treatment because formulations may vary. Chloramphenicol may reduce the blood-cell response to vitamin B12, while metformin and long-term acid-reducing medications can lower B12 levels—although this is primarily an absorption issue and is less relevant to injectable B12. Patients with a cobalt or B12 allergy, kidney or liver disease, or Leber’s hereditary optic neuropathy should be evaluated carefully before treatment.