How LDN supports autoimmune conditions & chronic inflammation - Brad White, R.Ph., Featured on the “Made to Be Whole” Podcast

We’re thrilled to share some exciting news from the Medicine Center Pharmacy family! Our very own Brad White, R.Ph., recently joined Krista Michener on her podcast, Made to Be Whole, for an insightful conversation about the evolving world of pharmacy and patient care.

In this episode, learn about:

How compounding pharmacies differ from retail pharmacies

The importance of quality & safety in compounded medications

How LDN supports autoimmune conditions & chronic inflammation

A Deep Dive into Compounding Pharmacies and LDN

In this engaging episode, Brad delves into the unique role of compounding pharmacies, highlighting how they differ from traditional retail pharmacies. He discusses the importance of PCAB accreditation and how it ensures the highest standards in customized medication preparation.

One of the focal points of their discussion is Low Dose Naltrexone (LDN). Brad shares his expertise on how LDN can be a game-changer for individuals dealing with autoimmune conditions and chronic inflammation, offering hope where conventional treatments may fall short.


Advocating for Personalized Patient Care


Brad’s passion for patient-centered care shines through as he talks about the challenges posed by the current insurance-driven healthcare model. He emphasizes the need for personalized solutions and how compounding pharmacies like the Medicine Center Pharmacy are at the forefront of this approach.

Tune In and Learn More

For those interested in exploring how compounding pharmacies and treatments like LDN can make a difference, this episode is a must-listen. Brad’s insights offer a fresh perspective on the potential of personalized medicine.

You can listen to the full episode of Made to Be Whole featuring Brad White here. 

Stay informed and empowered in your health journey!

If you or a loved one are exploring LDN or need expert compounding solutions, this episode is a must-listen!

Listen to the full episodde: https://ffm.bio/madetobewhole

Have questions about LDN? Drop them in the comments or call our team—we’re here to help!

Featured
Acetyl-L-Carnitine / 500 mg
Acetyl-L-Carnitine / 500 mg
$47.00

Acetyl-L-Carnitine is the acetylated form of l-carnitine. It supports healthy mitochondrial function and cell membrane stability. The acetyl group from acetyl-l-carnitine is responsible for production of acetylcholine, an important neurotransmitter for optimal mental functioning, memory and attention.

Flax Seed Oil
Flax Seed Oil
$26.90

Flax seed oil is nature’s most concentrated source of alpha-linolenic acid (ALA), an essential omega-3 fatty acid. Flax Seed Oil supplement provides ALA, as well as significant amounts of oleic acid and the essential linoleic acid in their natural triglyceride forms. Flax Seed Oil is extracted without the damaging effects of heat, light, and oxygen using a mechanical expeller press. Using this process, the oil never is exposed to temperatures above 96º F, and it retains its natural color and contents of naturally occurring fatty acids, phosphatides, vitamins, minerals, and antioxidants. Organic Flax Seed Oil is available as a liquid or in softgel form.

Folic Acid / 800 mcg with Vitamin B-12
Folic Acid / 800 mcg with Vitamin B-12
$15.00

Folic acid is a water-soluble essential B vitamin found in many foods, including leafy green vegetables, citrus fruits, and beans. Research has established that supplementation with folic acid before and during the first two months of pregnancy can prevent neural tube defects in developing fetuses in women. The U.S. Public Health Service has recommended that women of childbearing age take a supplement containing 400 mcg of folic acid every day to reduce the risk of a pregnancy affected by neural tube defects. In addition to its prevention of serious birth defects, folic acid plays a key role in the metabolism of homocysteine. Homocysteine is a sulfur containing amino acid that is created in the body from methionine, an essential amino acid derived solely from dietary intake. High plasma levels of homocysteine appear to injure the vasculature, impairing the functional abilities of endothelial and smooth muscle cells. Elevated homocysteine also appears to be thrombogenic. Suboptimal intake of several B vitamins, including folic acid, in addition to renal failure and genetic defects in homocysteine metabolism, can all contribute to abnormal homocysteine levels.

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