Health & WellnessFeature

Everest Regenerative Medicine Brings Adipose-Derived Stem Cell Therapy to North Dakota

Everest Regenerative Medicine is preparing to bring the future of medicine into the present under the direction of Chief Medical Officer Dr. Arden Beachy by launching an advanced adipose-derived stem cell (ADSC) program—one of the most promising and accessible forms of regenerative therapy available today. Use cases Joints IV Infusions Microneedling Hair Restoration Inflammatory Disorders

Stem Cells

Everest Regenerative Medicine is preparing to bring the future of medicine into the present under the direction of Chief Medical Officer Dr. Arden Beachy by launching an advanced adipose-derived stem cell (ADSC) program—one of the most promising and accessible forms of regenerative therapy available today.

Use cases

  • Joints
  • IV Infusions
  • Microneedling
  • Hair Restoration
  • Inflammatory Disorders

“We’re not just talking about treating symptoms anymore,” Dr. Beachy said. “We’re talking about regeneration. A second chance at vitality using your own biology.”

This is not speculative science. It’s deeply personal medicine, and Everest is leading its delivery to the area.

Stem cells have long been hailed as the holy grail of regenerative therapy—but not all stem cells are created equal. Most people are familiar with bone marrow extraction or umbilical cordderived cells. Yet, as science advances, new paths are discovered and Dr. Beachy is taking full advantage of the latest research.

“Fat is gold when it comes to stem cells,” he said. “It’s abundant. It’s accessible. And it’s incredibly powerful.” Unlike other stem cell sources, which may degrade within days of injection, adiposederived mesenchymal stem cells survive for weeks—even months—within the body. This gives them a longer window to integrate, adapt, and regenerate damaged tissue.

“These cells aren’t burdened with your lifestyle history. They’re clean slates,” Dr. Beachy said.

Once extracted, the fat is sent to an FDA-compliant lab where it’s processed and converted into tens of millions of living, personalized stem cells. These are then cryopreserved, stored in stateof-the-art facilities, and ready to be shipped back to the clinic within 24 hours for future therapeutic use.

The Procedure: Simple & Safe

The collection process is as unintrusive as it is innovative.

“You are not put under. There are no large incisions,” Dr. Beachy said. “We use a small amount of numbing agent, same as for the aesthetic body sculpting. Then, we make one small incision and extract 20 milliliters of adipose tissue. That’s it.”

The extraction takes less than half an hour. Most patients return to work the same day with little more than a small stitch and a bruise—if that.

Once processed, the resulting stem cell line belongs to the patient—and potentially their family. Thanks to HLA matching, first-degree relatives can often use the same stem cells without rejection.

“A 21-year-old patient can bank stem cells that their parents and even their siblings may one day benefit from,” Dr. Beachy said.

While stem cell injections into knees, hips, and shoulders are the most immediate application, Everest offers options beyond orthopedic care.

The same stem cells can be infused via IV for systemic regeneration or applied topically for cosmetic procedures such as microneedling and hair restoration. And they can be cryopreserved indefinitely for future use.

“This is about creating a bio-asset that you can draw on for the rest of your life,” Dr. Beachy said. “We’re seeing people who are choosing to bank now, not because they’re injured, but because they’re planning ahead.”

Why Everest Is Betting on This Treatment

Dr. Beachy’s decision to lead with fat-derived stem cells was shaped by both clinical observation and global best practices.

“I’ve followed the research and have been interacting with several pioneers in this area of medicine,” he said. “And the longevity and adaptability of adipose-derived cells—it’s unmatched.”

Adipose-derived stem cells have a better tolerance to oxidative stress and other factors that influence stem cell survivability

“Adipose-derived stem cells can differentiate into new stem cell types four times faster than umbilical cord stem cells,” Dr. Beachy said.

The young adipose-derived stem cells are locked away in a kind of collagen time capsule and they can demonstrate very little signs of aging, if any, at retrievel.

Unlike “washed” bone marrow or amniotic cells that often degrade quickly and yield inconsistent outcomes, Everest’s method produces unadulterated, genetically-matched, and lab-expanded stem cells with high viability.

“We’re not mixing and guessing,” Dr. Beachy said. “We’re replicating and restoring.”

The team at Everest has begun performing the procedure, and they brought in a national trainer to oversee the first round of patient harvests—a move Dr. Beachy sees as more about excellence than necessity.

“Even the best regenerative physicians do this training,” he said. “It’s about getting certified, checking every box, and doing it right from day one.”

Stem cell therapy may once have sounded like the stuff of sci-fi, but at Everest Regenerative Medicine it’s a simple outpatient procedure with lifelong implications.

“This isn’t hype,” Dr. Beachy said. “This is biology at its best—pure, unmodified, and working in your favor.”

Everest Regenerative Medicine logo with mountain icon

everestregenerative.com
Facebook | Search “Everest Regenerative Medicine
Instagram | @everestregenerativemedicine

Written by

Published June 11, 2025

Current Issue

Story Stats

Read time3 min
Length763 words

About the Author

Brady Drake
Editorial Director · 0 stories

Newsletter

Get the latest stories delivered to your inbox every week — no noise, just good local writing.

Loading related articles
JUNE 2025 ISSUE

Featured in June 2025

This story is featured in our June 2025 issue — read the full magazine for more local stories, businesses, events, and the people behind them.

Digital edition coming soon
PrivacyTermsContact