Archive for the ‘mesenchymal stem cells’ Category

One Man’s Quest For Adult Stem Cell Therapy

Wednesday, February 27th, 2013
Article Contributor: John Farrell, Forbes Contributor Covering Science and Technology

 

Michael Phelan is the CEO of SevOne. My Forbes colleague Tomio Geron recently wrote about his fast-growing IT company and Phelan contributed a guest post earlier this year at Eric Savitz’s CIO Network.

Phelan also has multiple sclerosis. Frustrated by the limited effectiveness of standard drugs for MS, he decided to try something more radical.

He traveled to a clinic in Panama and had infusions of adult stem cells generated from his own body fat.

It worked so well, he’s going back for another treatment.

After my last post, highlighting some research on the potential adverse consequences of adult stem cell treatments, some readers, including Phelan, protested that such studies represented but a small fraction of the thousands of successful treatments people were getting offshore, and that I was overlooking the patient’s perspective.

I asked if he’d be interested in recounting his own story in more detail. Our Q&A was conducted by email.

Q:   When did you first show symptoms of MS?

A:   My symptoms started 7 years ago, in my late 40s. I’m 56 now.

Q:   I’m assuming you began by seeking standard medical therapy. Can you tell me a bit about this, which drugs, and what led you gradually (or more speedily) to try a stem cell therapy?

A.  I still use standard medical therapy. I have the best Neurologists in Philadelphia, at the University of Pennsylvania Hospital, and Jefferson. I was on Copaxone for 5 years. Last month I started on Gilenya. Unfortunately, the approved, standard drug therapy has not been effective for me. I considered the Tysabri® (natalizumab) risks too high.

Q.   Before going abroad, you attempted to get into some clinical trials here in the U.S. Can you tell me about the clinical trials you registered for–and whether they explained why you did not qualify?

A.   The first:  Stem Cell Therapy for Patients With Multiple Sclerosis Failing Interferon A Randomized Study

The evaluation process is not funded; therefore I paid approximately $10,000 for travel to Chicago, for tests, MRI’s, etc.  The opinion of the investigators was the risk related to aggressive chemotherapy was not worth the potential gain because I was 55 years old, and the MRI evidence did not confirm enough recent disease activity. The treatment is most effective in active, early stages. My stage was questionable.

A second clinical trial: Autologous Mesenchymal Stem Cell (MSC) Transplantation in MS.  The research team is headed up by Jeffrey Cohen, MD, of the Cleveland Clinic’s Mellen Center for Multiple Sclerosis Treatment and Research. I did not qualify because I would be over 55 at the end point. This study is very similar to the treatment that I received in Panama.

Q.   How did you come to learn about the Stem Cell Institute in Panama?

A.   I researched Pubmed, talked to physicians involved in U.S. studies and reviewed conference publications. I first learned about the Stem Cell Institute from Dr. Roger Nocera, author of Cells That Heal Us From Cradle To Grave.

I also noted that the Medical Director of the Stem Cell Institute was published: Non-expanded adipose stromal vascular fraction cell therapy for multiple sclerosis.

 Plus I read and viewed many personal testimonies of patients, such as famous Texas High School football coach, Sam Harrell.

Q.  You mentioned your first treatment at the Institute has helped restore functionality. Could you explain in detail?

A.   I had visual problems for over a year before treatment, including double vision. After my first treatment in May of 2012, my vision problems resolved and I was able to continue driving. My mental and physical energy improved dramatically. I had urinary problems, including urgency and frequency, both resolved after treatment. Plus, I had reduced spasticity, less headaches and improved balance. I went from a 10-minute treadmill, 2mph limit to a 30 minute, 2.5 mph limit.

Q.   What was your experience like at the Stem Cell Institute?

A.  The care I received at the Stem Cell Institute and Hospital Punta Pacifica was excellent. They had a much more personal, detailed approach than I ever experienced in America. It really felt like “care”. The mini-liposuction was done at the Hospital Punta Pacifica in Panama, a Joint Commission International Accredited Johns Hopkins-Managed Hospital.

Q.  Did you consider going to Celltex Therapeutics in Texas–which was discussed this week in Nature?

 A.  I certainly considered Celltex, but was concerned about FDA interference.

This is a big story. Perhaps, the biggest story in our lifetime. We are learning very quickly how the body heals. I’m grateful to have access to treatment. But, this should be available to everyone.

America is way behind. A recent study in Korea applied the same treatment: autologous, fat derived MSCs to Alzheimer’s with unprecedented results.

 We got off track in America because adult stem cells are confused with embryonic stem cells. So, you have religious and financial interests halting progress in America. Adult stem cells can’t be patented, limiting the financial incentive. Plus, there are conflicted stem cell “experts”, whose research is in embryonic stem cells, spreading misinformation about adult stem cells.

As a result, the FDA created a new “minimally manipulated” threshold, which gives them authority over a medical procedure. This is a crime against ill people who can’t afford to travel overseas for treatment. America should be fast tracking this treatment, not slowing the adoption process to the crawl involved in drug approval.

Phelan’s case is a hopeful one. As this week’s issue of Nature points out:

Arnold Caplan from Case, did pioneering work on MSCs [mesenchymal stem cells] and refers to their action as “hit and run” healing. More than 250 MSC trials are ongoing or completed, he told the audience at an October 2012 summit. And even though most of these studies are small and none has led to regulatory approval for widespread use in the United States or Europe, Caplan says that he would use the cells.

“If I had MS, I would be getting this therapy. I’d probably go offshore.”

This doesn’t change the fact that the business is chancy, however. As the Nature article also shows, after $32,000 spent, MS patient Ann McFarlane did not see improvement in her condition and was disillusioned by her interactions with Celltex.

Nature’s editorial in the same issue rightly urges the FDA to find alternative –and less expensive– ways for stem cell trials to be funded and carried out so that more patients like McFarlane and those with less financial resources than Phelan can benefit from the therapies in the near future.

But critics point out that the editorial presupposes that the FDA should be regulating stem cell treatments when it is by no means certain this is the case. “The FDA requirements, designed for products manufactured and sold on a mass scale, can’t be readily satisfied when it comes to treatments that are personalized to individual patients,” said Phelan.

“This is a medical procedure, not a drug.” He cited Former FDA Deputy Director, Scott Gottlieb’s opinion piece last fall in the Wall Street Journal urging the FDA to back off and let the adult stem cell treatment field grow in the U.S. without the heavy hand of federal regulation.

 
Article Contributor: John Farrell, Forbes Contributor Covering Science and Technology 

Fighting Infection With Adult Stem Cells

Saturday, October 27th, 2012

Author: Ian Murnaghan BSc (hons), MSc of www.explorestemcells.co.uk

Sepsis is a potentially deadly health condition that happens when a person has an infection that spreads through their body. It leads to wide-spread inflammation as well as pain, blood clotting and organ damage. In addition, the effects of sepsis occur in a relatively short period of time.

There are few effective treatments today although antibiotics are frequently used, and can offer some help. Therefore, finding new treatments is important and stem cells may be one such new weapon to fight sepsis.

Using Bone Marrow Stem Cells

Researchers recently experimented with bone marrow stem cells to see if it could treat sepsis. They found that these stem cells might be able to triple the odds of a person surviving the condition.

A Stronger Immune System

The bone marrow stem cells used are known as mesenchymal stem cells. These particular stem cells were already known to be beneficial to supporting a person’s immune system and helping repair tissues that had been damaged. Mesenchymal stem cells are isolated in the bone marrow of adults and have previously shown promise in treating other health conditions.

Stem Cells to Treat Sepsis

To see if stem cells could help treat sepsis, mice afflicted with sepsis were used for the experiment. Harmful bacteria in the gut were released into the rest of the body, which then caused infection and organ damage. After the infection was triggered, researchers then gave half of these mice an injection of the stem cells. Antibiotics were also used, including for the other group of mice that didn’t get the stem cells.

After only five days, half of the animals that had the stem cell treatment were alive while only fifteen percent of the other ones were alive. With sepsis being an extremely deadly condition, the results are very promising that in the future, we could use adult stem cells to improve the outcomes for people who suffer from sepsis.

Other Positive Results

Researchers also conducted additional experiments on the mice that received the adult stem cells. They found that these mice had better health overall and in key organs such as their lungs, as well as less bacteria and inflammation throughout the body. They showed less inflammation damage and also better infection-fighting capabilities.

Helping Improve Sepsis Outcomes

For patients who have sepsis, approximately a quarter of them with a severe form of the condition will die. The limited number of treatments makes it vital that we find new ways to improve the odds. Another important benefit of the stem cells is that they worked quickly. One of the challenges with sepsis is that even where a person survives, they can be left with lasting damage.

Reducing Healthcare Costs

The main benefit with mesenchymal stem cells is that the treatment does not simply work to improve the health of one specific organ or part of the body. Instead, the adult mesenchymal stem cells target many different paths that are part of the infection. This helps reduce the risk of long-term damage as well.

With sepsis being one of the major causes of mortality in a hospital intensive care unit, adult stem cell treatments could help reduce the hundreds of thousands of lives lost to the disease each year. In places such as North America, they could also help us to reduce the billions of dollars spent in medical costs.