Ed feels like a new man. But perhaps a more accurate description would be a cured man. Almost.

After receiving stem cell treatment in Mexico, the effects of his multiple sclerosis are not as pronounced.

After returning from his trip on October 13th, Ed’s renewed vitality has been increasing every single day.

Even the simple act of walking down the stairs was difficult prior to the treatment said Ed. But now he is cranking out repetitions on his personal gym machine in the downstairs basement of his North Boulevard home.

Since such therapies are not available in the United States, like many other Americans, Ed went to Mexico to receive the umbilical cord stem cell treatment.

Relying on a walker to get around his home, Ed was depressed and constantly exhausted. His declining condition had his family and doctors worried.

Ed’s physician, Dr. Thaddeus, was cautious in his endorsement of stem cell therapy for multiple sclerosis, despite the fact that it seemed to be that last resort.

Dr. Thaddeus was worried because the science is still so new.

To prevent Ed’s immune system from attacking his nerve cells, he took drugs that were specifically designed for his condition. But such conventional therapies continued to disappoint.

Some scientists say stem cells have the potential to repair damaged cells. But such treatment is not allowed in America due to federal Food and Drug Administration regulations.

As far as endorsement for these new treatments is concerned, medical journals are often conservative and slow to give the thumbs up said Dr. Thaddeus.

At his point, Ed has not visited his regular doctor since his return to the States. His occasional visit to the chiropractor and a masseuse are all the he has needed.

Ed moved easily with a limp while walking around his living room and kitchen during a recent interview. A small black cane which he carried if he needed some extra stability, was barley used.

He rarely needs to use the support railing when he is in the shower since his balance has returned to almost 100 percent.

“I’m getting ready much quicker,” Ed said. “It used to take two to three hours to get ready. Now, it’s only one.”

Ed’s mother has been quite surprised with the progress he has made.

“I came home from work and he said he had done a load of laundry, which floored me,” Joanne said. “He’s just moving better with a better attitude. He takes care of himself and all three dogs during the day.”

Joanne flew with her son to Mexico for the treatment.

“It was pretty good; everybody at the hospital were very professional,” Joanne said. “The people down there were just wonderful.”

They both agreed that compared to American facilities, the hospital was smaller. Instead of using chemotherapy, the facility uses alternative therapies to treat cancer.

“It was very clean; the people were amazing,” Ed said.

An IV of saline started off the procedure for Ed. They holed up the first dose of stem cells as the contents of the saline drained out. The vial was about the size of a triple-A battery said Ed.

Three stem cell injections in the back of the neck complete the procedure. The entire process costs anywhere from $24,000-$28,000, and lasts approximately three hours.

Chris, who is Ed’s 17-year-old son, was excited about his father’s progress. He walked down into the basement just as Ed was finishing up another repetition on his weight training machine.

“He’s getting better slowly but surely,” said Chris. “He’s getting better faster than anyone else. It’s supposed to take two to three months.”

As a transplant physician at SSM Cardinal Glennon Children’s Hospital, Dr. Donna was becoming discouraged with her job.

Donna was attempting to treat her African-American patients with illnesses such as immune system disorders, sickle cell anemia, and leukemia, about ten years ago.

Her aggravation began when she had difficulty finding good matches for transplanting healthy stem cells to her patients. She ultimately turned towards umbilical cord blood, and achieved success.

The St. Louis Cord Blood Bank at Cardinal Glennon has rapidly grown to become the second-largest independent public cord blood bank in the world since its inception in 1995 says manager Regan McDermott. The purpose of the bank is to take blood donated from an infant’s umbilical cord, and handle the collection, processing, and storage of that blood.

Eventually, in order to build up a person’s immune system and make human blood, the stem cells from the cord blood are used in the transplantation of hematopoietic cells.

The fact that they are treating illnesses and at the same time doing so in a manner considered morally acceptable by the Catholic Church makes things even better for Regan and the staff at the St. Louis Cord Blood Bank.

The stem cells at the bank derived from an infant’s umbilical cord blood are referred to as adult stem cells, unlike embryonic stem cells, which are derived by creating and destroying human embryonic life.

Adult stem cells come from any human being who is born.

The Church has repeatedly taught that these stem cells are morally acceptable for research and treatments and do not bring harm to a person.

While the adult stem cells are capable of becoming any of the 220 tissues in the body (multipotent), scientists lack the ability to regulate their growth outside of the body says Reagan.

Cord blood and other adult stem cells are more fitting for use in human therapies because they are more mature and their growth can be directed in a predictable manner added Reagan.

Acute leukemias, Hodgkin’s Disease, immunodeficiency syndromes, congenital disorders, and more have been treated since 1997, with more than 1,000 units of blood exported around the world.

“That’s a huge number considering there have only been around 8,000 (umbilical cord blood) transplants worldwide,” said Regan.

North America accounts for almost 84 percent of the cord blood unit export, but Europe, South America, Australia, and Asia, account for the other 16 percent.

“Because of the philanthropy of the women and doctors and nurses who work in this area, we have been able to serve people all over the world,” she said.

A perfect match is not needed to be able to use the cells for treatment, which is the reason that stem cells from cord blood are so successful says Kathy, a nurse coordinator for the bank.

Cord blood stem cells have a better chance of adapting to another person’s system because they are more immature she said. However, a grown adult’s blood stem cells, in bone marrow for example, already are accustomed to the body in which they had been residing, and have a harder time adapting to another person’s system. Using human leukocyte antigen typing, a testing that determines whether a patient has a suitable donor for stem-cell transplant, a perfect match of six factors is needed for a bone marrow transplant.

But a match count as low as four out of six is acceptable for a cord blood transplant.

Thus, when trying to find a match, ethnic boundaries can be crossed.

“Maybe a Caucasian person is the best match for an African-American person. Or an African American is good for a Hispanic” person, said Kathy.

The survival rate of children who receive adult stem-cell transplants from umbilical cord blood is currently more than 55 percent and is improving for adults, said Regan. The practice of infusing two cords at once and the success of other newer applications is credited for the rate.

Traditional bone marrow transplants have a survival rate of about 35 percent, so cord blood transplants compare favorably said Reagan.

And those patients who cannot wait for a bone marrow search can benefit since cord blood products can be accessed more quickly.

Regan and the bank rely on the doctors and nurses and of course, the generosity of the parents who support the non-profit organization. More than 55,000 cord blood units have been collected since the bank started taking donations in 1996. To bring in donations, the bank works with 28 hospitals and 250 physicians in St. Louis and the metro East area.

The units were first only used in treating children because cord blood donations are so small, ranging from a teaspoon to eight ounces.

“It was thought that the numbers of cells that were in a cord blood unit that’s all you’ve got,” said Regan. “You can’t go back to the baby and draw more cells.”

But there are different ways in which adults could be treated using cord blood stem cells because of their adaptability, as researchers quickly found out. Now cord-blood products are used equally between children and adults confirmed Regan.

The transplant inventory holds between 25 and 30 percent of all the donated units, which translates to more than 14,000 units available for transplant. The remaining units are used for research purposes, she said.

Like other donor registries, such as bone marrow, it is more difficult to find minority donors stated Regan. She noted that the majority of cord blood donors are Caucasian.

In an effort to increase African American cord blood donations, the bank participates in the Charles Drew Community Cord Blood Donor Campaign, an effort of the American Red Cross, St. Louis University, Cardinal Glennon Hospital, St. Louis Children’s Hospital and the Washington University School of Medicine.

Thanks to affiliations with registries such as the National Marrow Donor Program and the Caitlin Raymond International Registry, both stem-cell donor registries, the bank continues to gain exposure.

Spinal cord injury, HIV/AIDS, multiple sclerosis, diabetes, Alzheimer’s and Parkinson’s diseases are all conditions that will be successfully treated with cord blood stem cells. And treatments are already bringing hope to those with life-threatening illnesses said Kathy.

However, “we’re very sensitive about making those claims,” said Regan, because of the bank’s affiliation with the Food and Drug Administration as an investigational new drug application.

“The FDA tells us you can’t make false claims about your products,” she said.

“But there’s no reason we shouldn’t pursue all of those same applications from cord blood or adult stem cells that are being described from embryonic stem cells,” said Regan.

“We like to say with the technology available today, this is what we know will work,” she said. “We get those calls every day, “My daughter has diabetes,” or “So and so has this. Will it help?” We just say honestly we don’t know, but this is what we know it does today.”

A mother afflicted with multiple sclerosis is preparing to begin her journey towards a better life with the help of revolutionary stem cell treatment. In just 5 months, after her family and friends managed to raise the £13,000 needed for her treatment in Holland, 34 year old Tina is now in the books at the clinic.

If Tina manages to get a treatment appointment in the next couple of months, her mother Elizabeth said it would be easily be the best Christmas present ever.

“Tina wants to be mobile so that she can do things without having to ask someone for help,” said Elizabeth.

“She tried her hardest not to be in a wheelchair but the illness beat her to it.”

“I am very proud of my daughter because she has tried not to let things get to her. In having this treatment she wants to be an inspiration to other sufferers.”

Tina is hopeful that the treatment will enable her to leave behind her wheelchair and play with her two young daughters like any other mother. She now eagerly waits for the clinic to give her a date on which she can go and start her treatment.

Tina is now eagerly waiting for the clinic to give her a date and hopes the controversial treatment, which is not available in the UK.

Tina was getting ready to start a new job as an assistant manager at Kendal’s department store in Manchester when she was diagnosed with the debilitating illness 12 years ago.

Tina hopes the treatment – which has a high success rate with 80 per cent of patients making a good recovery and 15 per cent making a noticeable improvement – will transform her life.

Tina’s mother said, “we are keeping fingers crossed that it will work, even if she is walking with sticks. She has been falling a lot recently and it has been very upsetting. There was a particularly nasty incident the other day when she smacked the side of her face on a chest of drawers. And she scalded herself trying to bring a hot drink in from the kitchen. She is trying to be independent but can’t be as much as she wants. But she hopes the treatment will have her back on her legs.”

“I would like to thank everyone who raised money for the fund, including a little girl who made jewelry in the summer holidays,” added Elizabeth.

Joanne, who is Tina’s younger sister, will travel to the treatment clinic with her. Tina has also promised to keep others suffering from MS informed of her stem cell treatment, who she recently met on an MS suffers website.