Archive for the ‘stem cell supplements’ Category

Stem cells Could Help Stop Arthritis

Monday, September 2nd, 2013

A Cambridgeshire clinic has received approval to use adult stem cells to help repair and regenerate damaged tissues and joints.

The Villar Bajwa Practice at the Spire Cambridge Lea Hospital in New Road, Impington, is the first private hospital in the UK to offer the treatment for the hip – tackling the early stages of arthritis.

It is also one of only a handful of sites to do the same for the knee, in which stem cells are used to create more cartilage, helping to preserve the natural hip and knee joints and delay or prevent the need for bigger operations such as joint replacements.

The operation costs about £3,800 on the NHS and slightly more privately.

Consultant orthopaedic surgeon, Richard Villar, runs the Impington practice with Ali Bajwa.

He said: “One of the Holy Grails of my specialty is to encourage gristle – articular cartilage – to heal.

“Gristle is that shiny, white layer on the end of a bone that most will have seen on a chicken drumstick. In humans, it coats the ball of the hip, and the hip socket but it features in many other joints, too – knees, shoulders, elbows, wrists, ankles, toes and even fingers.

“Sadly, the moment a gristle surface is breached, be that by injury or even simple ageing, if the damage remains untreated it can gradually expand until arthritis intervenes.”

Over the years, surgeons have tried a range of methods to address the problem including microfracture, which involves making a sequence of tiny holes in exposed bone to encourage the release of gristle-forming cells from the bone marrow, but it has had limited success.

Now attention has turned to stem cells, which are capable of converting themselves into different tissue in a process known as differentiation.

Surgeons harvest stem cells from the patient before using key hole surgery in either the hip or knee, preparing the arthritic area, and applying the stem cells, normally in combination with microfracture.

Mr Villar added: “Early results for humans, both in the laboratory and clinical practice, are showing great promise for orthopaedic surgery.”

Reference:  http://www.cambridge-news.co.uk

Ron Received Adult Stem Cells For His Heart – He’s Back Playing Golf

Wednesday, July 3rd, 2013

As reported on www.wftv.com

About 5.8 million Americans have heart failure, a condition that occurs when the heart can no longer pump enough blood to meet the body’s needs. Now, researchers say a special type of stem cell may be the key to repairing these hearts.

Golf has always been a big part of Ron Signorelli’s life.

“I started when I was ten,” Ron told Ivanhoe.

However, Ron’s congestive heart failure was keeping him away from his favorite pastime.

“I was in the hospital over 20 times,” Ron said.

Ron’s heart pumped only 15 percent of blood. He needed help fast.

“There’s a large number of patients out there that are really in this situation where they’re gone past what normal medical therapy can do, but yet they’re not sick enough or don’t qualify for a heart transplant,” Timothy D. Henry, MD, Director of Research Minneapolis Heart Institute Foundation, told Ivanhoe.

Now, a new approach can help patients like Ron. First, doctors extract bone marrow stem cells from the patient. Then, they grow the cells to enhance their healing ability. Those cells are then injected directly into the patient’s heart.

“Our hopes are we improve the quality of their life, as well as the length of their life,” Dr. Henry said.

In the first clinical trial, the treatment was safe, repaired damaged heart muscles, and even appeared to reverse some heart failure symptoms. Ron had 12 injections and hasn’t been to the hospital since.

“I certainly feel good. I’m a very active person,” Ron said.  Now, nothing stops his stride.   See video below.

“When the weather is nice, I’ll play three, four times a week,” Ron explained.

Researchers are planning enrollment for the second phase of this trial at about 30-sites across the U.S. Once the results are assessed, the treatment will likely be more widely available. This therapy would not replace a heart transplant, but may delay or prevent the need for transplantation in the future.