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5 Innovations in the Field of Regenerative Medicine

8 Dec 2016
| Under Disease Education, Lung Disease, Medical | Posted by
5 Innovations in the Field of Regenerative Medicine

Cellular therapy has been in development since the 1950s, and since then, mainstream applications of regenerative medicine have benefitted from new advancements.  With the discovery of autologous cells – cells derived from a patient’s own body—regenerative medicine has leapt ahead in treating diseases such as chronic obstructive pulmonary disease.

Here are 5 Innovations in the Field of Regenerative Medicine that may seem like science fiction but that are now a reality.

5 Innovations in the Field of Regenerative Medicine

5. It’s Helping People Walk Again (Multiple Sclerosis)

Multiple Sclerosis (MS) is an autoimmune disorder that affects about 2.3 million people worldwide. In some cases, the disease affects the ability to walk. The good news is that, in a recent study by Sheffields Royal Hallamshire Hospital, some patients have regained the ability to walk. By harvesting hematopoietic cells from a patient’s bone marrow, neutralizing the patient’s immune system and replacing it with the previously collected cells, this treatment could develop into a one-time treatment that can lead to lifetime remission from MS.

In a further advancement, doctors at Ottawa Hospital were recently able to either eliminate or halt the progression of MS in 23 patients who participated in a 13-year study. This study also involved immune system suppression combined with cellular therapy.

4. Mending Broken Hearts (Heart Disease)

Nearly 2,600 Americans die from cardiovascular disease (CVD) each day- that is one person every 34 seconds. It has been the number one cause of death in the United States every year since the beginning of the Twentieth Century. As CVD deprives heart tissue of oxygen, it kills cardiac muscle, eventually leading to heart failure and death. Recent studies have shown that cells injected into the circulatory system, or into the affected tissue itself, have been able to improve cardiac function and induce the formation of new capillaries. Although more data is needed, this information shows how cells may be used in the future to repair damaged heart tissue.

3. Giving Sight to the Blind (Blindness)

Age-related macular degeneration and Stargardt’s macular dystrophy are the leading causes of blindness among the elderly and children. But in 2011, two patients became the first to be treated with cells, preventing further vision loss with no adverse side effects.

Recently, a team of scientists at the RIKEN Center for Developmental Biology in Japan worked to generate complete retinas from mouse cells. If the technique can be replicated using human cells, along with a safe procedure for implanting the new retinas, it could be used to end blindness in humans caused by damaged retinas.

In 2015, Doug Oliver‘s life was changed forever when he opted for cellular therapy for macular generation. Prior to treatment, Oliver was effectively blind, with his tests showing 20/2000 vision in his left eye, and 20/400 in his right. Two days after a bone marrow cellular therapy, his vision had improved vastly, to 20/40 in his left eye and 20/30 in his right!

5 Innovations in the Field of Regenerative Medicine

2. Pain Relief and Restoring Mobility (Rheumatoid Arthritis)

Rheumatoid Arthritis (RA) is a painful and disabling disease affecting one person in 100 worldwide. Although traditional treatment for RA exists, for 20-40 percent of patients this treatment is wholly ineffective.

Good news may be just over the horizon. A research group called REGEN-AR is working to find a treatment for RA through adult human cells extracted from fat tissue. Encouragingly, the Arthritis Foundation and the National Institutes of Health have shown public support for the science, and in a recent study, hematopoietic cellular therapy has been shown effective in treating the disease.

1. Hair Restoration (Balding)

Hair loss is a common problem among a large portion of men and some women. Although not life-threatening, losing one’s hair can be emotionally devastating, and regeneration of new hair follicles after treatment remains difficult. However, researchers have found that hairless mice implanted with encapsulated cells experienced abundant hair growth, with new hair follicles showing mature characteristics. This means that male pattern baldness may become a thing of the past within our lifetime. The scientific community applies its best minds to the task of relieving humanity of various ailments, and with new discoveries and applications for cellular therapy continuing to be discovered, this is an exciting time in the medical field.

About the Lung Institute 

The Lung Institute is the leading medical provider of regenerative cellular therapy for lung diseases such as chronic obstructive pulmonary disease (COPD), pulmonary fibrosis and interstitial lung disease in the United States. To date the organization has treated over 3,000 patients. In 2013, the Lung Institute in Tampa, Fla. opened. Now, the Lung Institute operates clinics in Tampa, Fla., Nashville, Tenn., Scottsdale, Ariz., and Pittsburgh, Pa. and Dallas, Texas. For more information, please visit www.lunginstitute.com or call 888-745-6697.

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All claims made regarding the efficacy of Lung Institute's treatments as they pertain to pulmonary conditions are based solely on anecdotal support collected by Lung Institute. Individual conditions, treatment and outcomes may vary and are not necessarily indicative of future results. Testimonial participation is voluntary. Lung Institute does not pay for or script patient testimonials.

As required by Texas state law, the Lung Institute Dallas Clinic has received Institutional Review Board (IRB) approval from MaGil IRB, now Chesapeake IRB, which is fully accredited by the Association for the Accreditation of Human Research Protection Program (AAHRPP), for research protocols and procedures. The Lung Institute has implemented these IRB approved standards at all of its clinics nationwide. Approval indicates that we follow rigorous standards for ethics, quality, and protections for human research.

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