Colo. Boy Seeks Cure in China Nyomtatás E-mail
Optic Nerve Hypoplasia
2008. szeptember 12. péntek, 00:43
There are no translations available.


Source: New West

By Richard Martin

If your child were blind, would you take him to China to undergo an expensive and unproven stem-cell therapy?

That question was faced by John and Katrina Stewart of Colorado Springs, whose son, Brandon, suffers from optic nerve hypoplasia (ONH), a primary cause of blindness in children. Pursuing a controversial medical procedure that shows great promise but has not been validated by clinical trials, a Chinese company is using stem cells to treat hundreds of patients, many of them from the West, who have diseases previously thought incurable.

The company, Beike Biotechnology Ltd., uses umbilical cord cells to treat a variety of ailments including heart disease and neurological disorders such as cerebral palsy, spinal cord injury, muscular dystrophy, and ONH. Dozens of patients from the West have traveled to China to receive treatment. Unbound by the stiff requirements for double-blind clinical trials imposed by the U.S. Food and Drug Administration—and free of the political controversy that dogs stem-cell research in this country—Beike is pressing forward with its experimental therapy. “Of the over 3,000 patients that have been treated with our stem cells,” the Beike Web site claims, “about 70 to 80% of patients are satisfied with their treatment.”

Beike’s technology was showcased at the first China Stem Cell Technology Forum in late July. The Mandarin-language conference was attended by “over 300 of the world’s most renowned stem cell researchers,” the company said, including several native Chinese scientists based in the U.S.

Concerned over reports of patients traveling to China and Thailand and spending thousands on experimental therapies, the International Society for Stem Cell Research (ISSCR) has developed a draft set of guidelines to “ensure that best practices are applied to the clinical translation of stem cell research from the laboratory to humans” and to “prevent exploitation of vulnerable patients.”

Undeterred, the Stewarts raised nearly $50,000 to take Brandon to China. Leaving Denver on August 8 they traveled to Qingdao, in Shandong Province on China’s coast, where Brandon has undergone a series of stem-cell injections into his spine.

Along with the umbilical cord cells it uses to treat patients, Beike is conducting research on a type of cell known as induced pluripotent stem cells (iPS cells), which are derived from cell reprogramming technologies and can be frozen and stored for later use in medical treatment. First produced in 2006 from mouse cells and in 2007 from human cells, iPS cells are considered a noncontroversial potential alternative to embryonic stem cells.

For the Stewarts, the month-long stay in China was an ordeal exacerbated by the departure of John and other family members on Sept. 1, leaving Katrina alone with her son in a very foreign land.

“I feel completely different since everyone left on the 1st,” she wrote on her blog, Brandon’s Fight for Sight. “All Brandon talks about is leaving China & going home. In the middle of the night, I hear him talking in his sleep. Usually he just says ‘I wanna go home.’”

On Monday night, the 15th, Katrina and Brandon are scheduled to arrive at DIA. The trip has been a success: while his vision will likely never be normal, Brandon’s sight has noticeably improved. “He learned the alphabet IN PRINT in 1 week,” reports Katrina in an email. “We’re so happy we were able to come to China - it has been worth it!”
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Beteg referenciák

ALS - Reynolds
ALS - Brooks
Ataxia - Arruda
Ataxia - Blair
Ataxia - Crowter
Ataxia - Graf
Ataxia - Gray
Ataxia - Jones
Ataxia - K. Graf
Ataxia - Knoblauch
Ataxia - Mr. Martin
Ataxia - Mr. Nate
Ataxia - P. Flynn
Ataxia - R. Flynn
Ataxia - T. Graf
Ataxia - Wallace
Autism - Mr. Lachlan
Autizmus - Maria
Autizmus - Pacis
Autizmus - Wang
Autizmus - Yu
Batten Disease - Dell'Aringa
Brain Injury - Mr. Anduha
Agysérülés - Ashton
Agysérülés - Blazevic
Agysérülés - Cui
Agysérülés - Hayward
Agysérülés - McAfee
Agysérülés - Nguyen
Cerebral Palsy - Mr. Andrew Ricci
Idegrendszeri sérülés - Bocskai
Idegrendszeri sérülés - Boles
Idegrendszeri sérülés - Caprioru
Idegrendszeri sérülés - Ella
Cerebral Palsy - Mr. Gryphon
Idegrendszeri sérülés - Lawrence
Idegrendszeri sérülés - Nicholas
Cerebral Palsy - Ms. Sosa
Idegrendszeri sérülés - Teskey
Idegrendszeri sérülés - Tahiliani
Idegrendszeri sérülés - Phang
Idegrendszeri sérülés - Will
Epilepszia - Madura
Epilepszia - Pinczker
Friedriech's Ataxia - Maher
Friedriech's Ataxia - Zachary
GLUT1 DS - Jordan
Szívbetegség – Kevin
Huntington-kór – Arroyo
ION - Stevens
Muscular Dystrophy - Mr. Russ
MS - Chen
MS - Frey
MS - Glenn
Sclerosis Multiplex - Helm
Sclerosis Multiplex - Kay
Sclerosis Multiplex - Kenneth
MS - Mr. Ozzello
MS - Sprague
Látóideg Hypoplázia - Barlett
ONH - Ms. Hallie
Elsődleges látóideg hypoplázia -Justin
ONH - Mr. Lawrence
ONH - Ms. Lilli
ONH - Ms. Manuela
MSA - Haywood
Parkinson's - Buckley
Parkinson's - Brown
Parkinson's - Budiono
Parkinson's - Chin
Parkinson's - Devlin
Parkinson's - Edwards
Parkinson's - Kluber
Parkinson's - Rouen
Parkinson's - Thomas
Parkinson's - Woodward
koraszülöttek retinopátiája - Shirdesh
koraszülöttek retinopátiája - Tatyana
Rett Szindróma - Laura
Spinális izomatrófia - Gologan
Ttípusú Spinális izomatrófia - Justin
Spinális izomatrófia - Loredana
SMA - Ms. Nicole
SMA - Ms. Nirma
SOD - Claire
SOD - Ms. Frenette
SOD - Ms. Giulia
SOD - Ms. Megan
SOD - Mr. Peterson
Spinális izomatrófia - Aldrich
Spinális izomatrófia - Allen
Spinális izomatrófia - Ben
Spinális izomatrófia - Carson
Spinális izomatrófia - Iordache
Spinal Cord Injury - Ms. Jennifer
Spinális izomatrófia - Maricelli
Spinális izomatrófia - Pai
Spinális izomatrófia - Radu
Spinális izomatrófia - Savage
Spinális izomatrófia - Zuo
Agyvérzés - Hollis
Agyvérzés - Jing
Agyvérzés - Li
Agyvérzés(Child) - Farkas
Agyvérzés(Infant) - Grecsó
Agyvérzés(Infant) - Hildko