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This whole story as reported by Nature just proves how science is broken. What nature has reported is uncorrect and misl...
by Paolo on Thursday, May 23, 2013
This whole story as reported by Nature just proves how scienze is broken. What nature has reported is uncorrect and misl...
by Paolo on Thursday, May 23, 2013
Thank you so much for this info, I have been in a wheelchair for over 20 years due to a spinal cord injury, and to see t...
by Kathryn on Friday, May 17, 2013
hello, i am a 47 year old male thats welling to do whatever is ask of me to be part of this program....my grand babies w...
by DON on Sunday, April 14, 2013
Do you think this has anything to do with Spondylolisthesis? If so, I am willing to participate in a study!
by Cheryl on Thursday, March 14, 2013
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Spinal Cord Injury Research
The latest news and information about what's going on with SCI science and research.
Sam Maddox
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Posted by Sam Maddox
Wednesday, May 22, 2013
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There’s an emotional and even dramatic stem cell regulatory scenario unfolding in Italy. It’s quite a dust-up, with patient-rights activists and a small stem cell company championing legalization of an unproven, unpublished cell-replacement therapy. So far, the patient side has the upper hand, using lawsuits and sit-ins to get support in the courts, and even in the Italian Parliament. The 'compassionate use' lobby has managed to mute the outrage of the international mainstream of science; indeed, the scientists have been demonized as uncaring, corrupt tools of big pharma.

The Italian Senate is supposed to take up the situation later this week and could restore sanity. Or not. 

The therapy in question is a mixture of bone marrow (mesenchymal) cells developed by a privately owned clinic called the Stamina Foundation. Davide Vannoni, who runs Stamina, freely admits that no published data supports use of the cells, but claims to have treated more than 80 patients with diseases ranging from Parkinson’s disease to muscular dystrophy. Lesioni spinali,  spinal cord injury, is listed on the Stamina website as a treatment category.

Stamina’s cells were being given to a terminally ill child last year but were banned by the Italian version of the FDA (AIFA) after it inspected Stamina’s laboratories. This led to a series of legal challenges by families of patients, and in March, the Italian Health Minister allowed the child to continue using the Stamina treatment. The Ministry then issued a decree on March 21 allowing 32 other patients, mainly children who were already using the treatment, to continue it.

That decree may not stand, but as the Parliament envisions it, the Italian government may actually fund Stamina $3.9 million to get some data to support use of its cells.

A science blogger, a physician who goes by the name Orac, points out just how mad this is:
… the Italian government is on the brink of giving free rein to stem cell quacks, but it’s worse than that. This order, as the scientists point out [see below], in essence allows government-funded facilities to collaborate with stem cell quacks and facilitate their treating patients.

Here’s a good place to start, with an open letter in the journal EMBO signed by prominent stem cell scientists from eight countries, including the United States: “Regulation of Stem Cell Therapies Under Attack in Europe: For Whom the Bell Tolls.”

From EMBO:
…the Italian case is the first in which unproven ‘stem cell therapies’ may be de facto made legal, rather than being stopped by regulatory bodies and the government. Thus, this is the first case in which unproven stem cell treatments are officially recognized as a bona fide treatment, without having been tested in rigorous clinical trials, and based on flimsy and highly debated preclinical evidence, to be made part of a publicly funded, public health care system.

Say the scientists, the Italian case is of global concern.
The protection of patients from potential fraud was the main reason why drug regulation first arose (first enacted with the Pure Food and Drug Act in 1906, applied to the historical case of ‘snake oil’ (USDA, 1917), and later evolved into the FDA). The Italian case is the first instance in the western world in which this vital regulatory barrier might be breached.
 
The argument was offered in the Italian case that safety is not a concern in the face of severely ill children or adults, for whom there are no therapeutic alternatives. However, the terminally ill need extra safety and protection, not less. Exposing the weakest people to unknown risks is ethically unacceptable. Recourse to unproven and unsafe therapy is said to be ‘compassion’, or to fall into an arbitrary category of ‘compassionate treatment’. This is not the case at all. Compassion only applies when one offers a safe and potentially effective remedy. That a remedy is effective must be supported by published clinical data. If such data are not available, there is no legitimate assumption of effectiveness in the individual patient, and therefore no ‘compassion’.

More from Orac:
One point that the scientists didn’t really nail, and that’s the issue of informed consent. One notes that Vannoni’s stem cell quackery has no evidence for it published in the peer-reviewed biomedical literature nor any compelling clinical trial results. Consequently, if claims are being made for this treatment it is impossible to give informed consent because there is no evidence upon which to base even a rough estimate of the chances for success weighed against the risks of the treatment. Even worse, we don’t even know that these are really stem cells. Seriously. As the scientists point out, there is no transparency, and if there’s an area of clinical research where transparency is essential, it’s stem cell research.
 
The journal Nature, which is following the story, reported today that the Stamina therapy may be reeled in, and only made available in the context of clinical trials. A final decision is expected May 25. Meanwhile, Stamina head Vannoni says he will not comply with the requirement to provide the therapy for trials according to good manufacturing practice.
Sam Maddox
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Posted by Sam Maddox
Friday, May 17, 2013
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For the first time, human skin cells have been transformed into embryonic stem cells (eSC). Researchers at Oregon Health & Science University and the Oregon National Primate Research Center (ONPRC) created several lines of SC, which can then become any other cell type in the body and have great potential in regenerative medicine. Read More
Sam Maddox
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Posted by Sam Maddox
Thursday, May 02, 2013
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Ben Barres, M.D., Ph.D., a member of the Reeve Foundation International Research Consortium on Spinal Cord Injury, has been elected to the National Academy of Sciences (NAS). This is one of the highest honors a scientist can achieve. Members are nominated and extensively vetted by his or her peers, “in recognition of distinguished and continuing achievements in original research.” Read More
Sam Maddox
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Posted by Sam Maddox
Monday, April 15, 2013
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How does the nervous system produce output signals necessary for stepping, or reaching? There is a huge body of evidence that movement is not dependent on direct wiring from brain to muscle. Patterned or rhythmic output in the extremities (extensor/flexor motions in the arm, for example, or stepping) is produced within the spinal cord, which picks up cues from sensory information. The spinal cord embodies what scientists call central pattern generators (CPGs), neural networks that produce rhythmic output to drive a repetitive motor activity. Interneurons are a type of microcircuit that coordinates the rhythm and pattern of the CPG. Read More
Sam Maddox
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Posted by Sam Maddox
Sunday, March 31, 2013
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Ben Barres, the Stanford neuroscientist who is a member of the Reeve Foundation International Research Consortium on Spinal Cord, was featured recently in a meet-the-researcher piece by BrainFacts, a science information initiative of The Kavli Foundation, the Gatsby Charitable Foundation, and the Society for Neuroscience. The interview is a good basic set-up on Barres' work with neural support cells called glia; to tell you the truth, though, it isn’t very deep. I recommend this article, from the Reeve publication Progress in Research for a bit more pith. Read More
Sam Maddox
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Posted by Sam Maddox
Thursday, February 28, 2013
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Here’s a new paper this week on the topic of the growth-blocking glial scar that forms in the area of spinal cord damage. There has been much discussion in recent years about ways to chemically degrade this scar, using an enzyme called chondroitinase, now stuck with the nickname chase. Chase dissolves certain sugar chains that characterize the cartilage-like scar material, called condroitin sulfate proteoglycans (CSGPs). Read More
Sam Maddox
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Posted by Sam Maddox
Wednesday, January 23, 2013
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The Miami Project announced today that the first of 8 patients with acute spinal cord injury (up to 42 days post-injury) has been enrolled in a long-awaited trial of Schwann cells. Here's the press release. Read More
Sam Maddox
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Posted by Sam Maddox
Monday, January 14, 2013
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Neuralstem announced today that it has been approved by the FDA to begin a Phase I safety trial of its neural stem cell line NSI-566 in patients with chronic spinal cord injury. The trial is open-label (no placebos or blinding of treatment) and will enroll up to eight ASIA A patients (complete -- no motor or sensory function, T2-T12), between one and two years after injury. Read More
Sam Maddox
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Posted by Sam Maddox
Tuesday, January 08, 2013
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Italian neuroscience pioneer Rita Levi-Montalcini died last week in her home in Rome. She was 103 and had been working right to the end. Her death was announced by Gianni Alemanno, the mayor of Rome, who called it "a great loss for all of humanity." He said Levi-Montalcini represented "civic conscience, culture and the spirit of research of our time."  Read More
Sam Maddox
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Posted by Sam Maddox
Tuesday, December 18, 2012
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The International Research Consortium on Spinal Cord Injury is the centerpiece of the Reeve Foundation’s efforts to promote repair and functional recovery in the injured spinal cord. Read More
Sam Maddox
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Posted by Sam Maddox
Wednesday, November 28, 2012
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Meet Katie Sharify. She was the fifth and final person to get injected with embryonic stem cells in the now-defunct Geron trial last year. The California Institute for Regenerative Medicine (CIRM – the stem cell funding agency) released a video today of Katie telling the story of how she came to join the trial. Read More
Sam Maddox
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Posted by Sam Maddox
Wednesday, November 21, 2012
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Here’s a  cringe-worthy mash-up from actual headlines for the story of Jasper, a paraplegic U.K dachshund who regained hind limb function after getting spinal injections of cells from his nose:

Walking the Dog: Revolutionary Groundbreaking Miracle Stem Cell Cure Offers Hope. Read More
Sam Maddox
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Posted by Sam Maddox
Wednesday, November 14, 2012
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The first speaker on the second day of the conference was Jonathan Thomas, chair of the Governing Board for the California Institute for Regenerative Medicine. This is the body that oversees $3 billion in stem cell funding created eight years ago by California voters. He said CIRM has the state at the “epicenter of stem cell research in the nation.” One could make the case that the state leads the world. He noted that 135 senior scientists moved their labs to California. Read More
Sam Maddox
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Posted by Sam Maddox
Friday, November 09, 2012
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Dispatch from the Working 2 Walk Science & Advocacy Symposium held in Orange County, CA. A cool meeting (sponsored in part by the Reeve Foundation), two days of talks and small group breakouts with the speakers, and one for touring the labs at the University of California, Irvine. It’s got a nice international flavor (nine other countries) and is large enough to attract a good range of scientists and yet cozy enough for lots of personal interaction between the researchers and 150 or so members of the community. This edition, the 7th, featured fresh, unpublished data coming out of several labs. The meeting was videotaped; the feeds should be online soon. Read More
Sam Maddox
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Posted by Sam Maddox
Thursday, October 25, 2012
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The Society for Neuroscience annual meeting ended last week in New Orleans, having presented over 15,000 research abstracts, hundreds of slide shows, and countless thousands of discussions and interactions. If one tries to take in the whole picture, that of 27,512 brain scientists gathered in one place at one time, it’s far too overwhelming. Read More
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