SCI Clinical trials 2008 or 2009 (spinal cord injury)
Last edited August 3, 2008
More by Corinne Jeanmaire »
KEY INFO ABOUT SPINAL CORD INJURY CLINICAL TRIALS PLANNED IN 2008 AND/OR 2009- 
THANKS TO ALARME ASSOCIATION  (www.alarme.asso.fr/forum), TDelrieu and to CARECURE FORUM, Dr Wise Young and all members. 
 
Summary (by Tdelrieu, Alarme), December 2007- UPDATE AUGUST 2nd, 2008
 
 
Clinical trials for acute injuries (confirmed/ongoing) :
  •  Confirmed/ongoing (2008)

*Cethrin (Bioaxone/Alceres)                  http://alarme.asso.fr/forum/index.php/topic,48.0.html         _ (update Aug08: recruitment not yet started)

*IN-1 (Novartis)                                     http://alarme.asso.fr/forum/index.php/topic,50.0.html         _(update Aug08: recruitment ongoing)

*Andara OFS (Cyberkinetics)                http://alarme.asso.fr/forum/index.php/topic,284.0.html       _(update Aug 08: enrolling ongoing for pilot trial)

 

IN 2008 , with question mark:

*GRNOPC1 (H.Keirstad/ Geron)            http://alarme.asso.fr/forum/index.php/topic,59.0.html          _(update June 08: trying to get FDA authorization                                                                                                                        still    planned by end 2008 but not confirmed yet)

 

 

Clinical trials on chronic injuries:

  •  2008/2009 (started)          
*OEC (Wroklaw/Poland)                      http://alarme.asso.fr/forum/index.php?topic=181.0           _(update Aug08: 1 patient underwent OEC transfer. next patients recruited)
  • 2009/2010

*Cordaneurin/CordaChron (Neuraxo)      http://alarme.asso.fr/forum/index.php/topic,20.0.html      _ (update Aug 08: delayed ? transferred to Ukraine ?)

*UCB & Lithium (ChinaSCINetwork)       http://alarme.asso.fr/forum/index.php/topic,41.0.html      _ (update Aug 08: trial ongoing)

*Peptide NX (Neuronax/C4H)                 http://alarme.asso.fr/forum/index.php/topic,471.0.html    _ (update Aug 08: no news. trials still planned end 2008/ 2009?

*RMx (Total ReCord)                             http://alarme.asso.fr/forum/index.php/topic,937.0.html    - (update Aug 08: trial delayed ? awaiting FDA approval?)

*Decorin & GDA BMP (Dr. Davies/UCHSC) http://alarme.asso.fr/forum/index.php/topic,2105.0.html _ (update Aug 08: preclinical work ongoing)

*Cellules souches neurales (Neuralstem) http://alarme.asso.fr/forum/index.php/topic,3476.0.html   

  • Longer term:
*Innurex (Oxford BioMedica)                     http://alarme.asso.fr/forum/index.php/topic,433.0.html
 
Labels: SUMMARY
PART 1_ CHRONIC SCI INJURIES

Stephen Davies Update - Page 21 - CareCure Forums
sci.rutgers.edu/forum/showthread.php?t=87284&page=...


a. Rat GDA BMPs have proven to evoke robust recovery in the acutely injured adult rat CNS; &
b. Production of a scalable, purified human GDA BMP

Should I assume that, in the meantime, GDA BMP will also be applied to chronic cords on rats?

Answer: Yes. Given the robust and multiple benefits of GDA BMPs for acute SCI, we will be testing the effects of these cells in chronic SCI rats in the next few months. As mentioned by Schmeky we are also working hard to develop human GDA BMP cells and their GMP production. These human cells will also of course be tested both in acute and chronic SCI rats.

2. In one of your answers to CC member here on the question of Decorin, you said, “We are now applying what we have learned with transection injuries and working on contusion injuries with several collaborating labs.” I have two questions here:-

i. Will you work on the contusion models in both acute and chronic at the same time?
ii. Will you be doing the same as stated above by using Rat GDA BMP?

Answer: We have set up a collaboration with the Miami Project (at their request) to test rat GDA BMP cells in rat contusion injuries, at the Miami Project. Initial experiments will be conducted in acute contusion SCI rats to verify our acute SCI results. The first experiments testing rat GDA BMPs and chronic SCI injured rats will be conducted in my lab here in Colorado with transection injuries. As my lab also has a rat SCI contusion device, we may also first test GDA BMP cells in chronic contusion SCI rats before collaborating with other labs on these chronic experiments. We have also set up GDA related collaborations with other top labs that have experience with measuring recovery of bladder, bowel and sexual function in contusion SCI in rats.

3. In your answer, you also said, “Do the basic science in a transection injury where you can actually measure how efficiently you have changed levels of inhibitors or other aspects of scar formation and then, apply what you have learned to contusion injuries where the only outcome measures are usually whether there was functional recovery and/or sparing of neuron cell bodies and myelin/support cells, and it is therefore difficult to work out mechanisms.”

I am sorry do you mean that one would be unable or difficult to measure the change of levels of inhibitors or other aspects of scar formation in contusion injuries?

Answer: Yes you are correct. Even when using computer controlled contusion devices it is well known that there is still enough variation between the size of injuries and post traumatic inflammation from animal to animal to make quantification of injury associated molecules e.g. CSPGs very difficult. Molecules like CSPGs come in different isoforms or subtypes (often different molecular weights) that can have very different effects on SCI recovery when present or absent, or even when in different ratios. We have found that transection injuries have far less variation and allow us to conduct proper quantitative molecular analysis of changes in spinal cord scar formation and efficiency of axon regeneration when using new treatments such as GDAs and decorin. We are now set to apply what we have already learned with transection injuries to both acute and chronic contusion injuries. If we want to develop truly effective new therapies for SCI clinical trials that also avoid nasty side effects like pain then we need to understand the molecular mechanisms of their action as mush as possible in rats before testing them on people.

4. Shall I assume that the combo therapy of Decorin + GDA BMP can be applied on humans in 2 to 3 years’ time or should it be in the time frame of 2 to 5 years?

Answer: Yes, given sufficient funding we are shooting for the 2-3 year time frame rather than the 2-5 year. As Schmeky mentioned in his report, he met with Dr. Kevin Lillehei, a world renowned neurosurgeon who has already committed to designing and conducting SCI clinical trials here in Denver.

5. Would it be possible for you to kindly outline your work and the gap of expenses that you require in your lab in the coming years of 2008 and/or 2009 so that Schmeky and other members can better plan our own individual donation schemes to your lab with all of the promising work going on?

Answer: I am happy for you to contact me directly by email at Stephen.Davies@UCHSC.edu and I can provide you with more details of our plans and projected funding requirements to move to SCI clinical trials here in the USA with human decorin and human GDAs. Schmeky knows my lab has a lot more data and collaborations with biotech companies that I am not prepared to talk about on a public forum at this time.

I hope this post answers some of your questions and those raised by other CC forum members that are interested in supporting our SCI research here in Denver.

Stephen Davies.
Labels: CHRONIC INJURIES
Innurex® - Oxford BioMedica - Forum alarme.asso.fr - Association Libre d Aide à la Recherche sur la
alarme.asso.fr/forum/index.php/topic,433.0.html
'APRIL 2007:

'CLINICAL STATUS
Preclinical proof-of-concept successfully completed.
Clinical plan is being defined. '

 For further information, please contact:

Oxford BioMedica plc
Professor Alan Kingsman, Chief Executive
Medawar Centre
Robert Robinson Avenue
The Oxford Science Park
Oxford
OX4 4GA
United Kingdom
Telephone: +44 (0) 1865 783 000
Fax: +44 (0) 1865 783 001
enquiries@oxfordbiomedica.co.uk
Labels: CHRONIC INJURIES?
Neuralstem (USA) - cellules souches neurales humaines - Forum alarme.asso.fr - Association Libre d
alarme.asso.fr/forum/index.php/topic,3476.0.html
jan 2007
Neuralstem's patent-protected technology enables, for the first time, the ability to produce neural stem cells of the human brain and spinal cord in commercial quantities, and the ability to control the differentiation of these cells into mature, physiologically relevant human neurons and glia. The Company's technology was invented by founding scientist, Karl Johe, Ph.D. while at the National Institute of Neurological Disease and Stroke, at the National Institutes of Health.

According to Richard Garr, Neuralstem President and Chief Executive Officer, "Neuralstem has come public to further its primary goal -- to transplant these cells into patients to treat currently incurable diseases. The Company expects that its first Investigational New Drug (IND) application will be for the treatment of Ischemic Spastic Paraplegia, a form of paraplegia that sometimes results from the surgery to repair aortic aneurysms and for which there is no effective treatment. The Company hopes to submit its initial IND application to the FDA and begin its first human trial during calendar year 2007."

"Neuralstem is a second generation stem cell company," Garr went on to say, "built not so much to do basic research and discovery, as to optimize our discovery of neural stem cells, and take them into the clinic and into patients. We believe that our technology answers many of the issues that have held the field back, and makes it possible to build a stem cell company around a true product focus."

As of November 15, 2006, Neuralstem had 25,608,272 shares issued and outstanding of which 8,072,000 shares have been registered with the SEC and are currently free trading. A 10-Q for the quarter ending September 30, 2006, and/or an SB-2 registration statement dated August 24, 2006 are available from the company upon request.

Labels: chronic injuries
Total ReCord Inc. - RMx(TM) - biothérapie non-cellulaire - Forum alarme.asso.fr - Association Libre
alarme.asso.fr/forum/index.php/topic,937.0.html#la...
January 2008
[...]
We have a very dedicated team working towards our goal which is to be in Clinical  Trials in Europe mid 2008. Our website is currently under construction, but  this will be the most efficient way to monitor our progress and the status of the Clinical Trials.

Your interest in our mission is greatly appreciated. All the best to you.

Laurie

Laurie J. Colella
Director
NOVAGENESIS Oy
Contact:  Laurie J. Colella
Director
NOVAGENESIS Oy
Cell #508.335.8405
Resume: RMx est une matrice biologique régénérative. Elle réduit la formation de la cicatrice gliale et stimule la croissance des fibres nerveuses. Elle peut aussi être utilisée en combinaison avec d'autres facteurs (médicaments, cellules, etc.).

Labels: chronic injuries
Cordaneurin®/CordaChron™ - NEURAXO Biopharmaceuticals (Allemagne) - Forum alarme.asso.fr -
alarme.asso.fr/forum/index.php/topic,20.0.html#las...
Update Aug 2008: selon des informations officieuses, non confirmees, les essais clinique de Neuraxo náuraient pas ete autorises en Europe et Neuraxo essaierait de les organiser en Ukraine. / According to non-official information,the sci clinical trials planned by Neuraxo would not have been authorized by EMEA and Neuraxo would be trying to organize those trials in Ukraine.
 
 
Orphan Medicinal Product Designation granted for NEURAXO’s CNS recovery drug Cordaneurin® (EMEA/OD/014/04)

Düsseldorf, Germany, October 04, 2004; NEURAXO Biotec GmbH, a biopharmaceutical company focused on the treatment of nervous system injuries, received the Orphan Medicinal Product Designation (OMPD) for the development of Cordaneurin®, its lead investigational drug for treatment of spinal cord injury by EMEA (European Medicines Agency). Clinical trials for Cordaneurin® will be performed for the indication: Treatment of traumatic spinal cord injuries. First patients will start with Clinical Phase I/IIa mid 2005, the first EU launch being foreseen in 2007.
The Orphan Medicinal Product Designation (OMPD) significantly facilitates the registration of Cordaneurin®, a potential drug for hitherto incurable CNS injuries.
The OMPD status, granted in all 25 European Union countries, allows a centralized registration procedure enabling a quicker registration. In comparison to standard clinical trials, the study designs can be adapted, i.e. shortened, permitting Cordaneurin® a faster time to market with less investment on part of NEURAXO. During the studies a free of charge scientific advice/protocol assistance and other incentives will be provided by the Authorities.
Josef Hofer, PhD, directing R&D: ”The Orphan Drug Regulation guarantees a 10 years market exclusivity for the Marketing Authorization of Cordaneurin® within the European Community with respect to similar drugs. This gives us a considerable head start to potential competitors”.
Prof. Hans Werner Müller, scientific founder of NEURAXO concludes: “NEURAXO’s R&D is now eligible for being sponsored by European Programs, Community Projects and other incentives from the European and national health organizations. All these facts will significantly support NEURAXO to expedite its clinical development programs.”
Following the recent arrangement between EMEA and FDA regarding the possibility of a Parallel Scientific Advice (PSA), now the registration of an EMEA granted product in the US is much easier. For this NEURAXO Biotec aims also to initiate a clinical development program in the United States.
Profile NEURAXO Biotec GmbH:
NEURAXO Biotec is a biopharmaceutical company focused on the treatment of nervous systems injuries. NEURAXO`s proprietary key technology, the Regeneration Promoting Treatment, world-wide is the first investigational therapy aiming at the regeneration of injured nerves following their natural nerve tract.
 
For further information please contact:

NEURAXO Biotec GmbH
Merowingerplatz 1a
402285 Düsseldorf, Germany
Rainer Lichtenberger, Ph.D., MBA
Chief Executive Officer
Phone: *49 160 741 3883
Fax: *49 6151 601 3352
E-Mail: rainer.lichtenberger@neuraxo.com

For further information please contact:

NEURAXO Biotec GmbH
Merowingerplatz 1a
402285 Düsseldorf, Germany
Rainer Lichtenberger, Ph.D., MBA
Chief Executive Officer
Phone: *49 160 741 3883
Fax: *49 6151 601 3352
E-Mail: rainer.lichtenberger@neuraxo.com
 
Labels: chronic injuries
NEURONAX - neuropeptides (Clermont Ferrand - France) - Forum alarme.asso.fr - Association Libre d
alarme.asso.fr/forum/index.php/topic,471.0.html#la...
jeudi 8 novembre 2007 12:48
sgobron@wanadoo.fr
Objet : information

Cher Monsieur,

Il est très difficile de répondre à votre question car différentes conditions restent encore à remplir. Les développements en cours chez Neuronax concernent le peptide NX pour lequel nous avons obtenu des preuves d’efficacité chez l’animal. Nous poursuivons nos travaux et abordons les études précliniques réglementaires nécessaires pour pouvoir prétendre à un test clinique que nous espérons pouvoir mettre en place durant l’année 2008.

J’espère que ces quelques informations vous auront été utiles et vous remercie pour votre email.

Bien cordialement,

Stéphane Gobron
Labels: chronic injuries
Réseau d'essais cliniques en Chine - ChinaSCINetwork - Forum alarme.asso.fr - Association Libre d
alarme.asso.fr/forum/index.php/topic,41.25.html#la...
Update Dr Wise Young, January 2008 (www.carecure.org): 
 (…) the lithium phase 1 trial finished before Christmas. A preliminary survey of the data suggests that the treatment is safe. The data is now undergoing complete checking and analysis (by the Clinical Trial Centre at Hong Kong University). I am hoping that we will have the completed analysis by early February.

The phase 2 lithium trial should start shortly after the Chinese New Year (after the 7th of February). All the agreements are in place although we are still doing some final negotiations on the insurance for the trial. The drug and placebo have been prepared. We are initiating the final trial preparations.

One of our centers, the Kunming Army General Hospital just completed a detailed study of intramedullary spinal cord decompression in thirty patients with acute spinal cord injury. This study documented the safety and even benefit of opening the dura and untethering the spinal cord, even during the first few weeks after spinal cord injury. This study provides us with convincing evidence that it is safe to expose the spinal cord for cell transplantations. We have submitted study this for publication. In some ways, it is like a phase 1 surgery trial.

The phase 2 cord blood trial preparation is going well except for one problem. We discovered viability of human cord blood mononuclear cells is low when the cells were thawed, separated, and frozen again on the same day. My staff has been working hard to solve the problem. We have developed and are testing several workarounds.

The training of all the centers for the phase 3 are proceeding well. In December 2007k we held a workshop in Fuzhou where we re-trained all the clinicians to carry out the ASIA examination and added two additional outcome measures to our repertoire: the WISCI and the SCIM. The WISCI is a walking score and SCIM is a function core. We are planning another workshop in Xi'an in May.

The GCP certification of our centers is also going well. We anticipate that at least 15 of our centers will receive GCP (Good Clinical Practice) certification from the sFDA before the summer and will be ready to participate in the phase 3 trial. This is a requirement for the centers to be part of the phase 3. Not only the hospital but the specific department must receive the certification to carry out orthopedic clinical trials (the category under which spinal cord injury is classified in China).

The CN100 extension study is going as planned. About 15 of our 25 centers have now completed the riginal CN100 observation study, with about 358 subjects with SCI followed for a year. Ten centers that have joined us since January 2006 are starting a shortened 6-month CN100e (extension) study, each adding another 20 SCI patients. We anticipate that we will have over 600 patients recruited for the phase 3 study by the end of 2008.

The fundraising is proceeding. On February 2, TVB (one of the two major TV channels in Hong Kong) will host a fundraiser in prime-time. We are hoping to raise the funds to cover the phase 3 and we have been working hard on both corporate and the private donors. Altogether, I am anticipating that the combined ChinaSCINet trials through phase 3 will cost about US$20 million.


Labels: chronic injuries
Pr Pr. Jarmundowicz/ OEC Transfer / Wroklaw -Poland -
Update Dr Tabakow, July 2008: "The patient that underwent OEC-transplantation will be evaluated for any changes in his neurological and general status during the next 2 years. It is to early to say anything about neurological improvement at this time, 2 weeks after the operation. I believe that the first symptoms of improvement due to regeneration of the spinal cord fibers (if any) should appear 3-4 months after the operation."

Contact: Dr. Pawel Tabakow
Department of Neurosurgery
Wroclaw Medical University
PART 2- ACUTE INJURIES

Dr Hans Keirstead (Irvine Research Center) / Geron Corp. - Forum alarme.asso.fr - Association Libre
alarme.asso.fr/forum/index.php/topic,59.0.html
8/08/2007
Hans Keirstead
Timeline to the Clinic

In response to a recent news misquote and queries over the last year, I would like to clarify my views on the timeline to the clinic for the treatments being developed by my research team.

It would be foolish and misleading to say that one will cure or ‘fix’ someone with a spinal cord injury in a given period of time. I hope that through perseverance and a lot of hard work our research developments will benefit people’s lives, but I have no orb with which to predict the future.

What I do know is this: the treatments that we are developing improve the outcome of spinal cord injury in rats but do not completely cure them. We do not know if these approaches will work in humans until we test them in humans. Importantly, the U.S. Food and Drug Administration (FDA), informed by clinical trial results, will ultimately determine if and when a treatment becomes available to the public.

The first potential treatment that my research team has developed is an injection-based therapy intended for acute spinal cord injury, meaning that it would be administered within hours of the injury. The treatment significantly decreases spinal cord loss when administered within this narrow time frame. After developing the treatment, our team and others showed that it improved the outcome of rodent models of spinal cord injury, multiple sclerosis, rheumatoid arthritis and ulcerative colitis. In 2006, Medarex Corporation began a clinical trial evaluation of this approach in patients with ulcerative colitis. We are overjoyed to see this treatment being tested in humans, and hope to see the treatment used ‘off-label’ in spinal cord-injured people should the ulcerative colitis trials prove successful.

The second potential treatment that my research team has developed is intended for sub-acute spinal cord injury, to be administered within weeks of the injury. This treatment is a human embryonic stem cell-based therapy that re-insulates the electrical conduits of the spinal cord that lost their insulation following injury. Our research team has shown that this treatment bettered the outcome of rodent models of spinal cord injury and is safe. Further safety tests are now being conducted, and Geron Corporation is planning a clinical trial using this approach in 2008. They deserve our support for their pioneering and heroic efforts to get the first FDA-approved human embryonic stem cell-based treatment to the clinic.

The third potential treatment that my research team is developing is intended for chronic spinal cord injury. Ideally, this therapy could be administered months, years or decades after an injury, and understandably is a research direction that has created great excitement among the spinal cord injury community. However, it is important for people to understand that we have only just begun this endeavor. We have not yet even determined whether the tools that we have developed work in animal models or are safe. The outcome of these early studies will determine if and when this therapeutic approach will move forward to further animal testing and, ultimately, clinical evaluation.

I promise that my research team will push towards the goal of treating spinal cord injured people with intellectual rigor and tremendous personal intensity. We understand that our job is to invent safe and effective treatments that may then be evaluated in the clinic. I expect that we will fail and succeed along the way, and thank you in advance for allowing us to do both.
Labels: ACUTE injuries
Cordaneurin®/CordaChron™ - NEURAXO Biopharmaceuticals (Allemagne) - Forum alarme.asso.fr -
alarme.asso.fr/forum/index.php/topic,20.0.html
Répondre n°3 le: 22 Août 2006 à 16:41:51 »

Update Aug 2008: clinical trials on acute injuries: originally planned in 2008 (delayed ?)
Clinical trials 'most probably' planned in 2009 for chronic injuries


 
NEURAXO Biopharmaceuticals GmbH
Max Planck Str. 15a
40699 Erkrath (near Düsseldorf)
Germany
Tel.: +49 211 617 851-0

Web site : www.neuraxo.de

Labels: acute and chronic injuries

United States Spinal Cord Injury, Muscular Dystrophy and Stroke

The goal of the first phase of the BrainGate clinical study is to demonstrate the System's ability to reliably record the participants' neural activity and translate their thoughts directly into a computer control signal. In other words, the study will determine the potential of the BrainGate System to give the study participants the ability to control a computer cursor using their thoughts.

Individuals with severe motor impairments from spinal cord injury, muscular dystrophy or stroke are being recruited into a clinical study. In addition to those with quadriplegia, the trial is also open to those with some movement in the upper body, as well as those who are non-speaking, or “locked-in.” Clinical trial participants must be permanent residents who live within a two hour drive of a study center. Final eligibility for participation in the clinical study is determined by the Principal Investigators, who are licensed Medical Doctors.

Enrollment in the pilot trial is now ongoing at rehabilitation centers located in Boston, Chicago and Providence. Additional sites may become available in the future.

Clinical Study Center Location Principal Investigators
Spaulding Rehabilitation Hospital Boston, MA Leigh Hochberg, MD, PhD
(617) 726-4218
lhochberg@partners.org
Rehabilitation Institute of Chicago Chicago, IL David Chen, MD
coordinated by Diane Rowles
(312) 238-0764
Sargent Rehabilitation Center Providence, RI Jon Mukand, MD, PhD
(401) 357-2619

View a BrainGate System educational animation by clicking here.

 Francais: voir alarme.asso.fr/forum/index.php/topic,284.0.html...
Anticorps anti-NOGO - Pr. Martin Schwab (Zurich - Suisse) - Forum alarme.asso.fr - Association Libre
alarme.asso.fr/forum/index.php/topic,50.0.html#las...
Latest status: September 2007: trial phase II for acute injuries are going to start (tel info, Pr Schwab)
 
The first patients treated with the anti-Nogo therapy have tolerated the therapy well and did not show any side effects related to the therapy. But it is still too early to take stock. In the animal experiments we have never seen any side effects.

Shortly after Phase I of the clinical studies has been terminated Phase II will start. The tolerance of the planned dosage will already be tested in Phase I. In Phase II a larger number of patients shall be treated over a longer time period in different clinics in Europe and North America. Neurological and functional measurements will be performed in regular intervals to investigate whether the therapy leads to a functional recovery of the patients over time.

What do we expect from the Nogo-antibody therapy?
After spinal cord injury often a lot of nerve tissue is damaged. The glial scar - which is built during the first hours and days after the injury – is a mechanical barrier for the spontaneous and the Nogo-antibody induced outgrowth of nerve fibers. It is very improbable that all injured nerve fibers can be induced to regenerate or sprout. In addition the regenerating nerve fibers must make functional connections with still intact nerve cells or nerve fibers. For a measurable functional recovery often already 10% regeneration of nerve fibers is sufficient. We therefore hope that at least part of the patients may be able to control their bladder or stand and walk with crutches. This hope builds on the surprisingly good results we have seen in Nogo-antibody treated animals.

As mentioned earlier, already at an early time point the experiments in the lab were designed to contribute to treat spinal cord injured patients. After we have been able to show functional recovery through regeneration in rodents we surprised by the degree of regeneration in macaque monkeys after Nogo-antibody treatment. Before starting with the clinical trials toxicological studies with high doses of the antibody were done which did not lead to any sort of side effects.

We have not yet been able to show that the anti-Nogo antibody therapy leads to a functional recovery in adult spinal cord injured patients. We are excitedly awaiting this big step.

Currently only freshly injured patients are included in the ongoing clinical trials. This because our experience is built on fresh injuries.

The patients treated so far did not show any sort of side effect, which is very promising.

Unfortunately, we do not know anything concerning a possible time point when chronic patients may be integrated in such a clinical trial.
   
Labels: acute injuries
Cethrin clinical trial phase IIb 
Safety and Efficacy of Cethrin® in Adult Subjects With Acute Cervical Spinal Cord Injury

This study is not yet open for participant recruitment.
Verified by Alseres Pharmaceuticals, Inc, January 2008

Sponsored by: Alseres Pharmaceuticals, Inc
Information provided by: Alseres Pharmaceuticals, Inc
ClinicalTrials.gov Identifier: NCT00610337
  Purpose

This is a multicenter, randomized, double-blind, placebo-controlled, Phase IIb study to be conducted in North America and Europe and will include male and female subjects with acute cervical SCI, 18 to 62 years of age, who receive clinical trial material (CTM) within 72 hours of injury.

This study is being undertaken to evaluate and confirm the safety and efficacy of CETHRIN®. This adaptive study has been designed to efficiently identify the safest and most effective dose in Phase IIb which will be evaluated in a future Phase III study. Given the current lack of effective treatments for SCI, an improvement in motor ability or activities of daily living in these subjects would be a great advancement in the treatment of SCI.


Condition Intervention Phase
Acute Cervical Spinal Cord Injury
Drug: Cethrin® (BA-210)
Procedure: placebo
Phase II

MedlinePlus related topics:   Spinal Cord Injuries   

U.S. FDA Resources

Study Type:   Interventional
Study Design:   Treatment, Randomized, Double Blind (Subject, Caregiver, Investigator), Placebo Control, Parallel Assignment, Safety/Efficacy Study
Official Title:   A Phase IIb, Double-Blind, Randomized, Placebo Controlled, Multicenter Study to Assess the Safety and Efficacy of Intraoperative Epidural Cethrin® in Adult Subjects With Acute Cervical Spinal Cord Injury

Further study details as provided by Alseres Pharmaceuticals, Inc:

Primary Outcome Measures:
  • Mean change in ASIA motor score [ Time Frame: week 26 ] [ Designated as safety issue: No ]
  • Death [ Time Frame: 12 months ] [ Designated as safety issue: Yes ]
  • Serious Adverse Events [ Time Frame: 12 months ] [ Designated as safety issue: Yes ]

Secondary Outcome Measures:
  • ASIA Impairment Scale (AIS) grade [ Time Frame: Week 4, Week 8, Week 16, Week 26, and Week 52 ] [ Designated as safety issue: No ]
  • Total motor score, upper extremity motor score, and lower extremity motor score [ Time Frame: Week 4, Week 8, Week 16, Week 26, and Week 52 ] [ Designated as safety issue: No ]
  • Neurological motor level (right and left) and motor zone of partial preservation (ZPP) (right and left) [ Time Frame: Week 4, Week 8, Week 16, Week 26, and Week 52 ] [ Designated as safety issue: No ]
  • Change in motor score within the ZPP (right and left) [ Time Frame: Week 4, Week 8, Week 16, Week 26, and Week 52 ] [ Designated as safety issue: No ]
  • Spinal cord independence measure (SCIM) total score, subscores and individual items [ Time Frame: Week 4, Week 8, Week 16, Week 26, and Week 52 ] [ Designated as safety issue: No ]
  • Functional independence measure (FIM) total score, subscores and individual items [ Time Frame: Week 4, Week 8, Week 16, Week 26, and Week 52 ] [ Designated as safety issue: No ]
  • Adverse events [ Time Frame: 12 months ] [ Designated as safety issue: Yes ]

Estimated Enrollment:   200
Study Start Date:   June 2008
Estimated Primary Completion Date:   June 2010 (Final data collection date for primary outcome measure)
 
 
http://www.clinicaltrials.gov/ct/show/NCT00406016?order=1 NOVARTIS Drug: ATI355 - Clinical trial phase I
Acute Safety, Tolerability, Feasibility and Pharmacokinetics of Intrath. Administered ATI355 in Patients With Acute SCI

This study is currently recruiting participants.
Verified by Novartis, June 2008

Sponsored by: Novartis
Information provided by: Novartis
ClinicalTrials.gov Identifier: NCT00406016
  Purpose

This study will evaluate the acute safety, tolerability, feasibility and pharmacokinetics of 5 dose regimens of ATI355 in acute spinal cord injury patients


Condition Intervention Phase
Acute Spinal Cord Injury
Drug: ATI355
Phase I

MedlinePlus related topics:   Spinal Cord Injuries   

U.S. FDA Resources

Study Type:   Interventional
Study Design:   Treatment, Non-Randomized, Open Label, Uncontrolled, Single Group Assignment, Safety Study
Official Title:   A Multi-Center,Open-Label,Cohort Study to Assess Feasibility,Acute Safety,Tolerability and Pharmacokinetics of 4 Dose of Continuous Intrath. ATI355 Infusion and 1 of Repeated Intrath. Bolus Inj. in Acute SCI Para- and Tetraplegic Patients

Further study details as provided by Novartis:

Primary Outcome Measures:
  • Feasibility, Safety and Tolerability of a continuous intrathecal (i.t.) infusion or i.t. repeated bolus injections of ATI355 in patients with acute spinal cord injury at every visit and Assessment of serum and CSF pharmacokinetics at predefined visits.

Secondary Outcome Measures:
  • Immunogenicity of ATI355 in acute spinal cord injury patients up to one year.
  • Early potential signal of efficacy by the American Spinal Cord Injury Association (ASIA) protocol and pharmacodynamic changes assessed by electrophysiology tests for up to one year.

Estimated Enrollment:   35
Study Start Date:   May 2006
Estimated Study Completion Date:   October 2009

Arms Assigned Interventions
1: Experimental Drug: ATI355

Detailed Description:

This study will evaluate the acute safety, tolerability, feasibility and pharmacokinetics of 5 dose regimens of ATI355 in acute spinal cord injury patients

  Eligibility
Ages Eligible for Study:   18 Years to 65 Years
Genders Eligible for Study:   Both

Criteria

Inclusion criteria

  • Acute spinal cord injury paraplegic and tetraplegic patients with confirmed classification of ASIA A (C5 ≤ lesion ≤ T12; 4-14 days post-injury (i.e. study drug treatment must begin 4-14 days post injury) for paraplegic patients and for those tetraplegic patients who do not require artificial respiration at time of treatment initiation within the 4-14 days time interval. In those tetraplegic patients who still require artificial respiration in the 4-14 days time interval treatment can be initiated up to 28 days post-injury as soon as the patient is weaned off the respiratory machine.)
  • Hemodynamically stable (at baseline).
  • For female patients of child bearing potential, written agreement to abstain from intercourse during the first 12 weeks of the study and then subsequent use of a double-barrier local contraception, i.e. intra-uterine device plus condom, or spermicidal gel plus condom for up to one year post study drug treatment. Patients must receive documented counseling on contraceptive measures.

Exclusion criteria

  • Complete anatomical transection confirmed by MRI or trauma caused by ballistic or other injury that directly penetrates the spinal cord including gunshot and knife wounds.
  • Magnetic Resonance Imaging (MRI) indicating complete obstruction of the intrathecal space.
  • Presence of one of the following:
  • multiple spinal cord lesions
  • cauda equina damage
  • major brachial or lumbar plexus damage/trauma
  • significant head trauma (e.g. cortical damage/lesion), or other injury that was, in the opinion of the investigator, sufficient to interfere with the assessment of the spinal cord function or otherwise compromise the validity of the patient's data.
  • Other significant preexisting or current systemic disease such as lung, liver (exception: history of uncomplicated Hepatitis A), gastrointestinal, cardiac, immunodeficiency (including human immunodeficiency virus [HIV]) or kidney disease; or active malignancy or any other condition as determined by history or laboratory investigation that could cause a neurological deficit including syphilis, myelopathy, clinically relevant polyneuropathy, etc.
  • History of meningitis, meningoencephalitis, epilepsy or life-threatening allergic or immune-mediated reaction.
  • History of or current autoimmune disease or an acute episode of Guillain-Barre syndrome.
  • Patients with uncontrolled bleeding diathesis and/or on concomitant treatment with coumarin anticoagulant.
  • Presence of any unstable medical or psychiatric condition (defined by the Diagnostic and Statistical Manual of Mental Disorders-IV [DSM-IV]) that could reasonably have been expected to subject the patient to unwarranted risk from participation in the study or result in a significant deterioration of the patient's clinical course.
  • Pregnant or nursing (lactating) women, where pregnancy is defined as the state of a female after conception and until the termination of gestation, confirmed by a positive human chorionic gonadotropin (hCG) laboratory test (> 5 mIU/ml).
  • Hemoglobin levels below 8.0 g/dl and/or patients who required greater than 10 (ten) blood transfusions since the acute injury
  Contacts and Locations

Please refer to this study by its ClinicalTrials.gov identifier: NCT00406016

Contacts
Contact: Novartis Pharmaceuticals     41 61 324 1111    

Locations
Canada
Novartis Investigative site     Not yet recruiting
      Toronto, Canada
      Contact: Novartis Pharmaceuticals     +41 61 324 1111        
Novartis Investigative site     Not yet recruiting
      Vancouver, Canada
      Contact: Novartis Pharmaceuticals     +41 61 324 1111        
Novartis Investigative site     Active, not recruiting
      Montreal, Canada
Novartis Investigative site     Active, not recruiting
      Calgary, Canada
Germany
Novartis Investigative site     Recruiting
      Heidelberg, Germany, 69118
      Contact: Novartis Pharmaceuticals     41 61 324 1111        
Novartis Investigative site     Recruiting
      Bayreuth, Germany, 09445
      Contact: Novartis Pharmaceuticals     41 61 324 1111        
Novartis Investigative site     Recruiting
      Karlsbad-Lagensteinbach, Germany, 76307
      Contact: Novartis Pharmaceuticals     41 61 324 1111        
Novartis Investigative site     Recruiting
      Bochum, Germany, 44789
      Contact: Novartis Pharmaceuticals     41 61 324 1111        
Novartis Investigative site     Recruiting
      Murnau, Germany, 82418
      Contact: Novartis Pharmaceuticals     41 61 324 1111        
Novartis Investigative site     Active, not recruiting
      Ulm, Germany, 89081
Novartis Investigative site     Active, not recruiting
      Bad Wildungen, Germany, 34537
Novartis Investigative site     Recruiting
      Tuebingen, Germany, 72076
      Contact: Novartis Pharmaceuticals     41 61 324 1111        
Novartis Investigative site     Recruiting
      Hamburg, Germany, 21033
      Contact: Novartis Pharmaceuticals     41 61 324 1111        
Switzerland
Novartis Investigative site     Recruiting
      Zurich, Switzerland, 8008
      Contact: Novartis Pharmaceuticals     41 61 324 1111        

Sponsors and Collaborators
Novartis

Investigators
Study Director:     Novartis Pharmaceuticals     Novartis    
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