Ace Report Cover
Bone-marrow derived stem cells contribute significantly to neuro-recovery in spinal cord injuries
Download
Reprints
Cite This
+ Favorites
Download
Reprints
Cite This
+ Favorites
AceReport Image
SPINE
Bone-marrow derived stem cells contribute significantly to neuro-recovery in spinal cord injuries
Asian J Transfus Sci.2019;13(2):120-128

Complete spinal cord injuries are a difficult clinical problem. It is unclear if the use of stem cells can contribute to neurological recovery beyond what is spontaneously achieved. In this study, the authors randomized patients with complete spinal cord injuries to one of three arms: spinal stabilization surgery with bone-marrow derived stem cells, spinal stabilization surgery alone, or non-operative management. The main outcomes were the total, motor, and sensory scores on the ASIA scale. They found that the stem cell group performed significantly better than the other two groups in all scores. Furthermore, the spinal stabilization group performed better than the non-operative group on total and sensory scoring, but not on the motor score. Overall, this trial provides support for operative management in general, as well as the addition of stem cells in spinal cord injury patients.

Unlock the full ACE Report

You have access to {0} free articles per month.
Click below to unlock and view this {1}
Unlock Now

Critical appraisals of the latest, high-impact randomized controlled trials and systematic reviews in orthopaedics

Access to OrthoEvidence podcast content, including collaborations with the Journal of Bone and Joint Surgery, interviews with internationally recognized surgeons, and roundtable discussions on orthopaedic news and topics

Subscription to The Pulse, a twice-weekly evidence-based newsletter designed to help you make better clinical decisions

Exclusive access to original content articles, including in-house systematic reviews, and articles on health research methods and hot orthopaedic topics

Or upgrade today and gain access to all OrthoEvidence content for just $1.99 per week.
{0} of {1} free articles

Become an OrthoEvidence Premium Member. Expand your perspective with high-quality evidence.

Upgrade Now
You've reached your limit of 4 free articles views this month

Access to OrthoEvidence for as little as $1.99 per week.

Stay connected with latest evidence. Cancel at any time
  • Critical appraisals of the latest, high-impact randomized controlled trials and systematic reviews in orthopaedics
  • Access to OrthoEvidence podcast content, including collaborations with the Journal of Bone and Joint Surgery, interviews with internationally recognized surgeons, and roundtable discussions on orthopaedic news and topics
  • Subscription to The Pulse, a twice-weekly evidence-based newsletter designed to help you make better clinical decisions
Upgrade Account
Upgrade
Search
Close Search Window
Welcome Back!
Forgot Password?
Start your FREE trial today!

Account will be affiliated with


OR
Forgot Password?

OR
Please check your email

If an account exists with the provided email address, a password reset email will be sent to you. If you don't see an email, please check your spam or junk folder.

For further assistance, contact our support team.

Cite this Ace Report

OrthoEvidence. Bone-marrow derived stem cells contribute significantly to neuro-recovery in spinal cord injuries. ACE Report. 2020;10(2):7. Available from: https://myorthoevidence.com/AceReport/Report/

Copy Citation
Share this Ace Report