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Related Experiment Videos

[Omentomyelosynangiosis--a direct intraoperative observation].

M Spaić, Lj Minić, R Djitić

    Vojnosanitetski Pregled
    |September 11, 2001
    PubMed
    Summary

    Vascular omental pedicle implantation on injured spinal cords did not improve sensory or motor function in late outcomes. This study observed tissue changes after reoperation for neuropathic pain, finding no functional recovery from the initial procedure.

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    [Cordotomy in the treatment of pain conditions].

    Acta chirurgica Iugoslavica·2005

    Area of Science:

    • Neuroscience
    • Regenerative Medicine
    • Vascular Surgery

    Context:

    • Spinal cord injury presents significant challenges for functional recovery.
    • Vascularized omental pedicle grafts have been explored to enhance spinal cord revascularization.
    • Previous studies suggest potential benefits, but long-term outcomes require further investigation.

    Purpose:

    • To report the late outcomes of vascularized omental pedicle implantation in patients with spinal cord injury.
    • To investigate the tissue interactions and changes at the omental-cord interface (omentomielosinangiosis).
    • To assess the functional recovery (sensory and motor) following this surgical intervention.

    Summary:

    • Seven patients who received omental pedicle implantation for spinal cord injury were re-evaluated 2-5 years post-surgery.

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  • The omental pedicle was mobilized during subsequent DREZ surgery, allowing observation of the omental-cord contact surface.
  • Neurological assessments revealed no significant sensory or motor improvements in patients after the omental graft implantation.

    • Impact:

    • This study provides critical insights into the long-term efficacy of omental pedicle grafts for spinal cord injury.
    • Findings question the neurobiological capacity of omental tissue to stimulate neoangiogenesis and functional recovery in the injured spinal cord.
    • Highlights the need for further research into alternative or adjunctive strategies for spinal cord repair and regeneration.