AI Article Synopsis

  • Dry needling the lumbar multifidi is a method physical therapists use for treating low back pain, but previous studies have not looked into the risks of puncturing the spinal canal near the T12/L1 area.
  • The study aimed to see if a specific dry needle technique could successfully penetrate the ligamentum flavum and access the spinal canal, using ultrasound for guidance on a cadaver in a controlled setting.
  • Results confirmed that the procedure can indeed breach the ligamentum flavum at the T12/L1 space, highlighting the importance of understanding anatomy and using tools like ultrasound to minimize risks during dry needling.

Article Abstract

Background: Dry needling the lumbar multifidi is a technique used by physical therapists to effectively treat low back pain. While studies have examined the safety considerations in the upper lumbar spine related to the kidneys and lungs, none have investigated the possibility of entering the spinal canal in this region.

Purpose: The purpose of this cadaveric ultrasound-guided dry needling exploration was to determine if a dry needle can penetrate the ligamentum flavum at the T12/L1 interspace and enter the spinal canal using a paramedian approach in a fresh-frozen, lightly fixed cadaver in the prone position.

Study Design: Cadaveric study.

Methods: The procedure was performed on a cadaver in the prone position. The needle was advanced under ultrasound guidance to determine if a 0.30 x 50 mm dry needle inserted 1.0 cm lateral to the spinous process of T12 and directed medially at a 22-degree angle could penetrate the ligamentum flavum and enter the spinal canal.

Results: As determined via ultrasound, a dry needle can penetrate the ligamentum flavum and enter the spinal canal at the thoracolumbar junction using this technique.

Conclusion: This interprofessional collaboration demonstrates that a dry needle can penetrate the ligamentum flavum to enter the spinal canal at T12/L1 using a documented technique for dry needling the multifidus. A thorough understanding of human anatomy along with the incorporation of available technology, such as ultrasound, may decrease the risk of adverse events when dry needling the multifidi at the thoracolumbar junction.

Level Of Evidence: Level IV.

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC10693480PMC
http://dx.doi.org/10.26603/001c.89663DOI Listing

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