facebook link iconInstagram link iconyoutube channel link iconlinkedin link icon
email and contact iconicon for location

Understanding Spinal Fusion Surgery with Expandable Cages

Understanding Spinal Fusion with Expandable Cages

What is Spinal Fusion?

Spinal fusion is a surgical procedure that joins two or more vertebrae (spine bones) into a single unit. Think of it as a "welding" process where painful, damaged vertebrae are fused together to heal as one solid bone. The goal is to reduce pain by stopping movement between damaged vertebrae.

What is an Expandable Cage?

An expandable cage is a modern device used during spinal fusion surgery. Unlike traditional fixed-size cages, these innovative implants can be:

  • Inserted at a small size through tiny incisions
  • Expanded once in place to the ideal height
  • Adjusted to restore proper spine alignment
  • Used to improve the natural curve of your spine
Understanding Spinal Fusion with Expandable Cages

Benefits of Expandable Cages

Modern expandable cages offer several advantages:

  • Smaller incisions
  • Less disruption to muscles and nerves
  • Better ability to restore spine alignment
  • Custom fit to your anatomy
  • May reduce surgical complications
  • Often allows for faster recovery
  • Can help maintain proper spine curves
  • May provide better long-term outcomes

The Surgical Procedure

Your surgeon may use one of several approaches to place the expandable cage:

  1. Through the back (posterior or transforaminal approach)
  2. From the side (lateral approach)
  3. Through minimal incisions using special instruments

During surgery:

  • You will be under general anesthesia
  • The damaged disk is removed
  • The expandable cage is inserted in its smallest form
  • The cage is carefully expanded to the proper size
  • Bone graft material is added to promote fusion
  • Small screws and rods secure everything in place

Recovery and Outcomes

  • Most patients go home within 1-2 days for single-level fusion
  • You may need to wear a back brace temporarily
  • Physical therapy will help your recovery
  • Full healing and fusion takes several months
  • Regular follow-up X-rays monitor progress
  • Most patients experience significant pain improvement
  • Success rates are similar to or better than traditional methods

Warning Signs

Contact your surgeon immediately if you experience:

  • New or increasing leg weakness
  • Loss of bladder or bowel control
  • Severe or worsening pain
  • Fever or drainage from your incision

Recent Research

Studies show that expandable cages can provide:

  • Improved restoration of spine alignment
  • High fusion rates
  • Significant pain reduction
  • Good long-term outcomes
  • Lower complication rates compared to traditional methods

For More Information:

  1. American Academy of Orthopaedic Surgeons: www.aaos.org
  2. North American Spine Society: www.spine.org
  3. Journal of Clinical Medicine (2024) - "Expandable Cages for Lumbar Interbody Fusion"https://doi.org/10.3390/jcm13102889

Related Spine Surgery Resources:

Always consult with your spine surgeon about specific aspects of your case, as each patient's situation is unique.

*Please note that these are only educational videos and not precisely how the procedure may be performed at the Bone and Joint Institute. Videos are meant to be used as a general explanation of the procedures.

Thank You for Subscribing to Bone Health & Harmony Blog!
Oops! Something Went Wrong, Please Enter Your Email Again.
Cory Calendine, MD is an Orthopaedic Surgeon and founding partner of the Bone and Joint Institute of Tennessee at Williamson County Hospital in Franklin, TN. Dr. Calendine is an expert in Joint Replacement, specializing in Hip and Knee Surgery. From diagnosis through treatment, the Orthopaedic Surgical experts at the Bone and Joint Institute use the latest techniques and technology to improve care for people with musculoskeletal problems. For more information, please contact our office or schedule your appointment today.  

GoPro for High-Quality Surgical Video

The blog article discusses the optimal camera settings and accessories for using a GoPro camera to film surgical videos. It covers topics such as camera settings (ProTune, resolution/frame rate, field of view, stabilization, etc.), limitations of the GoPro in the operating room (battery life, storage capacity), and the benefits of using external microphones for audio capture. The article also provides suggestions for GoPro positioning/attachment accessories.

Read More

7 AI-enabled Tools for Better Surgical Video

The blog article discusses 7 AI-enabled tools that surgeons can use to improve their surgical videos. The tools include RunwayML, Descript, Adobe Premiere Pro, AVCLabs Video Upscaling Software, Topaz Video AI Software, Canva, and Adobe Express. These tools offer features such as video stabilization, automatic speaker detection, AI-based color matching, and background removal, which can streamline the video editing process and help produce high-quality surgical videos.

Read More

Artificial Disc Replacement for Degenerative Disc Disease

An overview of spinal disc arthroplasty (SDA) as a treatment for degenerative disc disease (DDD). This review covers the timeline, approvals, and limitations of SDA through analysis of US Food and Drug Administration (FDA)-approved trials. Multilevel SDA has been approved in the United States for both the cervical and lumbar spine, but has not yet been approved in for greater than two adjacent vertebral levels.

Read More