The field of orthopedic surgery of the spine has become increasingly relevant in today's healthcare landscape. Dr. Emily Chang, a renowned expert in this specialty, states, "Successful spine surgery requires not just skill, but a deep understanding of each patient's unique needs." This emphasizes the intricate balance between technical expertise and personalized care.
As patients seek relief from conditions like herniated discs or spinal stenosis, the questions they have are numerous. What should be expected before and after surgery? How long is the recovery? These inquiries reflect the deep concerns many face when considering orthopedic surgery of the spine.
Each case is different, and the answers are not always straightforward. Complications can arise, and expectations may not always align with reality. Nevertheless, a well-informed patient can navigate this complex journey more effectively. Understanding these key questions is vital for anyone considering this surgical option.
Orthopedic surgery of the spine focuses on diagnosing and treating conditions affecting the vertebral column. This specialty handles issues like herniated discs, spinal stenosis, and scoliosis. Surgeons in this field use techniques such as fusion, decompression, and minimally invasive approaches. Each method aims to relieve pain and restore function.
The journey often begins with conservative treatments like physical therapy. When these methods fail, surgery becomes an option. Surgeons must assess each case carefully. They consider the patient’s overall health, age, and specific spinal condition. Not every candidate will need surgery, and sometimes the risks outweigh the benefits. Patients should engage in thorough discussions with their surgeons. Understanding potential outcomes and recovery timelines is essential.
Recovery from spinal surgery varies widely. Some recover fully in weeks, while others may take months. Complications can arise, requiring ongoing care and adjustment of treatment plans. Everyone’s experience is unique. Open lines of communication with healthcare providers can foster better outcomes. Such reflection is crucial in making informed decisions regarding surgery.
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The PROWESS System provides a comprehensive solution for Laminoplasty procedures and consists of streamlined instrumentation and a variety of plate and spacer options for intraoperative adaptability. The instrumentation are intuitive and maintain secure connections to the implants. The implants are offered in a range of sizes and are color coded for easy visual identification.
Prowess Spacer Plates
Prowess Hook Plates
Prowess Hinge Plates
Prowess Spacers
Prowess Screws
CuriGraft® Viable Allogenic Bone Matrix is the next generation allograft containing the three key elements ideal for bone formation, offering a variety of clinical applications, including the spine, upper extremity, foot and ankle and orthopedic oncology.
| Size | Product Code |
| 1.0cc | C034-0001-MCBMV |
| 2.5cc | C034-0025- MCBMV |
| 5.0cc | C034-0005- MCBMV |
| 10.0cc | C034-0010- MCBMV |
Reference: 1) Gruskin, E. et.al., Demineralized bone matrix in bone repair: history and use. Advanced Drug Delivery Reviews, 2012. 64:1063-1077 Biologics
CuriGraft® DBM Putty is a demineralized bone putty matrix indicated for use in the extremities, posterolateral spine, and pelvis as a bone void filler or for treatment of osseous defects.
| Size | Product Code |
| 1.0cc | C024-0001-PTYV |
| 2.5cc | C024-0025-PTYV |
| 5.0cc | C024-0005-PTYV |
| 10.0cc | C024-0010-PTYV |
Reference: 1) Kiely, P.D. et al., (2014) Evaluation of a new formulation of demineralized bone matrix putty in a rabbit posterolateral spinal fusion model. The Spine Journal. September 14(9): 2155-2163.
The SI-LUTION® Sacroiliac Joint Fusion System is designed to offer immediate stability and long-term fixation across the sacroiliac (SI) joint. The implants are machined out of Titanium and incorporate the proprietary TRU-LOK® micro-textured surface technology. The cannulated system offers screws in multiple diameters and various lengths with optional static or kinetic stabilization caps to provide an ideal solution for every patient.
Key Features
Kinetic and Static
The Savant Anterior Lumbar (ALIF) Interbody Fusion System features three footprints in various heights and lordotic angles offering an ideal fit for every patient.
System Features
The Prodigy MIS Pedicle Screw System is designed to minimize the complexity of procedural steps while correcting and stabilizing the posterior thoracolumbar spine through a percutaneous approach. This system provides the same strength and rigidity as the Prodigy Polyaxial Screw System.
Key Features
Key Features
The Prodigy Polyaxial Pedicle Screw System is a posterior spinal fixation system designed to enhance the surgical experience by providing surgeons with its comprehensive implant offering and ergonomically designed instrumentation. The low-profile, friction fit design is offered in both standard and reduction geometries.
Key Features
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Key Features
The Savant Transforaminal Lumbar (TLIF) Interbody Fusion System is offered in three different material types, multiple footprints, heights, and lordosis providing multiple options for the surgeon. The convex design offers a more accurate fit to the patient’s anatomy and offers oversized, central lateral graft windows for biologic seeding. The Savant Interbody Fusion System offers Comprehensive discectomy instruments and features instrumentation that allows for better control and more precise implant placement.
Key Features
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Key Features
The Savant Posterior Lumbar (PLIF) Interbody Fusion System self-distracting, bulleted tip is offered in three different material types, multiple footprints, heights, and lordosis providing multiple options for the surgeon. The Savant PLIF Interbody Fusion System features instruments that are simple and intuitive to use.
The Aptitude Cervical Plates feature a slim profile design allowing for a smooth anterior service. The simple and intuitive one-step locking mechanism facilitates complete control by the surgeon during the procedure. The Aptitude system offers streamlined instrumentation to accommodate the needs of the patients and surgeons.
Same screws used for both Standard and Midline plates
The Sage Cervical Interbody Fusion System is designed to support cervical loads while maximizing surface between the implant and vertebral bodies. The Interbody is offered in four footprints to accommodate individual patient anatomy while the streamlined instrumentation is designed to aid in consistent and accurate implant placement.
Key Features
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Key Features