This Standard of Care was developed as a comprehensive tool for both orthopedic and
neurosurgical spine surgeries. It was adapted from the previous published BWH Standards of
Care: Orthopedic Spine Surgery and Operative Management of Spinal Disorders.
The intent of this protocol is to provide the clinician with a guideline for postoperative
rehabilitation of a patient after spinal surgery including but not limited to: laminectomy,
foraminotomy, discectomy, facetectomy, corpectomy, and anterior/posterior transforaminal
interbody fusion in the cervical, thoracic, and/or lumbar spine. It is not intended to be a substitute
for appropriate clinical decision-making regarding the progression of a patient’s post-operative
course. The actual post-surgical physical therapy management must be based on the specific
surgical approach, physical exam/findings, relevant co-morbidities, individual progress, and/or
the presence of postoperative complications. If a clinician requires clarification regarding a
patient’s post-surgical presentation, he or she should consult with the referring surgeon.
The most common etiologies leading to spinal surgery include spinal stenosis and disc
herniation, which often present with symptoms of back and/or radicular pain. In patients 60
years and older, the prevalence of degenerative spinal conditions ranges from 20-25%
1
. The
incidence of spine surgery has increased more than 200% in the last decade.
1
The goals of spinal surgery are to decompress the spinal canal and/or foramen to relieve pressure
on nerve roots or spinal cord while minimizing the risk of secondary instability. Surgery may
help relieve pain, paresthesias, or weakness; restore nerve function and stop or prevent abnormal
motion. Randomized trials indicate that for severely impaired patients, decompression with or
without fusion offers greater efficacy than nonsurgical treatments.
2
Outcomes of surgery are
highly dependent upon surgical technique, type of instrumentation used, and the quality of the
bony and soft tissue structures. Anatomical reconstruction and surgical soft tissue balancing are
important factors for restoration of stability and functional range of motion post-operatively.
Spine surgery can be performed from anterior or posterior direction or both and can be
performed in the cervical, thoracic and lumbar spine. In the literature, spine fusion surgery with
or without decompression has yielded similar clinical outcomes (in perceived disability, gait
speed, and overall self- health perception) after two and five year follow-up.
3
These results favor
a positive outcome for patients undergoing spine surgery regardless of their primary etiology.
Spine surgery can involve removing part or all of the disc (discectomy), the body of the
vertebrae (corpectomy), removing part or all of the lamina (laminectomy), and/or removal of part
or all of a facet (facetectomy). The spine may or may not be fixated. Fixation can be achieved
with metal instrumentation such as plates, screws, or wires; or with bone graft. The bone graft
may be one of two types: an autograft (bone taken from the patient) or an allograft (bone from a
cadaver). Bone for an autograft is most often harvested from the iliac crest from a small seperate
incision. In some cases, metal plates, screws or wires are then used in addition to the graft to
further stabilize the spine.
Spine surgery can also be used to repair a fractured or collapsed vertebrae. Two procedures that
are used include a vertebroplasty (cement is injected into a fractured vertebra through a needle)
or kyphoplasty (the surgical filling of an injured or collapsed vertebra through a balloon). A