Procedures Offered
Fusion Procedures
Fusion Procedures
Fusion Procedures
Anterior Cervical Discectomy and Fusion (ACDF)
What is Anterior Cervical Discectomy and Fusion (ACDF)?
Anterior Cervical Discectomy and Fusion (ACDF) is a surgical procedure for the cervical spine (neck) that removes a damaged or herniated disc and fuses the adjacent vertebrae. This surgery is performed to relieve pressure on spinal nerves or the spinal cord, reduce pain, and restore stability in the neck.
Why ACDF is Performed
ACDF may be recommended if you have:
- Cervical radiculopathy (arm pain, numbness, or weakness caused by nerve compression)
- Cervical myelopathy (spinal cord compression causing numbness, weakness, or balance issues)
- Herniated or degenerative discs that do not respond to conservative treatments
- Cervical instability, fractures, or deformities requiring stabilization
Benefits of ACDF
- Relieves pressure on nerves and spinal cord
- Reduces neck and arm pain, numbness, or weakness
- Restores cervical spine stability
- Can prevent progression of spinal cord compression and related neurological symptoms
How the Procedure Works
- Anesthesia – General anesthesia is used.
- Incision – Small incision made in the front of the neck.
- Disc removal (discectomy) – The damaged disc is carefully removed.
- Fusion – Bone graft material is inserted between the vertebrae, and a plate or screws may be used to stabilize the spine.
- Closure – The incision is closed with sutures or surgical glue.
Recovery After ACDF
- Hospital stay – Usually 1–2 days depending on the extent of surgery.
- Pain management – Medications for neck and arm discomfort.
- Activity – Walking is encouraged; heavy lifting, twisting, or bending is restricted initially.
- Neck support – Cervical collar may be recommended in some cases.
- Physical therapy – Exercises to strengthen neck muscles and improve mobility.
- Return to normal activity – Many patients resume light activities within a few weeks; full recovery can take several months.
Risks and Possible Complications
Although ACDF is generally safe, potential risks include:
- Infection or bleeding
- Nerve injury causing numbness, tingling, or weakness
- Difficulty swallowing (temporary dysphagia)
- Nonunion (failure of vertebrae to fuse)
- Hardware issues (plate or screw loosening)
- Persistent neck or arm pain
Is ACDF Right for You?
ACDF may be appropriate if:
- You have cervical nerve or spinal cord compression causing pain, numbness, or weakness
- Non-surgical treatments have not provided sufficient relief
- Imaging confirms disc damage or spinal instability in the cervical spine
A qualified spine surgeon will evaluate your imaging, symptoms, and overall health to determine if ACDF is the best surgical option for you.
Fusion Procedures
Anterior Cervical Discectomy and Fusion (ACDF)
What is Anterior Cervical Discectomy and Fusion (ACDF)?
Anterior Cervical Discectomy and Fusion (ACDF) is a surgical procedure for the cervical spine (neck) that removes a damaged or herniated disc and fuses the adjacent vertebrae. This surgery is performed to relieve pressure on spinal nerves or the spinal cord, reduce pain, and restore stability in the neck.
Why ACDF is Performed
ACDF may be recommended if you have:
- Cervical radiculopathy (arm pain, numbness, or weakness caused by nerve compression)
- Cervical myelopathy (spinal cord compression causing numbness, weakness, or balance issues)
- Herniated or degenerative discs that do not respond to conservative treatments
- Cervical instability, fractures, or deformities requiring stabilization
Benefits of ACDF
- Relieves pressure on nerves and spinal cord
- Reduces neck and arm pain, numbness, or weakness
- Restores cervical spine stability
- Can prevent progression of spinal cord compression and related neurological symptoms
How the Procedure Works
- Anesthesia – General anesthesia is used.
- Incision – Small incision made in the front of the neck.
- Disc removal (discectomy) – The damaged disc is carefully removed.
- Fusion – Bone graft material is inserted between the vertebrae, and a plate or screws may be used to stabilize the spine.
- Closure – The incision is closed with sutures or surgical glue.
Recovery After ACDF
- Hospital stay – Usually 1–2 days depending on the extent of surgery.
- Pain management – Medications for neck and arm discomfort.
- Activity – Walking is encouraged; heavy lifting, twisting, or bending is restricted initially.
- Neck support – Cervical collar may be recommended in some cases.
- Physical therapy – Exercises to strengthen neck muscles and improve mobility.
- Return to normal activity – Many patients resume light activities within a few weeks; full recovery can take several months.
Risks and Possible Complications
Although ACDF is generally safe, potential risks include:
- Infection or bleeding
- Nerve injury causing numbness, tingling, or weakness
- Difficulty swallowing (temporary dysphagia)
- Nonunion (failure of vertebrae to fuse)
- Hardware issues (plate or screw loosening)
- Persistent neck or arm pain
- Infection or bleeding
Is ACDF Right for You?
ACDF may be appropriate if:
- You have cervical nerve or spinal cord compression causing pain, numbness, or weakness
- Non-surgical treatments have not provided sufficient relief
- Imaging confirms disc damage or spinal instability in the cervical spine
A qualified spine surgeon will evaluate your imaging, symptoms, and overall health to determine if ACDF is the best surgical option for you.
What is an Anterior Lumbar Interbody Fusion (ALIF)?
Anterior Lumbar Interbody Fusion (ALIF) is a surgical procedure for the lower spine in which a damaged or degenerated disc is removed through an anterior (front) approach to the abdomen. Bone graft material is then inserted between the vertebrae to promote fusion, often with supplemental hardware. ALIF is designed to relieve nerve compression, restore spinal alignment, and stabilize the lumbar spine.
Why ALIF is Performed
ALIF may be recommended if you have:
- Degenerative disc disease causing chronic lower back pain
- Spondylolisthesis (vertebral slippage)
- Lumbar spinal stenosis or nerve compression
- Recurrent disc herniation or failed prior lumbar surgery
- Spinal instability or deformity requiring fusion
Benefits of ALIF
- Provides direct access to the disc space for complete disc removal
- Restores disc height and spinal alignment
- Reduces pressure on spinal nerves to alleviate pain, numbness, or weakness
- Preserves the posterior spinal muscles and ligaments
- Can improve overall mobility and quality of life
How the Procedure Works
- Anesthesia – General anesthesia is used.
- Incision – Small incision made in the lower abdomen.
- Disc removal – Damaged disc is removed to prepare the vertebral surfaces for fusion.
- Fusion – Bone graft material is inserted into the disc space; screws or a plate may be added for stability.
- Closure – Incision is closed with sutures or surgical glue.
Recovery After ALIF
- Hospital stay – Typically 2–4 days depending on the complexity and number of levels fused.
- Pain management – Medications for post-operative discomfort.
- Activity – Walking is encouraged soon after surgery; heavy lifting, bending, and twisting are restricted initially.
- Physical therapy – Exercises to strengthen core and back muscles and improve mobility.
- Return to normal activity – Light activity within a few weeks; full recovery may take 3–6 months depending on the fusion and overall health.
Risks and Possible Complications
While ALIF is generally safe, potential risks include:
- Infection or bleeding
- Nerve injury causing numbness, tingling, or weakness
- Nonunion (failure of vertebrae to fuse)
- Hardware complications (screw or plate loosening)
- Persistent back or leg pain
- Rare complications related to abdominal vessels or organs
Is ALIF Right for You?
ALIF may be appropriate if:
- You have lumbar nerve compression, disc degeneration, or spinal instability
- Non-surgical treatments have not provided sufficient relief
- Imaging confirms disc damage or spinal alignment issues requiring fusion
A spine specialist will evaluate your imaging, symptoms, and overall health to determine if ALIF is the best surgical option for your lumbar spine condition.
- You have lumbar nerve compression, disc degeneration, or spinal instability
Fusion Procedures
Anterior Lumbar Interbody Fusion (ALIF)
Fusion Procedures
Anterior Lumbar Interbody Fusion (ALIF)
What is an Anterior Lumbar Interbody Fusion (ALIF)?
Anterior Lumbar Interbody Fusion (ALIF) is a surgical procedure for the lower spine in which a damaged or degenerated disc is removed through an anterior (front) approach to the abdomen. Bone graft material is then inserted between the vertebrae to promote fusion, often with supplemental hardware. ALIF is designed to relieve nerve compression, restore spinal alignment, and stabilize the lumbar spine.
Why ALIF is Performed
- Degenerative disc disease causing chronic lower back pain
- Spondylolisthesis (vertebral slippage)
- Lumbar spinal stenosis or nerve compression
- Recurrent disc herniation or failed prior lumbar surgery
- Spinal instability or deformity requiring fusion
Benefits of ALIF
- Provides direct access to the disc space for complete disc removal
- Restores disc height and spinal alignment
- Reduces pressure on spinal nerves to alleviate pain, numbness, or weakness
- Preserves the posterior spinal muscles and ligaments
- Can improve overall mobility and quality of life
How the Procedure Works
- Anesthesia – General anesthesia is used.
- Incision – Small incision made in the lower abdomen.
- Disc removal – Damaged disc is removed to prepare the vertebral surfaces for fusion.
- Fusion – Bone graft material is inserted into the disc space; screws or a plate may be added for stability.
- Closure – Incision is closed with sutures or surgical glue.
Recovery After ALIF
- Hospital stay – Typically 2–4 days depending on the complexity and number of levels fused.
- Pain management – Medications for post-operative discomfort.
- Activity – Walking is encouraged soon after surgery; heavy lifting, bending, and twisting are restricted initially.
- Physical therapy – Exercises to strengthen core and back muscles and improve mobility.
- Return to normal activity – Light activity within a few weeks; full recovery may take 3–6 months depending on the fusion and overall health.
Risks and Possible Complications
While ALIF is generally safe, potential risks include:
- Infection or bleeding
- Nerve injury causing numbness, tingling, or weakness
- Nonunion (failure of vertebrae to fuse)
- Hardware complications (screw or plate loosening)
- Persistent back or leg pain
- Rare complications related to abdominal vessels or organs
Is ALIF Right for You?
ALIF may be appropriate if:
- You have lumbar nerve compression, disc degeneration, or spinal instability
- Non-surgical treatments have not provided sufficient relief
- Imaging confirms disc damage or spinal alignment issues requiring fusion
A spine specialist will evaluate your imaging, symptoms, and overall health to determine if ALIF is the best surgical option for your lumbar spine condition.
- You have lumbar nerve compression, disc degeneration, or spinal instability
Fusion Procedures
Spinal Fusion
What is Spinal Fusion?
Spinal fusion is a surgical procedure that joins two or more vertebrae together in the cervical, thoracic or lumbar spine to eliminate motion between them. It is commonly performed to stabilize the spine, relieve pain, and prevent deformity caused by conditions such as degenerative disc disease, spondylolisthesis, scoliosis, spinal fractures, or spinal instability.
Why Spinal Fusion is Performed
Spinal fusion may be recommended if you have:
- Chronic back or neck pain that has not responded to non-surgical treatments
- Spinal instability due to degenerative conditions, trauma, or deformity
- Severe scoliosis or kyphosis that requires correction
- Herniated discs or spinal stenosis requiring stabilization after decompression
- Recurrent symptoms after prior spinal surgery
Benefits of Spinal Fusion
- Stabilizes the affected spinal segment
- Reduces or eliminates pain caused by motion between vertebrae
- Corrects spinal deformity and prevents progression
- Supports long-term spinal health and function
How the Procedure Works
- Anesthesia – General anesthesia is used.
- Incision – Access may be from the back (posterior), front (anterior), or side (lateral) depending on the location and approach.
- Preparation – Damaged discs or vertebral surfaces are removed or prepared to promote bone growth.
- Bone graft and hardware placement – Bone graft material is placed between vertebrae, and screws, rods, or plates are used to hold the vertebrae in position.
- Closure – Incision is closed with sutures or surgical glue.
- Anesthesia – General anesthesia is used.
Recovery After Spinal Fusion
- Hospital stay – Typically 2–5 days depending on the procedure and approach.
- Pain management – Medications and supportive care to manage postoperative discomfort.
- Activity – Early walking encouraged; heavy lifting, twisting, and bending restricted initially.
- Physical therapy – Exercises to strengthen supporting muscles and improve mobility.
- Return to normal activity – Full recovery may take 6–12 months, depending on fusion level and overall health.
Risks and Possible Complications
While spinal fusion is generally safe, potential risks include:
- Infection or bleeding
- Nerve injury causing numbness, tingling, or weakness
- Nonunion (failure of vertebrae to fuse)
- Hardware issues (screw or rod loosening)
- Persistent pain or reduced spinal flexibility
- Need for additional surgery in the future
Is Spinal Fusion Right for You?
Spinal fusion may be appropriate if:
- You have spinal instability, severe deformity, or chronic pain not relieved by non-surgical treatments
- Imaging confirms structural issues requiring stabilization
- You are healthy enough to undergo surgery and complete recovery
A spine specialist will evaluate your imaging, symptoms, and overall health to determine if spinal fusion is the best option for you.
Fusion Procedures
Spinal Fusion
What is Spinal Fusion?
Spinal fusion is a surgical procedure that joins two or more vertebrae together in the cervical, thoracic or lumbar spine to eliminate motion between them. It is commonly performed to stabilize the spine, relieve pain, and prevent deformity caused by conditions such as degenerative disc disease, spondylolisthesis, scoliosis, spinal fractures, or spinal instability.
Why Spinal Fusion is Performed
Spinal fusion may be recommended if you have:
- Chronic back or neck pain that has not responded to non-surgical treatments
- Spinal instability due to degenerative conditions, trauma, or deformity
- Severe scoliosis or kyphosis that requires correction
- Herniated discs or spinal stenosis requiring stabilization after decompression
- Recurrent symptoms after prior spinal surgery
- Chronic back or neck pain that has not responded to non-surgical treatments
Benefits of Spinal Fusion
- Stabilizes the affected spinal segment
- Reduces or eliminates pain caused by motion between vertebrae
- Corrects spinal deformity and prevents progression
- Supports long-term spinal health and function
How the Procedure Works
- Anesthesia – General anesthesia is used.
- Incision – Access may be from the back (posterior), front (anterior), or side (lateral) depending on the location and approach.
- Preparation – Damaged discs or vertebral surfaces are removed or prepared to promote bone growth.
- Bone graft and hardware placement – Bone graft material is placed between vertebrae, and screws, rods, or plates are used to hold the vertebrae in position.
- Closure – Incision is closed with sutures or surgical glue.
Recovery After Spinal Fusion
- Hospital stay – Typically 2–5 days depending on the procedure and approach.
- Pain management – Medications and supportive care to manage postoperative discomfort.
- Activity – Early walking encouraged; heavy lifting, twisting, and bending restricted initially.
- Physical therapy – Exercises to strengthen supporting muscles and improve mobility.
- Return to normal activity – Full recovery may take 6–12 months, depending on fusion level and overall health.
Risks and Possible Complications
While spinal fusion is generally safe, potential risks include:
- Infection or bleeding
- Nerve injury causing numbness, tingling, or weakness
- Nonunion (failure of vertebrae to fuse)
- Hardware issues (screw or rod loosening)
- Persistent pain or reduced spinal flexibility
- Need for additional surgery in the future
Is Spinal Fusion Right for You?
Spinal fusion may be appropriate if:
- You have spinal instability, severe deformity, or chronic pain not relieved by non-surgical treatments
- Imaging confirms structural issues requiring stabilization
- You are healthy enough to undergo surgery and complete recovery
A spine specialist will evaluate your imaging, symptoms, and overall health to determine if spinal fusion is the best option for you.
What is a Transforaminal Lumbar Interbody Fusion (TLIF)?
Transforaminal Lumbar Interbody Fusion (TLIF) is a minimally invasive surgical procedure of the lower spine that removes a damaged disc and fuses the adjacent vertebrae. The surgery is performed through a posterior-lateral approach, allowing surgeons to decompress spinal nerves, stabilize the spine, and reduce chronic back or leg pain.
Why TLIF is Performed
TLIF may be recommended if you have:
- Degenerative disc disease causing chronic lower back pain
- Spondylolisthesis (vertebra slipping over another)
- Lumbar spinal stenosis or nerve compression
- Recurrent disc herniation
- Instability in the lumbar spine requiring fusion
Benefits of TLIF
- Relieves pressure on spinal nerves to reduce pain, numbness, or weakness
- Stabilizes the lower spine and prevents further vertebral slippage
- Corrects spinal alignment and restores disc height
- Minimally invasive approach reduces tissue disruption and recovery time
- Can improve overall mobility and quality of life
How the Procedure Works
- Anesthesia – General anesthesia is used.
- Incision – Small incision made on the back or side of the lower spine.
- Disc removal and decompression – Damaged disc material is removed, and nerve roots are decompressed.
- Fusion – Bone graft material is placed in the disc space between vertebrae, and screws or rods are used to stabilize the spine.
- Closure – Incision is closed with sutures or surgical glue.
- Anesthesia – General anesthesia is used.
Recovery After TLIF
- Hospital stay – Typically 2–4 days depending on the complexity and number of levels fused.
- Pain management – Medications and supportive care for post-operative discomfort.
- Activity – Walking is encouraged soon after surgery; lifting, bending, and twisting are restricted initially.
- Physical therapy – Exercises to strengthen core and back muscles and improve mobility.
- Return to normal activity – Light activities within a few weeks; full recovery can take 3–6 months depending on fusion and overall health.
Risks and Possible Complications
While TLIF is generally safe, potential risks include:
- Infection or bleeding
- Nerve injury causing numbness, tingling, or weakness
- Nonunion (failure of vertebrae to fuse)
- Hardware complications (screw or rod loosening)
- Persistent back or leg pain
- Need for additional surgery if symptoms recur
Is TLIF Right for You?
TLIF may be appropriate if:
- You have lumbar nerve compression or spinal instability causing chronic pain
- Non-surgical treatments have not provided sufficient relief
- Imaging confirms disc damage, vertebral slippage, or spinal instability
A spine specialist will evaluate your imaging, symptoms, and overall health to determine if TLIF is the best surgical option for your lumbar spine condition.
Fusion Procedures
Transforaminal Lumbar Interbody Fusion (TLIF)
Fusion Procedures
Transforaminal
Lumbar Interbody Fusion (TLIF)
What is a Transforaminal Lumbar Interbody Fusion (TLIF)?
Transforaminal Lumbar Interbody Fusion (TLIF) is a minimally invasive surgical procedure of the lower spine that removes a damaged disc and fuses the adjacent vertebrae. The surgery is performed through a posterior-lateral approach, allowing surgeons to decompress spinal nerves, stabilize the spine, and reduce chronic back or leg pain.
Why TLIF is Performed
TLIF may be recommended if you have:
- Degenerative disc disease causing chronic lower back pain
- Spondylolisthesis (vertebra slipping over another)
- Lumbar spinal stenosis or nerve compression
- Recurrent disc herniation
- Instability in the lumbar spine requiring fusion
Benefits of TLIF
- Relieves pressure on spinal nerves to reduce pain, numbness, or weakness
- Stabilizes the lower spine and prevents further vertebral slippage
- Corrects spinal alignment and restores disc height
- Minimally invasive approach reduces tissue disruption and recovery time
- Can improve overall mobility and quality of life
How the Procedure Works
- Anesthesia – General anesthesia is used.
- Incision – Small incision made on the back or side of the lower spine.
- Disc removal and decompression – Damaged disc material is removed, and nerve roots are decompressed.
- Fusion – Bone graft material is placed in the disc space between vertebrae, and screws or rods are used to stabilize the spine.
- Closure – Incision is closed with sutures or surgical glue.
Recovery After TLIF
- Hospital stay – Typically 2–4 days depending on the complexity and number of levels fused.
- Pain management – Medications and supportive care for post-operative discomfort.
- Activity – Walking is encouraged soon after surgery; lifting, bending, and twisting are restricted initially.
- Physical therapy – Exercises to strengthen core and back muscles and improve mobility.
- Return to normal activity – Light activities within a few weeks; full recovery can take 3–6 months depending on fusion and overall health.
Risks and Possible Complications
While TLIF is generally safe, potential risks include:
- Infection or bleeding
- Nerve injury causing numbness, tingling, or weakness
- Nonunion (failure of vertebrae to fuse)
- Hardware complications (screw or rod loosening)
- Persistent back or leg pain
- Need for additional surgery if symptoms recur
- Infection or bleeding
Is TLIF Right for You?
TLIF may be appropriate if:
- You have lumbar nerve compression or spinal instability causing chronic pain
- Non-surgical treatments have not provided sufficient relief
- Imaging confirms disc damage, vertebral slippage, or spinal instability
A spine specialist will evaluate your imaging, symptoms, and overall health to determine if TLIF is the best surgical option for your lumbar spine condition.
Fusion Procedures
Far Lateral Interbody Fusion
What is Far Lateral Interbody Fusion?
Far Lateral Interbody Fusion, also known as Extreme Lateral Interbody Fusion (XLIF) or Lateral Lumbar Interbody Fusion (LLIF), is a minimally invasive surgical procedure used to treat lower back problems. The surgery approaches the lumbar spine from the side of the body, rather than the front or back, to remove a damaged disc, insert a bone graft, and stabilize the spine. This approach reduces tissue disruption, preserves muscles, and restores spinal alignment.
Why Far Lateral Interbody Fusion is Performed
This procedure may be recommended if you have:
- Degenerative disc disease causing chronic lower back pain
- Spondylolisthesis (vertebral slippage)
- Lumbar spinal stenosis or nerve compression
- Recurrent disc herniation or instability after prior lumbar surgery
- Spinal deformity requiring correction
climbing, or heavy lifting.
Benefits
- Relieves pressure on spinal nerves to reduce back and leg pain
- Stabilizes the spine and prevents further vertebral slippage
- Restores disc height and spinal alignment
- Minimally invasive approach preserves muscles and soft tissues
- Reduces postoperative pain and may shorten hospital stay and recovery time
How the Procedure Works
- Anesthesia – General anesthesia is used.
- Incision – Small incision made on the side of the body.
- Disc removal – Damaged disc material is removed to prepare the vertebral surfaces for fusion.
- Bone graft placement – Bone graft is inserted into the disc space to promote fusion.
- Stabilization – Screws or rods may be placed percutaneously to stabilize the spine.
- Closure – Incision is closed with sutures or surgical glue.
Recovery After Far Lateral Interbody Fusion
- Hospital stay – Typically 1–3 days depending on procedure extent.
- Pain management – Medications for postoperative discomfort.
- Activity – Early walking is encouraged; lifting, bending, and twisting are restricted initially.
- Physical therapy – Exercises to strengthen core and back muscles and improve mobility.
- Return to normal activity – Many patients resume light activity within a few weeks; full recovery can take 3–6 months depending on fusion success.
Risks and Possible Complications
While generally safe, potential risks include:
- Infection or bleeding
- Nerve injury causing numbness, tingling, or weakness
- Nonunion (failure of vertebrae to fuse)
- Hardware complications (screw or rod loosening)
- Persistent back or leg pain
- Rare complications related to nearby organs or vessels
- Infection or bleeding
Is Far Lateral Interbody Fusion Right for You?
This procedure may be appropriate if:
- You have lumbar nerve compression, disc degeneration, or spinal instability
- Non-surgical treatments have not provided sufficient relief
- Imaging confirms structural issues in the lumbar spine requiring stabilization
A spine specialist will evaluate your imaging, symptoms, and overall health to determine if far lateral interbody fusion is the best surgical option for your condition.
Fusion Procedures
Far Lateral Interbody Fusion
What is Far Lateral Interbody Fusion?
Far Lateral Interbody Fusion, also known as Extreme Lateral Interbody Fusion (XLIF) or Lateral Lumbar Interbody Fusion (LLIF), is a minimally invasive surgical procedure used to treat lower back problems. The surgery approaches the lumbar spine from the side of the body, rather than the front or back, to remove a damaged disc, insert a bone graft, and stabilize the spine. This approach reduces tissue disruption, preserves muscles, and restores spinal alignment.
Why Far Lateral Interbody Fusion is Performed
This procedure may be recommended if you have:
- Degenerative disc disease causing chronic lower back pain
- Spondylolisthesis (vertebral slippage)
- Lumbar spinal stenosis or nerve compression
- Recurrent disc herniation or instability after prior lumbar surgery
- Spinal deformity requiring correction
Benefits
- Relieves pressure on spinal nerves to reduce back and leg pain
- Stabilizes the spine and prevents further vertebral slippage
- Restores disc height and spinal alignment
- Minimally invasive approach preserves muscles and soft tissues
- Reduces postoperative pain and may shorten hospital stay and recovery time
How the Procedure Works
- Anesthesia – General anesthesia is used.
- Incision – Small incision made on the side of the body.
- Disc removal – Damaged disc material is removed to prepare the vertebral surfaces for fusion.
- Bone graft placement – Bone graft is inserted into the disc space to promote fusion.
- Stabilization – Screws or rods may be placed percutaneously to stabilize the spine.
- Closure – Incision is closed with sutures or surgical glue.
Recovery After Far Lateral Interbody Fusion
- Hospital stay – Typically 1–3 days depending on procedure extent.
- Pain management – Medications for postoperative discomfort.
- Activity – Early walking is encouraged; lifting, bending, and twisting are restricted initially.
- Physical therapy – Exercises to strengthen core and back muscles and improve mobility.
- Return to normal activity – Many patients resume light activity within a few weeks; full recovery can take 3–6 months depending on fusion success.
Risks and Possible Complications
While generally safe, potential risks include:
- Infection or bleeding
- Nerve injury causing numbness, tingling, or weakness
- Nonunion (failure of vertebrae to fuse)
- Hardware complications (screw or rod loosening)
- Persistent back or leg pain
- Rare complications related to nearby organs or vessels
Is Far Lateral Interbody Fusion Right for You?
This procedure may be appropriate if:
- You have lumbar nerve compression, disc degeneration, or spinal instability
- Non-surgical treatments have not provided sufficient relief
- Imaging confirms structural issues in the lumbar spine requiring stabilization
A spine specialist will evaluate your imaging, symptoms, and overall health to determine if far lateral interbody fusion is the best surgical option for your condition.