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What Is a Spinal Cord Injury?
A spinal cord injury damages the nerve bundle that links the brain and body (NINDS). It can change movement, feeling, breathing and bladder control below the injury. Most injuries follow a car crash, a fall, a sports accident or violence.
Injuries also differ in degree. An incomplete injury still lets some signals pass, so some recovery often follows. A complete injury, in contrast, leaves no movement or feeling below it (NINDS).
Emergency care belongs at the nearest trauma hospital, never on a flight abroad. Travel to Istanbul suits the later stage instead. For example, patients come for a second opinion or planned surgery for a late problem.
At a Glance
- What it isDamage to the spinal cord that affects the body below the injury
- Two main typesComplete or incomplete, graded A to E on the ASIA scale
- First hoursEmergency care, scans and often surgery at the nearest trauma center
- Recovery windowMost gains in the first 6 months; slower gains can follow
- Late problemsA syrinx, a tethered cord, instability, spasticity or nerve pain
- Istanbul's roleA second opinion and planned surgery, not acute care
Where Are You After the Injury?
First, pick the line closest to your situation. Each one then opens the matching part of this guide.
- 01The injury happened hours or days agoWhy emergency care stays close to home
- 02Doctors say complete or incomplete, ASIA A to EWhat the grade means for recovery
- 03New numbness, weakness or pain months or years laterA syrinx, a tethered cord or an unstable spine
- 04Stiff muscles, spasms or burning pain limit daily lifeTherapy, medicines, pumps, stimulators and surgery
- 05A second opinion on surgeryWhat a second opinion can and cannot change
- 06Planned surgery in Istanbul and the flight homeTravel, the stay and follow-up at home
Three Stages After a Spinal Cord Injury
Each stage brings different questions and a different place of care. So first find your stage, then read the matching section.
The first hours and days: emergency care
The trauma team keeps the spine still, supports breathing, then scans the spine. Surgery often follows; see emergency treatment.
The first months: rehabilitation and recovery
Rehabilitation starts within days and continues for months. Meanwhile, doctors repeat the examination, because the picture can change.
Months or years later: new problems
Function then usually stays stable. So new numbness, weakness or pain deserves an MRI. Some causes respond to surgery for late problems.
Can you fly abroad for treatment right after a spinal cord injury?
No. Emergency care belongs at a major trauma center, as NICE advises. Anyone injured in the past 7 days should also ask the airline first (CAA). Planned care abroad comes later, once your own team agrees.
When to Call an Ambulance, and When to See Your Spine Team
A new spinal injury always needs emergency care. People who already live with an injury also face a few emergencies of their own.
See your spine or spinal cord injury team within days for:
- Numbness or weakness that slowly climbs or spreads
- New burning pain, or pain that changes its character
- More spasms or stiffness than usual
- A new curve, a bump over the implant or pain that grows with movement
Call an ambulance for:
- Neck or back pain with numbness, weakness or bladder loss after a fall or crash
- Paralysis or weakness after an injury to the head, neck or back (NHS)
- A pounding headache, sweating or flushing above the injury and high blood pressure
- One swollen, warm, painful leg, or sudden breathlessness
Call 911 in the US and Canada, 999 in the UK or 112 in Europe. Until help arrives, do not move the injured person unless they face immediate danger (MedlinePlus).
What should you do if you suspect a spinal cord injury?
Call emergency services and keep the person still, unless fire or water threatens them. Then hold the head in line with the body, and leave any helmet on. Also, give no food or drink, since surgery may follow.
What is autonomic dysreflexia?
It is a sudden, dangerous rise in blood pressure after neck or upper back injuries (NINDS). A full bladder, a blocked catheter or constipation often triggers it (MedlinePlus). So sit up, loosen tight clothing and get urgent help.
Complete vs Incomplete Spinal Cord Injury: The ASIA Scale
Doctors grade each injury on the ASIA Impairment Scale, from A to E. The grade describes what still works below the injury. It also gives the best early clue to recovery.
| Grade | What it means | Movement below the injury | Feeling below the injury |
|---|---|---|---|
| ASIA A | Complete injury | None | None, including around the anus |
| ASIA B | Sensory incomplete | None | Some feeling remains |
| ASIA C | Motor incomplete | Some, but most key muscles cannot lift against gravity | Some feeling remains |
| ASIA D | Motor incomplete | At least half of key muscles can lift against gravity | Some or most feeling remains |
| ASIA E | Normal function | Normal | Normal; earlier losses have recovered |
Why the First Grade Can Change
At first, spinal shock can switch off reflexes and make the cord look silent. As the swelling settles, some reflexes slowly return (MedlinePlus).
So doctors repeat the grade in the first days and again after spinal shock ends. For this reason, Prof. Albayrak avoids firm predictions early on.
Incomplete Injury Patterns
- Central cord syndrome: arms weaker than legs, often in older adults after a backward jolt of the neck
- Brown-Séquard syndrome: weakness on one side, with loss of pain and temperature feeling on the other
- Anterior cord syndrome: loss of movement and pain feeling, while touch and position sense remain
- Cauda equina syndrome: pressure on nerve roots below the cord, with leg weakness, saddle numbness and bladder problems
Central cord syndrome often affects people whose neck canal has narrowed with age. For that slower form of cord pressure, see cervical myelopathy.
Can an ASIA A spinal cord injury improve?
Some do, mostly by one or two levels. Others move to grade B or C within weeks. Walking again after a lasting complete injury, however, remains rare.
How the Injury Level Changes Its Effects
The higher the injury, the more of the body it affects (NINDS). Neck injuries can reach the arms, legs and breathing. Lower injuries mainly affect the legs, bladder and bowel.
| Level | What the nerves at this level control | Typical effects of an injury |
|---|---|---|
| C1-C4 (upper neck) | Neck, diaphragm and all four limbs | Weak or paralyzed arms and legs; breathing may need a ventilator |
| C5-C8 (lower neck) | Shoulders, arms and hands | Some arm use; weak hands, trunk and legs |
| T1-T6 (upper back) | Chest muscles and trunk | Hands work; trunk balance and legs affected; blood pressure swings |
| T7-T12 (mid and lower back) | Abdomen and trunk | Legs, bladder and bowel affected; better sitting balance |
| L1-S5 (low back and sacrum) | Hips, legs, feet, bladder, bowel and sex organs | Leg weakness of varying degree; bladder and bowel problems |
Below the first lumbar vertebra, nerve roots called the cauda equina replace the cord (MedlinePlus). An injury there damages nerve roots rather than the cord itself. The same level, however, can mean very different lives, depending on the grade.
What Causes a Spinal Cord Injury?
Car crashes and serious falls are the most common causes in the US (NINDS). Violence, sports and diving into shallow water follow. Worldwide, about 15.4 million people lived with a spinal cord injury in 2021 (WHO).
When the Cause Is Not an Accident
Disease can also press on the cord, usually over weeks rather than seconds. Examples include tumors, infections, collapsed vertebrae and a narrow spinal canal (MedlinePlus).
- Tumors in or around the cord: see spinal cord and spine tumors
- A collapsed vertebra from thin bones or cancer: see compression fractures and kyphoplasty
- A hard, calcified disc in the mid-back: see thoracic disc herniation
- An infection, such as an abscess next to the cord's covering
Here, early surgery to remove the pressure can restore much of the lost function. This guide, however, focuses on injuries from trauma.
Emergency Treatment and Surgery After a Spinal Cord Injury
Treatment starts at the scene and continues in a trauma center. The first aim is to limit secondary damage (NINDS). Swelling, bleeding and inflammation can otherwise spread the injury over hours and days.
The person may need intensive care, a breathing tube or urgent surgery. A flight abroad only adds risk and delay. So Prof. Albayrak does not advise travel for acute care.
What Surgery Does in the First Days
Surgery has two goals: relieve pressure on the cord and make the spine stable (MedlinePlus). The surgeon removes bone fragments, disc, blood clot or foreign objects from the canal. Screws and rods then hold the broken vertebrae together, so rehabilitation can start sooner.
Timing matters too. Neurosurgical studies link earlier surgery with better recovery in some cases (NINDS). Older adults with central cord syndrome, however, may gain little from early surgery (MedlinePlus).
In Prof. Albayrak's practice, operations near the cord run with neuromonitoring. It tracks the cord's signals, so the surgeon can stop before harm occurs.
How soon should surgery happen after a spinal cord injury?
When pressure on the cord needs relief, earlier surgery tends to help more (NINDS). Many surgeons therefore aim for the first 24 hours. Other injuries and the patient's stability, however, also shape the timing.
Do steroids help after a spinal cord injury?
The evidence remains weak, although doctors once gave high-dose steroids to almost everyone. Today, NICE advises against methylprednisolone in the acute stage. Some centers still give steroids early (MedlinePlus), so the trauma team decides case by case.
Can a Spinal Cord Injury Heal?
The spinal cord cannot regrow its fibers the way a nerve in the arm can. Even so, many incomplete injuries improve, sometimes a great deal. A complete injury, in contrast, usually gains only a level or two.
How Long Recovery Takes
Movement or feeling that returns within a week usually signals more recovery ahead (MedlinePlus). This may take 6 months or more. Losses that remain after 6 months, however, become more likely to stay.
In Prof. Albayrak's experience, slower gains often continue for one to two years. After that, rehabilitation still helps people use their remaining function better.
What Improves the Chances
- An incomplete injury, especially ASIA C or D
- Careful immobilization at the scene and a fast transfer
- Early decompression when the cord stays under pressure
- Stable blood pressure and oxygen in intensive care
- Rehabilitation that starts early and continues steadily
- Younger age and fewer complications
Stem Cells and Other Research Treatments
Stem cells, nerve repair and spinal stimulation remain in clinical research (NINDS). None of them yet offers a proven routine treatment for a spinal cord injury. In the US, the FDA has approved stem cell products only for certain blood disorders.
So be careful with paid offers that promise repair. A registered clinical trial with ethics approval remains the safe route.
Does stem cell therapy repair the spinal cord?
Not yet. Stem cell treatments for spinal cord injury remain in clinical research (NINDS). So consider them only within an approved clinical trial, never as a paid cure.
Late Problems After a Spinal Cord Injury That Surgery Can Treat
After the first year or two, function usually settles. So new weakness, numbness, rising pain or a growing curve has a reason. An MRI often finds it, and some of these causes respond well to surgery.
| Late problem | Warning signs | Key test | Surgical options |
|---|---|---|---|
| Post-traumatic syringomyelia | New numbness or weakness above the old level, often with pain | MRI of the whole spine | Freeing scar and widening the space around the cord; sometimes a shunt |
| Tethered cord after injury | Pain, new leg weakness or bladder changes, worse with activity | MRI | Releasing the scar that holds the cord |
| Instability or implant failure | Growing pain, a new curve or a bump over the implant | X-rays and CT | Revision with new screws and rods; a longer fusion |
| Remaining pressure on the cord | Weakness that never improved, with bone or disc still in the canal | MRI and CT | Late decompression in selected cases |
| Severe spasticity | Spasms and stiffness that disturb sleep, sitting or hygiene | Examination | Baclofen pump; nerve or tendon surgery |
| Nerve pain | Burning or stinging pain, even in numb areas | Examination and MRI | Spinal cord stimulation or other pain surgery |
Post-Traumatic Syringomyelia
A fluid-filled cavity, a syrinx, can form inside the cord after an injury. Symptoms may start 2 to 3 months later, or as late as 30 years (MedlinePlus). Scar tissue blocks the normal flow of spinal fluid, so fluid collects inside the cord.
The usual sign is new numbness or weakness above the old level, often with pain. Surgery first frees the scar and widens the space around the cord. Otherwise, a shunt can drain the syrinx (NINDS).
For more on this condition, see syringomyelia after a spinal cord injury.
Tethered Spinal Cord After Injury
Scar tissue can also anchor the cord, so it stretches with each movement. NINDS lists spinal cord injury among the causes of tethered cord syndrome in adults. Pain, new weakness and bladder changes then often worsen with activity.
Surgery frees the cord from the scar, often together with treatment for a syrinx. Scar can, however, form again over time. For the condition itself, see tethered cord syndrome.
Instability, Deformity and Implant Problems
Over the years, a fusion can loosen or the spine above can tilt forward. Screws may also break or work loose. Warning signs include growing pain, a new curve or a bump over the implant.
X-rays and a CT scan then show the bone and the hardware. Revision surgery can replace loose screws, extend the fusion or correct the curve. Osteoporosis, a known secondary condition (WHO), also invites new fractures; see kyphoplasty.
Can surgery help years after a spinal cord injury?
It can, when a new problem has a clear cause, such as a syrinx. Surgery then aims to stop further loss and sometimes restore some function. It cannot, however, repair the original injury.
Spasticity and Nerve Pain After a Spinal Cord Injury
Both are common and can limit daily life more than weakness itself. Treatment moves step by step, from therapy and medicines to targeted operations.
Spasticity
Over time, reflexes below the injury can become exaggerated, so muscles stiffen and jerk (NINDS). Some stiffness even helps with standing or transfers. Too much, however, disturbs sleep, sitting and hygiene.
Stretching, physiotherapy and oral medicines come first. For widespread stiffness, a pump can then deliver baclofen into the spinal fluid. Nerve or tendon operations suit one stiff limb; see spasticity surgery for adults.
Nerve Pain
Some people develop a burning or stinging pain, even in areas that feel numb (NINDS). Medicines help some people, but not all. A new or spreading pain, however, first needs an MRI to rule out a syrinx.
When medicines fail, spinal cord stimulation for chronic pain becomes an option to discuss. The goal, however, is meaningful relief, not zero pain.
Can surgery help nerve pain after a spinal cord injury?
Sometimes, when medicines fail, spinal cord stimulation helps. Treating a syrinx can also ease its pain. No treatment, however, removes this pain in everyone (NINDS).
Rehabilitation and Lifelong Care
Rehabilitation starts within days and continues for months. A rehabilitation doctor usually leads a team of therapists, nurses and psychologists (NINDS).
First, therapy protects the joints and trains breathing. Then come sitting balance, transfers and wheelchair skills. In incomplete injuries, walking practice may also use body-weight support or robotic devices.
Complications to Prevent
- Pressure sores on numb skin; change position regularly
- Bladder problems and infections; many people use a catheter
- Blood clots in the legs, especially in the first weeks
- Autonomic dysreflexia after injuries above the mid-back
- Thin bones, chest infections and low mood
NICE advises a lifetime of personalized care guided by a spinal cord injury center. So your home center stays your main team, even after surgery abroad.
When a Second Opinion Makes Sense
A second opinion helps most when a decision about surgery lies ahead. It can confirm a plan, offer another option or explain why waiting makes sense.
A second opinion often helps when:
- Surgery for a syrinx, a tethered cord or loose implants has come up
- Your function keeps changing years after the injury
- Spasticity or nerve pain no longer responds to medicines
- You hear that nothing more can help, yet new symptoms appear
What it cannot change:
- No operation repairs the original injury itself
- A lasting complete injury rarely gains much below its level
- Your home team still leads long-term care
In Istanbul, Prof. Albayrak examines you and goes through your MRI with you. He then explains whether a cause fits surgery, and what surgery can realistically achieve.
Coming to Istanbul from the US, Canada, the UK or Europe
Travel suits the planned stage only, once your own team agrees. A fresh injury, fast loss of function or autonomic dysreflexia needs local care.
Planning the Journey
Flying with a spinal cord injury takes planning. Ask the airline early for wheelchair help, and bring a pressure-relief cushion. A companion also helps with transfers, the hospital days and the hotel.
Flying after surgery also raises the risk of blood clots (CDC). So shift your weight often, and ask your doctor about clot prevention.
Your Stay and the Flight Home
The hospital stay depends on the operation and your mobility. UK aviation guidance gives no set waiting time after spine surgery (CAA). So Prof. Albayrak checks the wound and your clot risk before confirming the flight.
The CDC also suggests waiting 10-14 days after major surgery before flying. Overall, keep the return date flexible.
Follow-Up at Home
Take home the discharge summary, the operation note and copies of your scans (CDC). Also book a visit with your spinal cord injury center before you leave.
For US insurance and Medicare, see planning surgery in Turkey from the US. For NHS rules, see planning from the UK. From Canada, check with your provincial health plan and private insurer before you book.
Can I fly after spinal cord injury surgery?
Usually yes, once your surgeon confirms it. UK aviation guidance gives no fixed waiting time after spine surgery (CAA). The CDC, however, suggests 10-14 days after major surgery to lower clot risks.
Your treatment in Istanbul
From Your First Message to Flying Home
Planned spinal cord surgery in Istanbul follows four steps. Each step then answers one practical question for you and your family.
STEP 01
Request an appointment
Use the form on this page, WhatsApp or call +90 532 308 97 72. A short message is enough: injury date and level, the new problem and your dates.
Family members can also write, in English or Turkish. The team then arranges the consultation date with you.
STEP 02
Consultation and scans in Istanbul
Prof. Albayrak examines strength, feeling, reflexes and spasticity at his clinic in Teşvikiye. He then goes through your scans with you and orders a new MRI if needed. Together, you then weigh surgery against other options.
What should we bring to the consultation?
Bring recent MRI and CT scans on a disc or USB drive, with the reports. Also add operation notes, implant details and a list of medicines. Your bladder and bowel routine helps the team plan the hospital stay.
STEP 03
Surgery and hospital stay
If surgery fits, the operation takes place in a hospital in Istanbul. Prof. Albayrak names the hospital at the consultation, along with the likely stay. Tell the team early about pressure care, catheter needs and spasticity medicines.
STEP 04
Recovery, fitness to fly and follow-up
After discharge, you rest nearby with a companion until a check-up before the flight. Your surgeon then confirms when you can fly.
Back home, get urgent help for any of these signs:
- Fever, redness or fluid leaking from the wound
- New weakness, or numbness that rises above the old level
- A pounding headache with sweating or flushing
- A swollen, painful leg or sudden breathlessness
Your Spinal Cord Surgeon in Istanbul
Prof. Dr. Serdar Baki Albayrak
Neurosurgeon · Full Professor of Neurosurgery
His spine work ranges from decompression and stabilization to syrinx and tethered cord surgery. His research also includes an experimental study of early spinal cord injury.
He completed his neurosurgery training at Istanbul University in 2004. Clinical fellowships then followed at the University of Helsinki and at Harvard Medical School, Brigham and Women's Hospital. Consultations take place in English or Turkish.
27+Years
5,000+Operations
64Countries
33Publications
Figures from Prof. Albayrak's professional profile, September 2026. See his full publication list.
Request an AppointmentFrequently Asked Questions
Does a broken spine always injure the spinal cord?
No. Most spinal fractures leave the cord unharmed, especially when no fragment enters the canal. An unstable fracture moved the wrong way, however, can injure the cord later. So paramedics immobilize every suspected spine fracture.
Which doctor treats a spinal cord injury?
In the first days, a neurosurgeon or spine surgeon leads diagnosis and surgery. A rehabilitation doctor then guides long-term care with other specialists (NINDS). A spinal cord injury center brings these teams together.
How much does spinal cord injury surgery cost in Turkey?
The cost depends on the operation, implants, hospital nights and any intensive care. Rehabilitation, hotel nights and a companion also count. So ask for the cost of your own plan at the consultation, before you decide.
Prof. Albayrak's Published Research
One of Prof. Albayrak's papers studies spinal cord injury directly, in an experimental model. The others cover tethered cord surgery, scarring after spine surgery and a spinal infection.
His full list of 33 publications appears on his profile.
- The effects of medroxy progesterone acetate on the pro-inflammatory cytokines, TNF-alpha and IL-1beta in the early phase of the spinal cord injury
- Tethered cord syndrome in childhood: special emphasis on the surgical technique and review of the literature with our experience
- Topical application of tacrolimus prevents epidural fibrosis in a rat postlaminectomy model: histopathological and ultrastructural analysis
- Spinal epidural abscess due to Brucella
Public health information
- National Institute of Neurological Disorders and Stroke (NINDS). Spinal Cord Injury.
- MedlinePlus, US National Library of Medicine. Spinal cord trauma.
- MedlinePlus. Autonomic dysreflexia.
- MedlinePlus. Syringomyelia.
- NINDS. Syringomyelia.
- NINDS. Tethered Spinal Cord Syndrome.
- National Institute for Health and Care Excellence (NICE). Spinal injury: assessment and initial management (NG41).
- NHS. Paralysis.
- World Health Organization. Spinal cord injury: fact sheet.
- US Food and Drug Administration. Consumer Alert on Regenerative Medicine Products Including Stem Cells and Exosomes.
- UK Civil Aviation Authority. Surgical conditions: guidance for health professionals.
- US Centers for Disease Control and Prevention. Medical tourism.
This page gives general medical information and does not replace a consultation. Diagnosis and treatment decisions need an examination by your own doctor. Travel rules change, so check the official pages above before you book.
Last updated: 1 October 2026. Website editor: Prof. Dr. Serdar Baki Albayrak's clinic, [email protected].
Plan a Spinal Cord Consultation in Istanbul
Request an appointment with Prof. Dr. Serdar Baki Albayrak. The team then helps you plan the visit, the scans and the stay.
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