Open vs Arthroscopic Elbow Surgery: Which Elbow Problems Suit Keyhole Techniques

A hospital pharmacist in her forties, a weekend rower, could not fully straighten her right arm. Not dramatically; the last fifteen degrees simply refused to come, and reaching for a high shelf had become a two-step maneuver. Her surgeon offered a choice of routes rather than a choice of operations: keyhole or open. She left with a folder of leaflets and one honest question. Does the route actually change the result?

That question sits at the heart of the open vs arthroscopic elbow surgery decision, and the answer is more textured than “small scars are better.” The elbow is a tight, hinged, nerve-crowded joint. Some problems live neatly inside the capsule where a camera excels. Others involve bone, tendon or nerve that a scope cannot reach safely. This explainer sets out how each approach works, which elbow problems typically suit each one, what recovery usually looks like, and where the evidence is honestly thin.

How arthroscopic and open elbow surgery actually work

Arthroscopy means looking inside a joint with a camera. The surgeon makes two to four small cuts, each roughly the width of a fingertip, and threads in a narrow tube carrying a lens and a light. Sterile fluid is pumped into the joint to inflate it, which lifts the capsule away from the bone and creates working space. A second and sometimes third portal admits thin instruments: shavers to trim frayed tissue, graspers to lift out loose fragments, burrs to smooth bone. The whole procedure is watched on a screen rather than through the wound.

Open surgery is what most people picture when they hear the word operation. One longer incision, typically along the outer or inner side of the elbow, lets the surgeon see the tissues directly, retract muscle, and handle bone, tendon or nerve with ordinary instruments. Nothing is inflated; the anatomy is simply exposed layer by layer and then closed layer by layer.

Both are usually performed under general anesthesia, sometimes with a regional nerve block added so the arm stays numb for hours afterward. Both count as day surgery in most cases; the NHS notes that people having arthroscopy usually go home the same day, and many open elbow procedures follow the same pattern.

The essential trade-off is access versus disturbance. A camera gives an unusually clear, magnified view of cartilage and joint lining without cutting through much muscle. A scalpel gives the freedom to fix a fracture with plates, reroute a nerve or reattach a torn tendon, jobs that need hands rather than a lens. Neither route is inherently superior; each is a tool matched to a task.

Why the elbow is a harder joint to reach with a camera

Knee arthroscopy is routine partly because the knee is roomy and its major nerves sit well behind the working area. The elbow offers no such luxury. Three large nerves run within a fingertip of the joint. The ulnar nerve lies in a groove on the inner side, the same nerve that produces the tingle when you knock your “funny bone.” The radial nerve crosses the front and outer side. The median nerve and the brachial artery pass just in front of the joint capsule.

When the joint is inflated with fluid, those structures move slightly away from the bone, which is exactly why inflation matters. Yet the margin remains narrow, especially in an elbow stiffened by scar tissue, previous surgery or arthritis, where the capsule may be thickened and less compliant. Mayo Clinic lists nerve or blood vessel damage among the recognized, if uncommon, complications of arthroscopy in general, and surgeons regard the elbow as the joint where that risk demands the most respect.

Anatomy also dictates what a scope can reach. The front and back compartments of the elbow are both accessible with the right portals, but the inner gutter beside the ulnar nerve is approached with great caution, and some surgeons will not shave bone there arthroscopically at all. Anything that sits outside the capsule, such as the ulnar nerve itself, the distal biceps tendon at the front, or the collateral ligaments that stabilize the hinge, is by definition not an intra-articular target.

This is why the elbow lagged behind the knee and shoulder in keyhole adoption, and why the phrase “suitable for arthroscopy” is less about how small the problem is and more about where exactly it lives.

Which elbow problems suit keyhole elbow surgery

The best arthroscopic candidates share a feature: the problem is inside the joint, and the fix involves removing, trimming or releasing tissue rather than reconstructing it.

Loose bodies are the classic example. Small fragments of bone or cartilage break free after injury or arthritis and drift around the joint, causing catching, locking and sudden pain. A camera finds them where an open incision might miss them, and a grasper lifts them out through a portal.

Early to moderate osteoarthritis produces bony spurs on the tip of the elbow and at the front of the joint that block full straightening and bending. Arthroscopic debridement, which means trimming away spurs and inflamed lining, can address these when the joint surfaces are still reasonably intact.

Post-traumatic stiffness, where scar tissue tightens the capsule after a fracture or dislocation, is increasingly treated with arthroscopic capsular release, meaning the thickened capsule is divided so the joint can move. This is technically demanding because scar distorts the normal spaces, and many surgeons reserve it for cases without prior nerve surgery.

Osteochondritis dissecans, a condition in which a small area of bone under the cartilage loses its blood supply and may detach, mostly affects adolescent throwers and gymnasts. Arthroscopy allows the surgeon to assess, stabilize or remove the fragment and stimulate healing in the underlying bone.

Inflamed synovium, the joint lining, from inflammatory arthritis or infection can be removed arthroscopically, a procedure called synovectomy.

Lateral epicondylitis, or tennis elbow, is the borderline case. The damaged tendon sits just outside the joint, but it can be reached and released from inside via the capsule. Both open and arthroscopic tennis elbow release are established, and neither has been shown to be clearly superior; the choice usually rests on surgeon preference and whether other joint problems need attention at the same time.

Which elbow problems usually still need an open approach

Some elbow problems are simply not camera work, and no amount of technical skill changes that.

Fractures involving the joint surface, the radial head or the tip of the elbow (the olecranon) usually need direct visualization to line up the pieces and secure them with screws or plates. A few small radial head fractures have been treated with scope assistance, but this remains a niche rather than a standard.

Ligament reconstruction, most famously the inner collateral ligament repair in baseball pitchers, requires drilling bone tunnels and passing a tendon graft, tasks performed through an open incision. The same applies to the outer ligament complex after recurrent dislocation.

Ulnar nerve problems at the elbow, known as cubital tunnel syndrome, are treated by releasing the tissue compressing the nerve or moving the nerve to a new position in front of the joint. The nerve lies outside the capsule, so this is an open operation by definition.

Distal biceps tendon ruptures, where the strong bending tendon tears from the forearm bone, need the tendon to be found, brought back down and anchored into bone. This is done through one or two open incisions at the front of the elbow.

Total elbow replacement and hemiarthroplasty, reserved for advanced arthritis or unreconstructable fractures, involve cutting bone and cementing components, which can only be done open.

Severe arthritis with major bone deformity, and elbows that have had previous surgery near the ulnar nerve, often push surgeons toward an open route even when the underlying problem is one that could theoretically be scoped. The open incision lets them protect the nerve under direct sight. That conservative instinct, choosing the route that keeps the nerve safest, is a marker of good judgment rather than old-fashioned technique.

Open vs arthroscopic elbow surgery: a side-by-side comparison

Laid out side by side, the two approaches differ less in principle than people expect and more in practical detail. The table below summarizes typical features; individual cases vary, and your surgeon’s plan takes precedence over any general pattern.

Feature	Arthroscopic (keyhole)	Open
Incisions	Two to four small portals	One longer incision, sometimes two
View of the joint	Magnified, on a screen, inside the capsule	Direct, by eye, including tissues outside the capsule
Typical targets	Loose bodies, spurs, synovitis, capsular scar, cartilage lesions, selected tennis elbow	Fractures, ligaments, ulnar nerve, distal biceps, joint replacement, complex revisions
Anesthesia	General, often with a nerve block	General, often with a nerve block
Hospital stay	Usually same-day discharge (NHS)	Often same day; overnight for larger procedures
Main technical concern	Nerves close to portals; limited room in stiff joints	Larger wound; more soft-tissue disturbance
Early scar and swelling	Generally less soft-tissue trauma	More, proportional to exposure
Final motion or pain result	Depends on the diagnosis and rehabilitation far more than on the route

Two rows deserve emphasis. First, anesthesia and hospital stay are broadly similar; keyhole does not automatically mean lighter sedation. Second, the last row is the one patients most often misjudge. For conditions where both routes are possible, comparative studies of tennis elbow release and contracture release have generally not shown a consistent long-term difference in pain or movement between open and arthroscopic groups. The scar is smaller with arthroscopy; the elbow you have a year later is shaped mainly by what was wrong and how hard you worked in rehabilitation.

Who is usually offered surgery, and who is asked to wait

Before the open-versus-keyhole conversation even begins, a more basic filter applies: does this elbow need surgery at all? For a striking number of common elbow complaints, the honest answer is not yet, and sometimes never.

Tennis elbow is the clearest example. The NHS notes that most cases improve without surgery, typically over six months to two years, and Mayo Clinic describes surgery as an option only when symptoms have not improved after 6 to 12 months of nonsurgical treatment such as activity modification, physical therapy and bracing. A person three months into a flare is usually asked to wait, not because surgery is dangerous but because time and rehabilitation are doing the same job with fewer risks.

People more likely to be offered surgery, of either type, share some features. Mechanical symptoms such as locking or a hard block to movement point to a physical obstruction that exercises cannot remove. Loss of function that interferes with work, self-care or sport despite a genuine trial of conservative care carries weight. Imaging that shows a clear target, a loose fragment, a fracture, a detached tendon, strengthens the case. Younger athletes with osteochondritis dissecans and an unstable fragment often move to surgery sooner because the cartilage is at stake.

People commonly asked to wait or reconsider include those whose pain is not matched by imaging findings, those with poorly controlled diabetes or active infection elsewhere, smokers who have not yet stopped (wound and bone healing suffer), and those whose expectations center on a pain-free elbow rather than a more functional one. Advanced arthritis may be too extensive for debridement yet not severe enough to justify replacement, a frustrating middle ground where injections and activity change are usually preferred.

Waiting is a decision, not an absence of one. The treating team weighs symptoms, imaging, age, activity and overall health, and that judgment belongs to them and to you together.

Is elbow arthroscopy worth it? What the evidence actually shows

“Worth it” hides two separate questions. Is surgery worth it for this condition, and if so, is the keyhole route worth choosing over open? The evidence answers them differently.

For mechanical problems inside the joint, meaning loose bodies and blocking spurs, arthroscopy is well accepted because there is no non-surgical way to remove a physical fragment, and the camera reaches places a small open incision cannot. Observational series consistently report improved motion and fewer catching episodes after loose body removal and debridement, though these are mostly single-center studies rather than randomized trials, so the quality of evidence is moderate at best.

For post-traumatic stiffness, arthroscopic and open capsular release have both been studied, and comparative reviews generally find similar gains in movement. The arthroscopic groups tend to show less early soft-tissue swelling, while the open groups include more complex elbows, which makes head-to-head comparison unfair. No guideline body has declared one route standard.

For tennis elbow, the picture is humbling. The NHS emphasizes that most people recover without any operation. Among those who do proceed, systematic reviews comparing open, arthroscopic and percutaneous release have not found a consistent difference in pain or grip strength at final follow-up. Some report slightly earlier return to work after arthroscopy, but the trials are small and heterogeneous, so this should be read as a possibility rather than an established benefit.

So is it worth it? When the problem is a clear structural target inside the joint, arthroscopy offers real access with modest incisions. When the problem is a tendon that usually heals with time, the value of any surgery is uncertain, and the route matters less than the decision to operate at all. Ask your surgeon which of those two situations describes your elbow.

Why is arthroscopy not recommended for some elbows?

People searching this question often expect a hidden danger. The reality is more mundane and more reassuring: arthroscopy is declined for specific, predictable reasons.

The first is anatomy. If the problem lies outside the capsule, a nerve, a ligament, a tendon insertion, a fractured shaft, the camera simply cannot reach it. Recommending arthroscopy would be recommending the wrong tool.

The second is nerve safety. Elbows that have had previous surgery, particularly ulnar nerve transposition, have altered anatomy; the nerve may now sit exactly where a standard portal would be placed. Many surgeons treat prior nerve surgery as a reason to go open, or to identify and protect the nerve through a small open cut before introducing the scope. Severe stiffness has a similar effect: a contracted capsule leaves little room to inflate the joint and push nerves away from the instruments.

The third is severity. Once arthritis has destroyed much of the joint surface, trimming spurs offers little, and the discussion moves to injections, bracing or eventually replacement. Arthroscopy is not recommended because it would not help, not because it would harm.

The fourth reason is broader and applies to both routes: general fitness for surgery, active infection, uncontrolled diabetes, or bleeding disorders may make any operation unwise for now.

Finally, some surgeons do not perform elbow arthroscopy regularly. The learning curve is steep and the nerve stakes are real, so a surgeon may sensibly recommend the open route they perform often over a keyhole route they perform rarely. This is a legitimate, patient-centered reason, and it is fair to ask about it directly. A recommendation against arthroscopy is usually a recommendation for the safer route in your specific circumstances, not a warning about the technique in general.

Is elbow surgery considered major surgery?

The label “major” does not have a single medical definition, which is why the same operation can be described as minor by a surgeon and as enormous by the person having it. A more useful framework looks at three things: anesthesia, tissue disruption and recovery demands.

On anesthesia, most elbow surgery, open or arthroscopic, uses a general anesthetic, sometimes combined with a nerve block that numbs the arm for many hours. That places it in the same bracket as most orthopedic procedures, not the lighter bracket of procedures done under local anesthetic alone.

On tissue disruption, arthroscopic debridement or loose body removal is genuinely limited: a few small portals, minimal muscle cutting, and the NHS describes arthroscopy in general as usually allowing same-day discharge. Open fracture fixation, ligament reconstruction or joint replacement involves larger incisions, bone work and implants. In everyday language, those sit closer to “major.”

On recovery demands, the elbow punishes neglect. Even after a keyhole procedure, a joint that is not moved early tends to stiffen, and regaining the last degrees of extension can take weeks of daily work. In that sense, no elbow surgery is trivial.

A practical way to frame it: an elbow arthroscopy is a real operation with real risks, including nerve injury, infection and stiffness, but for most people it is a same-day procedure with limited soft-tissue trauma. Open reconstructions and replacements are more involved and may require an overnight stay and a longer protected period. Neither category should be treated casually, and neither should keep you awake with dread. Ask your surgeon to describe your specific procedure in these three dimensions rather than reaching for a single word.

Elbow arthroscopy recovery time: what the first days and weeks look like

Recovery from elbow surgery is less a straight line than a set of overlapping phases, and the route into the joint changes the early phase more than the late one.

The first day or two are dominated by the nerve block wearing off, a bulky dressing and swelling. After arthroscopy the fluid used to inflate the joint drains into surrounding tissue, so a puffy forearm and a little clear leakage from the portals are expected. After open surgery there is one longer wound, usually closed with stitches or clips, and more bruising along the incision line. Ice, elevation and the pain plan agreed with the anesthetist carry most people through this stage; decisions about pain medicine rest with the prescribing clinician.

Days three to fourteen are about movement. For debridement, loose body removal and capsular release, surgeons usually want gentle bending and straightening to begin early, sometimes on day one, because scar re-forms fastest in a still joint. After fracture fixation or tendon repair, the elbow may instead be protected in a splint or hinged brace with a controlled range, and moving too early can undo the repair. The instructions are procedure-specific, not route-specific.

Mayo Clinic notes that after arthroscopy in general, people can often return to desk work and light activity within a few days, while more strenuous activity waits several weeks, and the NHS puts full recovery from arthroscopy at several weeks to months depending on the joint and the work done. Open reconstructions typically extend those ranges because bone and tendon healing set the pace.

Weeks six to twelve and beyond are the strengthening phase: grip, forearm rotation and gradual return to lifting or sport, guided by a physical therapist. Athletes returning to throwing follow structured, progressive programs that can stretch across months. Treat every timeframe here as a typical range, never a promise; your own arm sets the schedule.

Elbow arthroscopy risks compared with open surgery

Any honest comparison has to accept that the two routes carry different risk profiles rather than a simple more-versus-less.

Nerve injury is the risk that distinguishes elbow arthroscopy from arthroscopy elsewhere. Most reported injuries are temporary numbness or tingling from stretching or fluid pressure near a portal, and these usually settle over weeks; permanent injury is uncommon but documented. Open surgery does not eliminate nerve risk, especially in operations directly around the ulnar nerve, but the surgeon can see and protect the nerve throughout.

Infection is a risk of every operation. Mayo Clinic and the NHS both list it among the recognized complications of arthroscopy; the small portals and short operating time are thought to keep rates low, while longer open wounds, implants and bone work raise the stakes somewhat. Good blood sugar control and stopping smoking beforehand reduce infection and healing problems for either route.

Stiffness is, paradoxically, the most common unwelcome outcome of surgery on a joint whose whole purpose is movement. It follows both routes and is countered mainly by early, disciplined rehabilitation.

Heterotopic ossification, meaning bone forming in soft tissue where it should not, can follow elbow trauma and surgery of either kind and is one reason surgeons prefer to operate on a settled rather than an acutely inflamed elbow.

Bleeding, blood clots and anesthetic reactions are general surgical risks, listed by Mayo Clinic for arthroscopy and applicable to open procedures too. Clots are less frequent after arm surgery than after hip or knee surgery, but not impossible.

Finally there is the risk of an incomplete result. A scope cannot remove what it cannot reach, and an open operation cannot restore cartilage that has worn away. Discuss with your surgeon which of these risks weighs most for your particular elbow, because the answer is not the same for a loose body and a fracture.

What people often get wrong about open vs arthroscopic elbow surgery

Myth one: keyhole means minor. The incisions are small, but the anesthesia is usually general, the nerves are close, and the rehabilitation is just as demanding. A small scar is not a small commitment.

Myth two: the surgeon can simply switch to keyhole if you ask. Surgeons choose the route that reaches the problem safely. Asking for arthroscopy for a distal biceps rupture is like asking a plumber to fix a roof through the drain. It is reasonable to ask why a route was chosen; it is not reasonable to expect the diagnosis to bend to a preference.

Myth three: arthroscopy gives a better final result. For conditions where both routes are possible, such as tennis elbow release and capsular release, comparative studies have generally not found a consistent long-term difference in pain or motion. Earlier comfort in the first weeks is plausible; a better elbow at one year is not established.

Myth four: tennis elbow usually needs surgery eventually. The opposite is true. The NHS states most cases improve without an operation, and Mayo Clinic frames surgery as an option only after 6 to 12 months of failed nonsurgical care. Surgery for tennis elbow is the exception, not the destination.

Myth five: open surgery is outdated. Fracture fixation, ligament reconstruction, nerve surgery and joint replacement are open by nature and represent the bulk of elbow surgery worldwide. Open is a technique, not a generation.

Myth six: once the loose body is out, the arthritis is fixed. Removing a fragment relieves catching and may improve motion, but it does not regrow cartilage. Wear can continue, and surgeons are careful to describe debridement as managing symptoms rather than reversing disease.

Myth seven: recovery is finished when the stitches are out. Wound healing takes about two weeks; regaining full extension and strength takes weeks to months and depends heavily on daily exercises. The wound closing marks the beginning of the real work, not the end.

Questions to ask your care team

A good consultation about open vs arthroscopic elbow surgery should leave you able to explain, in your own words, why one route was chosen for your elbow. These questions help get there.

• What exactly is the structural problem you plan to treat, and does it sit inside the joint capsule or outside it?
• Is this a problem that might settle with more time, therapy or injections, and what would waiting cost me?
• Why are you recommending the keyhole route or the open route for me specifically, rather than the other?
• How often do you perform this procedure by this route in a typical year?
• Which nerves are close to the planned incisions or portals, and how will they be protected?
• Will a nerve block be used, and what should I expect as it wears off?
• Is there a chance you would convert from arthroscopic to open during the operation, and what would prompt that?
• What will my elbow be allowed to do in the first two weeks: move freely, move within a brace, or stay still?
• What does a realistic result look like for someone with my imaging findings, in terms of motion, pain and return to my work or sport?
• Which symptoms after surgery should prompt me to call the ward or clinic straight away?
• Who supervises my rehabilitation, and when does it start?
• If this procedure does not help, what would the next options be?

Write the answers down or bring someone who can. The point is not to challenge the surgeon but to make sure the decision, which remains theirs to recommend and yours to accept, rests on shared understanding rather than assumption. Surgeons generally welcome the questions about volume and nerve protection; they are the questions they ask themselves.

When to call your doctor

Most recoveries are uneventful, but the elbow’s crowded anatomy means a few warning signs deserve a same-day call rather than a wait-and-see approach, whichever route was used.

Nerve symptoms head the list. New or worsening numbness, tingling or weakness in the hand or fingers that was not present before surgery, or that appeared after the block wore off and is not improving, should be reported promptly. A numb little finger and ring finger points toward the ulnar nerve; a weak wrist or numb thumb side points toward the radial or median nerve.

Signs of infection matter for both keyhole portals and open wounds: spreading redness, increasing rather than decreasing pain after the first few days, warmth, thick or cloudy discharge, a wound that opens, or a fever and chills. The CDC and NHS both describe these as the core surgical site infection warning signs.

Circulation problems in the arm are rare but urgent: a hand that turns pale, blue or cold, or a forearm that becomes tense, extremely painful and swollen out of proportion to what was expected.

Chest pain, sudden breathlessness or coughing blood after any surgery can signal a clot that has traveled to the lungs and needs emergency care.

Beyond emergencies, call your clinic if pain is not controlled by the plan you were given, if you cannot move the elbow at all when you were told to start moving, if the joint locks or gives way in a new way, or if a brace or splint feels unbearably tight. Do not adjust or stop any prescribed medicine on your own; the prescribing clinician decides. When in doubt, call. Clinics would far rather answer an unnecessary question than treat a delayed complication.

Frequently asked questions

Is elbow arthroscopy worth it?

It can be, when there is a clear structural problem inside the joint such as a loose fragment or blocking bone spur, because no exercise program can remove a physical obstruction. For tennis elbow, the value of any surgery is less certain since most cases improve with time, and the keyhole route has not shown clearly better long-term results than open release. Your surgeon can tell you which situation describes your elbow.

Why is arthroscopy not recommended for some elbow problems?

Arthroscopy is usually declined for practical reasons: the problem lies outside the joint capsule, previous nerve surgery has changed the anatomy, the joint is too stiff to inflate safely, or arthritis is too advanced for trimming to help. Some surgeons also prefer the open route they perform regularly. A recommendation against arthroscopy usually means it is the safer or more useful choice for you, not a warning about the technique.

How long does it take to recover from arthroscopic elbow surgery?

Typical ranges only: Mayo Clinic notes that after arthroscopy people can often return to desk work within a few days, with strenuous activity waiting several weeks, and the NHS describes full recovery from arthroscopy as taking weeks to months. Elbow procedures involving capsular release or cartilage work sit toward the longer end because regaining motion and strength takes sustained rehabilitation. Your team’s instructions override any general figure.

Is elbow surgery considered major surgery?

It depends on the procedure more than the route. Arthroscopic debridement or loose body removal is usually a same-day operation under general anesthesia with limited tissue disruption. Fracture fixation, ligament reconstruction and joint replacement involve larger incisions, bone work or implants and are closer to what most people mean by major. All elbow surgery carries real risks, including nerve injury and stiffness, and none should be treated casually.

What is keyhole elbow surgery used for most often?

The most common uses are removing loose bone or cartilage fragments that cause locking, trimming bone spurs and inflamed joint lining in early arthritis, releasing scarred capsule after injury to restore movement, treating osteochondritis dissecans in young athletes, and, in selected cases, releasing the damaged tendon in tennis elbow. All of these involve tissue inside or immediately against the joint capsule where the camera and instruments can reach safely.

What are the main elbow arthroscopy risks compared with open surgery?

Nerve injury is the risk most specific to elbow arthroscopy because three major nerves lie close to the portals; most such injuries are temporary numbness, though permanent damage is documented. Infection, bleeding, clots and anesthetic reactions apply to both routes, with larger open wounds and implants raising infection stakes somewhat. Stiffness is common after either approach. Open surgery lets the surgeon see and protect nerves directly, which is why it is preferred in altered anatomy.

Can tennis elbow be treated with keyhole surgery?

Yes, arthroscopic release of the damaged tendon is an established technique, alongside open and percutaneous release. Comparative studies have not consistently shown one route to produce better pain or grip results in the long term. More important is the decision to operate at all: the NHS notes most tennis elbow improves without surgery, and Mayo Clinic describes surgery as an option only after 6 to 12 months of nonsurgical treatment has failed.

Will I need a general anesthetic for keyhole elbow surgery?

Usually, yes. Both arthroscopic and open elbow procedures are most often performed under general anesthesia, frequently combined with a regional nerve block that numbs the arm for several hours afterward. A block reduces early pain but also means the hand may feel heavy or numb for part of the first day. The anesthetist will discuss the plan with you beforehand and decide what suits your health and the procedure.

Does a smaller scar mean a better elbow in the long run?

Not according to current evidence. Where both routes are possible, such as capsular release for stiffness or tennis elbow release, studies generally show similar pain and motion outcomes at final follow-up. Arthroscopy tends to cause less early soft-tissue swelling and may allow slightly earlier comfort, but the elbow you have a year later depends mainly on the underlying diagnosis and on how consistently you complete rehabilitation.

What can I do before surgery to lower my risks with either approach?

Stopping smoking, keeping blood sugar well controlled if you have diabetes, and treating any skin or dental infections beforehand all reduce wound and healing problems for open and keyhole surgery alike. Arranging help for the first days, understanding your movement instructions in advance, and meeting the physical therapist early also matter, because rehabilitation begins almost immediately. Discuss any regular medicines with your team; do not change them on your own.

References

• Arthroscopy – NHS
• Tennis elbow – NHS
• Tennis elbow – MedlinePlus Medical Encyclopedia

This article is for general information only and is not a substitute for professional medical advice. Please consult a qualified doctor about your individual situation.