Adenoidectomy in Turkey

Adenoidectomy is a common surgical procedure, particularly in children who suffer from enlarged adenoids, which can lead to breathing difficulties, sleep disturbances, and recurrent ear infections. However, not all cases of enlarged adenoids require surgery, as some can be managed through regular monitoring or medical treatment. Adenoidectomy is generally recommended when patients experience severe chronic nasal obstruction, sleep-disordered breathing, or persistent and recurrent infections that do not respond to medical treatment. It may also be considered in certain cases of persistent middle ear fluid.

The procedure is performed under general anesthesia through the mouth, without any external surgical incisions. Recovery typically takes around one week. Although adenoidectomy is considered a common procedure, it carries certain risks, with bleeding being the most significant early complication. Persistent changes in voice resonance and adenoid regrowth are relatively rare.

In adults, masses located behind the nose require careful evaluation using nasal endoscopy and, in some cases, a biopsy to rule out other underlying conditions. As more patients consider traveling to Turkey for this procedure, it is important to establish the medical necessity of surgery before making travel arrangements, choose a properly licensed and accredited hospital, and obtain a clear, detailed written cost estimate before proceeding.

What are adenoids?

The adenoids are lymphoid tissue located in the upper part of the nasopharynx, the space behind the nose and above the roof of the mouth. They are part of the immune system, and their role in fighting infection is thought to appear mainly in the first years of life. They usually reach their largest size between ages 3 and 5, then gradually shrink. In some Arabic references they are called “al-nāmiyāt” or “al-ghudāniyyāt,” and people call them “excess lahmiyya” (extra flesh) when they enlarge.

The difference between adenoids, tonsils, and nasal polyps

These three structures are often confused, but they differ in location, nature, and method of examination.

The adenoids sit behind the nose in the roof of the nasopharynx. They are lymphoid tissue that cannot be seen in an ordinary mouth examination and require an endoscope or imaging. The palatine tonsils sit on either side of the back of the throat. They are also lymphoid tissue and can be seen by opening the mouth. Nasal polyps are benign growths in the lining of the nose and sinuses linked to chronic inflammation. They are seen with a nasal endoscope and are not lymphoid tissue.

For this reason, visibly enlarged tonsils in the throat do not necessarily mean the adenoids are enlarged, and the reverse is also true.

Causes of adenoid enlargement

There is no single cause. In children, enlargement may be linked to recurrent upper respiratory infections and nasal allergy, and it may persist for reasons that are not always known. In adults, prominent lymphoid tissue in the nasopharynx has been linked, in observational studies, to chronic infection, allergy, smoking, and pollution. The mere presence of lymphoid tissue does not mean there is a disease requiring treatment.

Symptoms of adenoid enlargement

The best-known symptoms result from obstruction of the airway behind the nose:

• Persistent nasal blockage and mouth breathing, and dry mouth in the morning.
• Snoring and disturbed sleep, which can progress to repeated pauses in breathing during sleep (obstructive sleep apnea).
• A “muffled” voice, as if the nose were blocked, medically called hyponasality. This is the opposite of hypernasality, which may appear after surgery in rare cases.
• Recurrent ear infections, or hearing loss due to fluid collecting behind the eardrum (otitis media with effusion).
• Chronic cold or recurrent sinusitis.

These symptoms are shared with other diseases, so they do not by themselves mean the adenoids are the cause. Snoring does not necessarily mean sleep apnea. Diagnosis requires medical evaluation.

In infants, children, and adults

Infants: Nasal congestion and difficulty breathing during feeding have many causes, and it is hard to attribute them to the adenoids without a specialist examination. For ear fluid specifically, the American guidelines do not recommend adenoidectomy for this reason alone under age 4 unless there is another indication.

Children: This is the group most affected by the symptoms above. Watchful waiting remains a first option in many cases unless symptoms are severe, because the adenoids usually shrink after age 3 to 5.

Adults: Adenoid enlargement is less common and usually presents as nasal obstruction or ear pressure. Other causes must be excluded before attributing it to the adenoids (see the adults section below).

When is adenoidectomy recommended?

Surgery is not an automatic treatment for enlarged adenoids. Here is what the main guidelines say for each situation.

Obstructive sleep apnea in children. The American Academy of Pediatrics (AAP), in guidelines issued in 2012, recommends adenotonsillectomy (removal of the adenoids and tonsils together) as first-line treatment when both are enlarged, with reassessment of the child after surgery. If surgery is not performed or the disease persists afterward, continuous positive airway pressure (CPAP) is considered. The 2024 American Thoracic Society (ATS) guidelines state that up to 40% of children may continue to have the disease after surgery. The recommendation concerns the combined surgery, not adenoidectomy alone, and the guidelines are relatively old, so any later update should be consulted.

Persistent middle ear fluid. Organizations disagree on this point. The American Academy of Otolaryngology–Head and Neck Surgery Foundation (AAO-HNSF), in its 2016 guidelines, does not recommend adenoidectomy for this reason alone in children under 4 unless there is another indication, such as nasal obstruction or chronic adenoiditis. After age 4 it permits ear tubes, adenoidectomy, or both, and the supporting evidence is described as moderate to low. In the UK, the National Institute for Health and Care Excellence (NICE), in its 2023 guidelines, suggests considering adenoidectomy along with ear tube insertion unless there is a palate abnormality, after a shared decision that includes the risk of bleeding and velopharyngeal insufficiency. The UK National Health Service (NHS) Evidence-Based Interventions programme holds that adjuvant adenoidectomy should not be performed routinely, because its benefit for hearing is very limited. A 2010 Cochrane review (14 trials, 2,712 children) agrees in essence: adenoidectomy improved resolution of ear fluid, but its effect on hearing was small, and it did not help recurrent acute ear infections. Therefore, the presence of ear fluid does not mean adenoidectomy is necessary.

Chronic sinusitis in children. Adenoidectomy is often seen as the first surgical step after medical treatment fails. The evidence is mostly observational: about 69% of children improved in a meta-analysis, and success rates ranged between 47% and 61% in other reviews when adenoidectomy was performed alone.

Chronic or recurrent adenoiditis. The American middle ear guidelines consider it an independent indication, and the decision is individual, based on the severity and frequency of symptoms.

Severe chronic nasal obstruction. Surgery may be considered if the symptom persists and affects breathing and sleep after evaluation and a trial of medical treatment. The decision is individual.

Adults. Removal is selective and is preceded by endoscopy and sometimes a biopsy (see the adults section).

Treating enlarged adenoids without surgery

Watchful waiting. Many cases improve with age, and monitoring with follow-up is advised when symptoms are mild or intermittent. For middle ear fluid specifically, many cases resolve on their own, and NICE guidelines indicate active monitoring for three months in low-risk children before considering surgery, with avoidance of tobacco smoke exposure.

Treating nasal allergy. If allergy contributes to congestion, treating it may relieve symptoms.

Intranasal corticosteroid sprays. A Cochrane review (2008) indicates limited evidence that they may improve obstructive symptoms in children with moderate to severe enlargement, and they may be an alternative when surgery is not urgent. The studies remain small and mostly methodologically weak, and the benefit appears to require continuous treatment to last. This differs from the case of middle ear fluid, for which neither NICE (2023) nor the American Academy of Otolaryngology–Head and Neck Surgery (2016) recommends them to treat the fluid itself.

Antibiotics. They are not recommended for treating middle ear fluid, and are not used routinely for enlarged adenoids without a proven or probable bacterial infection as determined by the doctor.

When does surgery become appropriate? When severe symptoms persist despite watchful waiting and appropriate treatment, or when there is a clear indication such as confirmed sleep disturbance, after discussing the benefits and risks with the family.

How are enlarged adenoids diagnosed?

Not every patient needs all of the following tests; the doctor chooses those that suit the case:

• Medical history and clinical examination: The family is asked about snoring, sleep, breathing, and the ears. Because the adenoids are behind the nose, they cannot be seen in an ordinary mouth examination.
• Flexible nasopharyngeal endoscopy: Shows the adenoids directly and assesses the degree of obstruction, but the child’s cooperation may limit its use.
• Lateral nasopharyngeal X-ray: An indirect method that estimates the tissue size relative to the airway. It is not needed for everyone.
• Ear and hearing tests: Examination of the eardrum with a pneumatic otoscope, tympanometry, and audiometry when middle ear fluid or hearing loss is suspected.
• Sleep study (polysomnography): The reference standard for diagnosing obstructive sleep apnea in children according to the AAP. It is requested when needed, not for every child who snores.

Estimating adenoid size

Size is estimated by endoscopy using graded classifications such as the Clemens classification, or by measuring the adenoid–nasopharynx ratio on lateral X-rays. In small single-center studies, endoscopy was more accurate than X-ray: the preoperative estimate matched what was found during surgery in 58% of cases with endoscopy versus 44.5% with X-ray in a retrospective study, and another study reported that X-ray overestimated grades two and three. However, size alone does not determine the decision for surgery; what matters is its effect on breathing, sleep, and the ears, based on symptoms and examination.

Adenoids in adults

Some adults are found to have prominent lymphoid tissue in the nasopharynx, usually by endoscopy when they complain of nasal obstruction or ear pressure. It should not be assumed that every mass in this region is a benign adenoid.

Why is careful examination necessary?

A nasopharyngeal mass in adults can resemble other diseases, including cancer, lymphoma, benign tumors, and cysts. For this reason, evaluation begins with nasopharyngeal endoscopy, after which a biopsy (a tissue sample examined under the microscope) is considered.

When is a biopsy necessary?

In a retrospective series of 255 adults who underwent nasopharyngeal biopsy, about 65% of the samples were adenoid tissue and about a quarter were malignant tumors (carcinomas and lymphomas). The researchers concluded that persistent masses, especially in older men, smokers, and those with one-sided middle ear fluid, deserve histological examination. This is a selected series of patients who had already been referred for biopsy, so it does not represent the rate of malignancy among everyone with adenoids. The final decision rests with the doctor after examination.

Causes and surgery

The prominence of lymphoid tissue in adults has been linked in observational studies to chronic infection, allergy, smoking, and pollution. When the mass is benign and causes symptoms, removal is considered, and the removed tissue is sent for histological examination. The NHS describes the procedure in adults as proceeding the same way as in children.

Preparing for the operation

Preparation begins with an evaluation by an ear, nose, and throat (ENT) doctor, which includes examining the palate, because a palate abnormality (such as a hidden cleft) changes the decision for surgery and its technique. The anesthesiologist then assesses the general condition and determines the fasting period before surgery and which medications must be stopped. Tell the team about any recent respiratory infection, all medications, and any allergies. The NHS advises not giving aspirin to children under 16 unless prescribed by a doctor.

Conditions requiring special evaluation before surgery

Palate abnormalities. Adenoidectomy in people with an overt or hidden cleft palate or a short palate may lead to velopharyngeal insufficiency or regurgitation of food into the nose. For this reason NICE suggests not considering adjuvant adenoidectomy when there is a palate abnormality, and some NHS policies consider surgery inappropriate for this group. If the condition requires surgery, partial adenoidectomy may be considered.

Down syndrome, craniofacial malformations, and neuromuscular diseases. The 2019 American Academy of Otolaryngology–Head and Neck Surgery guideline, which concerns tonsillectomy with or without adenoidectomy, recommends referring children with sleep-disordered breathing for a sleep study before surgery if they are under two years old or have obesity, Down syndrome, craniofacial abnormalities, or neuromuscular diseases. NHS policies point to the existence of NICE guidance specific to children with Down syndrome or cleft palate regarding ear fluid.

Bleeding disorders. If the patient or family has a history of unusual bleeding, or the patient takes medications that affect clotting, the team must be informed before surgery so they can decide what is needed. Bleeding risk factors are found in the risks section.

Children under 3 years or those with severe sleep apnea. The same American guideline recommends overnight in-hospital monitoring after tonsillectomy for children under 3 years, or those with severe sleep apnea (an apnea index of 10 or more events per hour, an oxygen drop below 80%, or both). This recommendation concerns tonsillectomy, so it is not automatically generalized to adenoidectomy alone, and the team decides according to the case.

How is adenoidectomy performed?

The operation is usually performed under general anesthesia through the mouth, with no external incision on the face or neck. The general steps are:

1. Confirming tests and informed consent, and examining the palate if it has not been examined.
2. General anesthesia, positioning the patient, and opening the mouth with a supporting instrument.
3. Reaching the adenoids behind the nose and removing them using one of the techniques described below.
4. Controlling bleeding by cautery, pressure, or other means.
5. Recovery and monitoring in the recovery room.
6. Discharge from the hospital when the patient is awake and drinking and eating; the team may keep the patient overnight if they see fit.

An Australian children’s hospital guide estimates the time in the operating room, including anesthesia, surgery, and recovery, at between 45 minutes and an hour, followed by 4 to 6 hours of observation before the discharge decision. These are figures from one particular institution and vary between centers. A page from a Greater Manchester health service states that the removal itself takes about 10 to 30 minutes, with anesthesia and recovery adding to the total time.

Adenoidectomy techniques

No technique has been shown to be best for all patients. Here is what we know about each.

Conventional curettage. A scraping instrument is inserted through the mouth, often without direct vision. It remains the most widely used. In a 2025 systematic review it was shorter in duration and slightly less bloody during the operation, but removal was less complete.

Suction diathermy. An electric current removes the tissue with suction and limits bleeding. NICE describes it as aiming to reduce blood loss during the operation and secondary bleeding. In a 2023 network analysis it was judged likely to be the least bloody during surgery.

Microdebrider. A small powered rotating instrument, often used with an endoscope. In the same network analysis, blood loss during surgery was greater than with conventional curettage and suction diathermy. These results are affected by the quality of the included trials.

Coblation. Radiofrequency energy in a saline medium removes the tissue. A 2023 review indicates better control of residual tissue compared with curettage, and a small difference in bleeding and pain of unclear clinical significance, with a possible reduction in reoperation that is not confirmed.

Partial adenoidectomy. Leaves part of the tissue to protect velopharyngeal closure, and is used with occult or repaired cleft palate or a short palate. In a 2019 systematic review, the risk of insufficiency was about 1.6% (2 of 122) in the included studies, which were small.

The 2025 systematic review indicates that the advantages of the early endoscopic techniques tend to fade over time. In one hospital study, the choice of technique was not significantly linked to the need for repeat surgery. What matters most in practice is the surgeon’s experience and examining the palate before surgery, not the name of the device.

Adenotonsillectomy (removing adenoids and tonsils together)

Adenoidectomy removes only the tissue behind the nose, tonsillectomy removes only the palatine tonsils, and adenotonsillectomy removes both in a single operation.

When are they combined? The clearest example is obstructive sleep apnea in children with enlarged adenoids and tonsils, where the American Academy of Pediatrics guidelines recommend both operations together as first-line treatment. They may also be combined when recurrent tonsillitis accompanies the adenoid problem.

When might adenoidectomy alone not be enough? When enlarged tonsils contribute to the obstruction. In observational studies, tonsillectomy together with adenoidectomy was linked to a lower need for repeat adenoidectomy. Even after the combined surgery, some children remain affected: the American Academy’s technical report cites between 13% and 29% in low-risk groups, rising to 73% when children with obesity are counted. For this reason the child is reassessed after surgery.

When might adenoidectomy alone be enough? When the obstruction is mainly caused by the adenoids and the tonsils are not enlarged, or when the goal is to treat the ear or sinuses. The decision rests with the surgeon after examination.

Risks and complications of adenoidectomy

The NHS describes the operation as common and simple, with rare complications. Nevertheless, bleeding is the most serious, and there are other complications you should know about before consenting:

Bleeding. A leaflet from an NHS hospital states that fewer than 1 in 100 children need emergency treatment, which includes additional surgery. Bleeding can occur after leaving the hospital. In one study, high blood pressure and longer surgery duration were risk factors, and coagulation questionnaires and routine tests did not predict bleeding, so there is no single test that predicts it accurately.

Infection. Possible, and treated with antibiotics when present.

Anesthesia complications. Rare, and a risk associated with any general anesthesia.

Velopharyngeal insufficiency. This is the failure of the soft palate to close well against the pharyngeal wall during speech and swallowing, resulting in excessive nasal voice (hypernasality) and possible regurgitation of food into the nose. NICE guidelines describe it as a risk that must be discussed before surgery, and its rate is estimated at about 1% in some British documents. Retrospective studies indicate that early transient insufficiency may appear in a small percentage of children, most of it without symptoms and resolving spontaneously. Persistent insufficiency is rare but known, and most of those who developed it in a series from a cleft palate center had no apparent risk factor, so it cannot always be predicted.

Injury to the teeth, lips, and gums. A rare possibility during surgery mentioned in British documents.

Grisel syndrome. A non-traumatic rotatory subluxation of the joint between the first and second cervical vertebrae. It is rare and appears as neck pain and head tilt after ENT surgery or after infection. In a systematic review of children, about 36% of cases with a known cause followed head and neck surgery, and most patients were initially treated conservatively; diagnosis rests on CT scanning. Early diagnosis is the decisive factor.

Adenoid regrowth

Rates of reoperation for regrowth symptoms range, in published studies, between about 0.5% and 3%, and a meta-analysis estimated 1.9%. Actual tissue regrowth may be more common than that, because many children have no complaints. The likelihood of reoperation is higher in younger children (about three times higher for those aged six or under in an Australian study), and in those who had the operation for ear fluid with tube insertion, while simultaneous tonsillectomy was linked to a lower rate of reoperation. Acid reflux was linked to increased risk in one study.

It is important to distinguish between small residual adenoid tissue, true regrowth, and enlargement of the tubal tonsil (the tonsil of the Eustachian tube), which may resemble adenoid regrowth. In a retrospective study of 72 reoperation cases, about 21% had symptoms caused by enlargement of this tonsil rather than adenoid regrowth.

Does the operation weaken immunity?

There is no complete agreement. An educational page from a British private hospital group states there is no reliable evidence that adenoidectomy weakens immunity. However, a Danish registry study of more than a million children, published in 2018, found an association between adenoidectomy or tonsillectomy in childhood and increased upper respiratory tract and other diseases in the long term. Other researchers commented that this is a weak relationship and may reflect that the children who had surgery were already more prone to illness. Observational studies do not prove causation, but they are an additional reason not to perform surgery except for clear indications.

Recovery after adenoidectomy

Most children need about a week to recover according to the NHS, but the duration varies by age, procedures performed with the operation, and the instructions of the center that performed it. There is no single duration that suits everyone.

The first hours

The patient stays in the recovery room until waking from anesthesia, and may feel nausea, nasal blockage, and sore throat and ear. Some centers mention observation of between 4 and 6 hours before discharge, and the patient may be kept a full night by the team’s decision.

Pain and medications

Sore throat and ear discomfort are common and temporary, and bad breath may appear for several days. Painkillers are given in the doses specified by the doctor or the product, and aspirin is not given to children under 16 unless prescribed by a doctor. Do not use antibiotics unless the doctor has prescribed them.

Eating and fluids

The NHS advises returning to normal eating as soon as possible because that helps the throat heal, with plenty of fluids. Hospital leaflets warn that dehydration increases pain and the risk of bleeding and of returning to the hospital. Some leaflets recommend soft, lukewarm foods in the first days.

Return to school and activity

The NHS says the child stays out of school for about a week. Other centers differ: some allow return after two to three days, some the next day, and an Australian children’s hospital recommends avoiding sports and strenuous effort for 10 to 14 days. The decision rests with the surgeon according to the child’s condition and the operation.

Follow-up

The surgeon sets the follow-up appointment. If the operation was for ear fluid with tubes, NICE recommends a hearing test after six weeks. If it was for obstructive sleep apnea, the American guidelines state that reassessment after surgery is needed to determine whether additional treatment is required.

Voice change after the operation

Voice resonance may change temporarily. If excessive nasal voice persists or food or drink regurgitates into the nose after weeks, consult the surgeon, as this may be velopharyngeal insufficiency and need specialized speech evaluation.

Warning signs after the operation

Go immediately to the emergency room or call an ambulance for any of the following:

• Bleeding from the mouth or nose after the operation, even if slight at first. Bleeding after surgery calls for immediate emergency evaluation.
• Vomiting accompanied by fresh red blood.
• Difficulty breathing, or loss of consciousness.
• Inability to drink fluids, or signs of dehydration.
• Fever above 38 degrees, or severe pain not responding to painkillers.
• Neck pain and stiffness with head tilt (may be Grisel syndrome).
• General deterioration in the patient’s condition, or severe lethargy.

While going to the emergency room, keep the patient seated and do not delay going to the nearest hospital equipped for ENT care. Ask the center before leaving the hospital: What is the name of the hospital able to handle bleeding near where I am staying, and what is the contact number for the surgical team?

Results of adenoidectomy

Nasal breathing and sleep improve in many children when obstruction is the main cause, but results vary by the reason for the operation and cannot be guaranteed:

• Obstructive sleep apnea: Symptoms improve in many children, though a proportion remain affected after adenotonsillectomy (see the figures in the combined surgery section), which is why post-operative evaluation is necessary.
• Ear fluid: Adenoidectomy with tubes improved resolution of fluid at 6 and 12 months compared with tubes alone, but the benefit for hearing is very limited according to the NHS Evidence-Based Interventions programme.
• Chronic sinusitis: About half to two-thirds of children improve after adenoidectomy alone, and some need sinus surgery later.
• Adenoid regrowth: Rare in general, and more likely in younger children and those who had surgery for ear fluid.

Later reoperation is linked to factors such as young age, the reason for the operation, and acid reflux, so the team discusses treating the accompanying conditions.

Cost of adenoidectomy in Turkey

The final cost may vary depending on several factors, including:

• The type of operation: adenoidectomy alone, or with tonsillectomy.
• The surgical technique used, such as suction diathermy or coblation.
• The category of hospital and the surgeon’s experience.
• The cost of anesthesia and pre-operative medical tests.
• The length of hospital stay and accompanying medical services.
• Medical follow-up and medications after surgery.

What does a price quote include?

It is advisable to request a detailed written quote that clarifies whether the cost includes the surgeon’s fees, anesthesia, the operating room, the stay, tests, medications, and post-operative follow-up, and whether transport and accommodation services are included.

Note: The average of $2,500 is an approximate indicative price, not a fixed price or a binding offer from a particular hospital. The final cost is determined after reviewing the medical reports and evaluating the case.

Why do patients choose Turkey?

Some Arab patients cite as reasons for choosing Turkey its geographic proximity, the availability of private hospitals with ENT and pediatric anesthesia departments, and the ease of arranging consultation and surgery in a single trip. However, these are not guaranteed advantages in every facility, and the choice does not mean that Turkey is better than other countries globally or that every facility in it is better than others. Turkish regulation requires that a facility include an international patient unit staffed by at least one employee fluent in a foreign language with documented certification, and that a responsible staff member be assigned to each patient, but it does not require Arabic specifically, so ask about this for each facility.

Licensing and accreditation

The Turkish regulation on health tourism (Official Gazette, 26 April 2025, issue 32882) provides that a health facility receiving international patients must obtain a license certificate from the Ministry of Health, and that the intermediary (brokerage company) must obtain its certificate from the International Health Services company (USHAŞ), and that the certificate may not be transferred. The regulation also requires hospitals, medical centers, and laboratories to hold accreditation from TÜSKA (the Turkish Institute for Quality and Accreditation in Health Services), and other facilities to obtain a certificate issued by the Ministry, with a deadline of 31 December 2026. The regulation obliges the facility to publish its certificate or accreditation on its website, and its name on the website must match its name on the license certificate. Ask for the certificate number and verify it with the Ministry or USHAŞ; do not rely on a picture on the website. There are hospitals in Turkey accredited by JCI (Joint Commission International), which should be verified in the database of the granting body itself, not through the hospital’s advertisement.

Traveling to Turkey for the operation

Consultation before traveling

Begin with a remote consultation, but do not rely on it alone in deciding on surgery. First ask your local doctor whether the operation is appropriate for you at all, and get a second opinion if the surgical decision is not clear.

Required medical reports

Send whatever you have of nasal endoscopy reports, audiograms, tympanometry, the sleep study, imaging, a list of medications and allergies, and any previous anesthesia reports. Remember that direct evaluation in Turkey may change the plan, so accept that if it has medical justification.

Length of stay

There is no single duration for all patients. It depends on the patient’s age, the type of operation, speed of recovery, and the surgeon’s decision. Ask about the stay needed for an early post-operative review, and do not finalize your return flight booking before that.

Flying after surgery

There is no agreement among institutions. An Australian children’s hospital leaflet prohibits travel outside the region for 24 hours after surgery for those over 12 months and 48 hours for younger ones, one American clinic recommends no air travel for two weeks, and a leaflet from an NHS hospital advises avoiding flying and overseas travel for three weeks after tonsillectomy and/or adenoidectomy. The decision depends on the surgeon, the bleeding risk, and the distance of the airport from an equipped hospital. Do not undertake the trip before obtaining written permission from the surgeon.

Follow-up after returning

Before leaving, request: the operation report stating the technique used, the anesthesia report, the discharge summary, and the result of any histological examination. Agree on a point of contact with the surgical team, a local ENT doctor to follow the case, and the hospital to go to in an emergency.

How to choose the doctor and hospital

Do not rely on advertising or on the number of operations claimed without proof. Verify the following points yourself:

The doctor

• Specialty in ENT, and a valid license that can be verified through the competent official body.
• Actual experience in pediatric surgery if the patient is a child, or in nasopharyngoscopy and adult surgery if an adult.
• Professional membership, which can be confirmed with the professional society itself.
• Willingness to explain non-surgical alternatives, not to push toward surgery.

The hospital

• A Ministry of Health health tourism certificate, TÜSKA accreditation or the alternative certificate depending on the type of facility, proof of insurance against surgical complications, and any international accreditation verified with the granting body.
• An anesthesiologist experienced with children, and a recovery room with monitoring suitable for children.
• Emergency services and an ENT team available when bleeding occurs.

Questions to ask before the operation

• Why this operation for me or my child now, and what are the alternatives?
• Will the palate be examined before surgery?
• What technique is proposed and why? Will the tonsils or ear tubes be done with it?
• Who will handle the anesthesia and what is their experience with children?
• How many hours or nights will the patient stay in the hospital?
• What do I do if bleeding occurs after discharge, and where do I go?
• Who bears the cost of the patient’s return to the hospital if a complication occurs?
• Will I receive the operation report and anesthesia report in writing?

Frequently asked questions about adenoidectomy

How do I know my child has enlarged adenoids? It cannot be determined from symptoms alone, since snoring and mouth breathing may have other causes. An examination by an ENT doctor is needed, often with a flexible endoscope, and hearing or sleep tests may be added when needed.

Do the adenoids disappear on their own? They often shrink with age, usually beginning after age 3 to 5, but the timing cannot be predicted for each child, and severe symptoms do not wait.

When does snoring disappear after the operation? There is no single time. Snoring improves in many people as the swelling subsides, and if snoring or pauses in breathing during sleep persist after recovery, reassessment is done, because some children remain affected.

Do I need to have the tonsils removed as well? It depends on the reason for the operation and the size of the tonsils. In obstructive sleep apnea with enlargement of both, the two operations together are recommended, while for ear or sinus problems the adenoids alone may be enough. The decision rests with the surgeon.

Is adenoid surgery for adults different? The procedure is generally the same, but the evaluation beforehand is more important, because a mass behind the nose in an adult may need an endoscope and a biopsy before assuming it is a benign adenoid.

Does the operation weaken immunity? There is no complete agreement. An educational page from a British private hospital group states there is no reliable evidence of weakening, but an observational Danish study found an association with later diseases, which does not prove causation. Details are in the risks section.