Archives: Hizmetler

Myasthenia Gravis is a chronic and autoimmune neuromuscular disease that occurs as a result of impaired communication between the nervous system and muscles.

The disease is characterized by the body’s immune system producing faulty antibodies against its own tissues.

This picture, which means “severe muscle weakness” in the medical literature, manifests itself as fatigue and weakness, especially in the muscles we control voluntarily.

Today, Myasthenia Gravis is a disease that can be successfully managed with the joint work of neurological drug treatments and thoracic surgery (thymectomy) disciplines.

Early diagnosis and correct surgical intervention can improve patients’ quality of life and provide long-term complete recovery (remission).

What is Myasthenia Gravis? Why Does It Happen?

For a normal muscle contraction, a substance called acetylcholine, released from nerve endings, must bind to receptors (receptors) on the muscle.

In patients with Myasthenia Gravis, the immune system produces abnormal antibodies that target these receptors.

These antibodies invade or destroy the areas where acetylcholine will bind, preventing the “move” command from the nerve from reaching the muscle.

Although it is not known exactly why the disease develops in some individuals, it has been proven that the thymus gland, located in the chest cavity, plays a central role in the production of this faulty antibody.

The disease can be seen at any age; However, it is usually more commonly diagnosed in young women (20-30 years) and older men (over 60 years).

Myasthenia Gravis Symptoms and Clinical Findings

The most characteristic feature of Myasthenia Gravis is that muscle weakness improves with rest and increases with movement or later in the day.

Symptoms may differ from person to person and may progress as attacks (flare-ups) that vary in severity over time.

Weakness in the Eye and Facial Muscles (Ocular Myasthenia)

In more than 50% of patients, the first symptoms appear in the eye muscles and this picture is called “Ocular Myasthenia”.

• Droopy Eyelid (Ptosis): It usually starts unilaterally, becomes evident towards the end of the day and may restrict the patient’s field of vision.
• Double Vision (Diplopia): It occurs as a result of the incompatible functioning of the muscles that move the eyes.
• Change in Facial Expression: Due to weakness in the facial muscles, a “growling”-like expression may occur during smiling or facial expressions may become dull.

Chewing, Swallowing and Speech Disorders

When the disease affects the muscles of the face and throat, basic functions in daily life begin to become difficult.

• Speech Change: Speech gradually begins to come from the nose (nasal speech) or the words roll in the mouth.
• Difficulty Swallowing: Fatigue while eating, food getting into the throat or fluids coming back up through the nose may occur.
• Fatigue in Chewing Muscles: When chewing hard foods, the jaw muscles quickly become tired and the patient may have to stop eating halfway.

Myasthenic Crisis: Risk of Respiratory Failure

The most feared picture of Myasthenia Gravis that requires urgent intervention is the “Myasthenic Crisis”.

In this case, the respiratory muscles (diaphragm and intercostal muscles) become too weak to continue breathing.

Infections, stress, side effects of certain medications, or inadequate treatment can trigger this crisis.

When the patient starts to suffer from shortness of breath, he should be treated in intensive care conditions without delay and respiratory support should be provided.

The Relationship Between Myasthenia Gravis and the Thymus Gland

The thymus gland is an organ located in the center of the chest cavity and is considered the “training center” of the immune system.

Scientific research shows that in patients with Myasthenia Gravis, the thymus gland produces erroneous signals that command the immune system to “attack its own receptors”.

Therefore, surgical removal of the thymus gland (thymectomy) is one of the most effective steps towards drying out the source of the disease.

Thymic Hyperplasia and Thymoma Presence

In the vast majority of patients diagnosed with Myasthenia Gravis, abnormalities are detected in the thymus gland.

• Thymic Hyperplasia: The thymus gland is more active and larger than normal. This picture is observed in approximately 70% of MG patients.
• Thymoma: They are tumors that develop on the thymus gland. Thymoma is detected in approximately 15% of MG patients and these tumors must be surgically removed.

Prof. Dr. Levent Alpay: One of the first things to be done in every patient diagnosed with Myasthenia Gravis is to examine the thymus gland with a high-resolution chest tomography. If there is a growth or tumor (thymoma) in the thymus, the surgical option is no longer a choice but becomes the cornerstone of treatment. With surgery, we not only remove the tumor, but also aim to reduce the patient’s neurological dependence on medication.

Myasthenia Gravis Diagnosis and Diagnostic Methods

The diagnosis of Myasthenia Gravis (MG) is made by combining the patient’s clinical history with specific neurological and radiological tests.

In the diagnostic process, the main goal is to prove that the muscle weakness is caused by a conduction disorder at the nerve-muscle junction.

Edrophonium (Tensilon) Test and Antibody Tests

The edrophonium test is the observation of a sudden increase in muscle strength by administering a short-acting drug intravenously to the patient; however, it is rarely applied today due to its side effects.

One of the most reliable methods in diagnosis is to measure the level of “Acetylcholine Receptor Antibodies” (AChR) with a blood test.

In the vast majority of patients, these antibodies are positive; In negative cases, rarer antibodies such as “MuSK” are investigated.

Electromyography (EMG) and Radiological Imaging

In the EMG test, low-dose electrical impulses given to the muscles clearly reveal the fatigue (discharge) in conduction.

Radiological imaging determines the surgical dimension of the work; Chest Tomography (CT) should be performed on every MG patient to see if there is a tumor (Thymoma) in the thymus gland.

Myasthenia Gravis Treatment Options

MG treatment is a long-term process based on controlling symptoms and suppressing the immune system.

Drug Treatments and Plasmapheresis Applications

In first-line treatment, pyridostigmine-based drugs that increase nerve-muscle conduction are usually used.

Cortisone or other immunosuppressive drugs may be added to the treatment to suppress the immune system.

During periods when the disease is severe or preoperative preparation is required, “Plasmapheresis” or “IVIG” (Intravenous Immunoglobulin) methods are used to clear harmful antibodies from the blood.

Surgical Intervention in Myasthenia Gravis: Thymectomy

Thymectomy is the surgical complete removal of the thymus gland in the center of the rib cage.

This surgery aims to permanently change the course of the disease by eliminating the faulty production center of the immune system.

Which Patients Is Thymectomy Surgery Applied To?

Surgery is mandatory in all MG patients with a tumor (Thymoma) in the thymus gland.

Even if there is no tumor, it has been scientifically proven that surgery provides great benefits in patients with diffuse MG under the age of 65 and with antibody positivity.

Thymectomy performed early in the disease (within the first 1-2 years) maximizes the chances of recovery.

Closed Thymectomy Methods (VATS and Robotic Surgery)

Today, complete cleaning, which we call “maximal thymectomy”, is successfully performed with closed methods (VATS or Robotic) instead of large incisions.

These surgeries, which are performed through small holes, preserve the patient’s breathing capacity and minimize the risk of infection.

MG Treatment Methods Comparison Table

Effects of Surgery on Neurological Recovery

The effect of thymectomy surgery is usually not seen the next day; It may take months or even years for the immune system to reorganize.

The following healing processes are usually observed in patients:

• Significant reduction of drug doses.
• In some patients, complete cessation of drugs (Complete remission).
• Significant reduction in the frequency and severity of attacks.

Preoperative Preparation and Postoperative Follow-up Process

The surgical process for MG patients requires full compliance of neurology and thoracic surgery.

Before surgery, the patient’s clinical condition is stabilized; muscle strength is supported by IVIG or plasmapheresis if necessary.

Thanks to closed methods after surgery, the patient is discharged in 2-3 days, but the follow-up of neurological drugs is carried out meticulously.

Prof. Dr. Levent Alpay: Myasthenia Gravis surgery is not a simple “organ removal” procedure. The surgeon needs to remove all fat tissues around the thymus gland to the millimeter (maximal resection). Because even a small thymus tissue left behind can continue to produce faulty antibodies. This sensitivity directly determines the neurological benefit the patient will receive from surgery.

Case Experience (Anonymous):

Robotic thymectomy was performed in a 28-year-old patient who frequently experienced difficulty in swallowing and droopy eyelids despite drug treatment, in the 8th month of his illness. In the 1st year after the surgery, our patient’s drug doses were reduced by half and he was able to do his daily activities without any restrictions.

To get more information about Myasthenia Gravis surgery or to evaluate your condition, you can make an appointment with our clinic and seek expert opinion.

Frequently Asked Questions

Can Medications Be Completely Discontinued After Thymectomy Surgery?

In approximately 30-40% of patients, drugs can be completely discontinued; In the remaining patients, a significant decrease in drug doses and symptom relief is achieved.

Should Every Myasthenia Gravis Patient Have Surgery?

If thymoma is present, surgery is essential. If there is no thymoma, the patient’s age, antibody status and duration of the disease are evaluated and the decision for surgery is made individually.

What is the Success Rate of the Surgery and When Does It Take Effect?

The positive effects of thymectomy are usually most pronounced between the 6th month and 2nd year after surgery. The success rate is higher in the early stages.

Scientific Bibliography

• New England Journal of Medicine (NEJM): Thymectomy Trial in Non-Thymomatous Myasthenia Gravis
• Neurology: Practice guideline update summary: Thymectomy in Myasthenia Gravis
• PubMed: Long-term results of robotic thymectomy for Myasthenia Gravis
• The Lancet Neurology: Current treatments and future perspectives in MG

Mediastinum and thymus surgery encompasses specialized operations of a critical area located in the very center of the chest cavity and home to vital organs.

This region is between both lungs; It is a narrow but extremely complex space that houses the heart, major vessels, esophagus, and trachea.

Mediastinal surgery utilizes the most advanced techniques of modern thoracic surgery in treating both benign cysts and malignant tumors.

Today, these surgical interventions are performed with closed methods instead of large incisions thanks to developing technology, optimizing the patient’s recovery process.

What is Mediastinum? Mediastinum Region and Anatomical Significance

Mediastinum is the name given to the anatomical space between the right and left lungs in the rib cage.

This area, which is bounded by the sternum in the front and the spine in the back, is like the traffic center of the body.

The main vessels coming out of the heart (such as the aorta), the main airways, the esophagus and the lymph nodes are in very close neighborhoods to each other in this narrow area.

Due to this anatomical compression, even a small mass that develops in the mediastinum area can put pressure on vital organs, leading to serious symptoms.

Surgeons use the mediastinum to better analyze this area; They divide it into three virtual regions: anterior, middle and posterior mediastinum.

What are Mediastinal Masses and Tumors?

Masses seen in the mediastinum originate from cells with different characteristics according to their location.

Some of these masses are congenital cysts, while others are tumors originating from gland tissues or nerve sheaths.

Anterior Mediastinal Masses (Thymoma, Teratoma, Lymphoma)

The anterior mediastinum is the area located just behind the breastbone and is the most common area where masses are seen.

• Thymoma: It is the most common anterior mediastinal tumor originating from the thymus gland.
• Teratoma: They are germ cell tumors that are common in young adults and can contain different types of tissues (hair, teeth, etc.).
• Lymphoma: They are masses that originate from the lymphatic system and usually require systemic treatment (chemotherapy).
• Thyroid Appendages: The growth of the goiter in the neck into the rib cage (plonjan goiter) can be observed as a mass in this area.

Middle and Posterior Mediastinal Tumors (Neurogenic Tumors and Cysts)

The middle mediastinum usually houses lymph nodes and congenital bronchogenic or pericardial cysts.

The posterior mediastinum is the main center of “neurogenic tumors” originating from the nerve tissues in the anterior part of the spine.

Although these tumors are generally benign, they require technically precise surgical planning due to their proximity to the spinal canal.

Thymus Gland Diseases and Thymoma

The thymus gland is an organ that plays a role in the development of the immune system and is active in childhood and shrinks in adulthood.

However, in some individuals, this gland may enlarge (hyperplasia) instead of shrinking or tumoral structures may develop on it.

What is Thymoma? Symptoms and Stages

Thymoma is a tumor that originates from the epithelial cells of the thymus gland and is usually detected between the ages of 40-60.

Although the tumor tends to grow slowly, it has the potential to invade the surrounding tissues (pleura, vessels).

Staging is done according to the degree to which the tumor has exceeded its capsule; While surgery alone is sufficient in the early stages, radiotherapy support may be required in advanced stages.

The Relationship Between Myasthenia Gravis and the Thymus Gland

Myasthenia Gravis (MG) is a neurological disease characterized by fatigue and weakness in the muscles.

Approximately 15% of MG patients have a thymoma focus, while 30-45% of patients with thymoma have Myasthenia Gravis symptoms.

Surgical removal of the thymus gland (thymectomy) plays a critical role in reducing drug dependence and controlling disease symptoms in MG patients.

Symptoms and Clinical Findings in Mediastinal Tumors

Most of the masses are detected incidentally on lung x-rays taken for another reason.

However, when the mass reaches a certain size or presses on surrounding tissues, the following symptoms are observed:

• Breast Pain and Feeling of Fullness: A blunt pain felt behind the breastbone.
• Cough and Shortness of Breath: It occurs as a result of pressure on the trachea.
• Difficulty Swallowing: Compression of the esophagus by the mass from the outside.
• Hoarseness: The nerve going to the vocal cords is affected by the mass.
• Vena Cava Superior Syndrome: Swelling in the face and arms due to pressure on the main vein, prominence in the veins.

Diagnosis and Diagnostic Methods

Modern diagnostic methods clearly reveal not only the location of the mass, but also its character and its relationship with the surrounding vessels.

Computed Tomography (CT) and MRI Examinations

Medicated (contrast) Chest Tomography is the most basic and indispensable diagnostic tool for mediastinal masses.

MRI (Magnetic Resonance), on the other hand, provides superiority in determining the relationship of nerve-derived tumors, especially in the posterior mediastinum, with the spinal cord.

Biopsy with Mediastinoscopy and EBUS

Tissue diagnosis may be required to understand the character of the mass and to stage it before surgery.

“Mediastinoscopy” or bronchoscopic ultrasonography (EBUS), which is entered through a small incision in the neck, determines whether the treatment will be surgical or oncological by taking a biopsy of the lymph nodes.

Prof. Dr. Levent Alpay: The key to success in mediastinal surgery is “anatomical dominance” and “technological adaptation”. The lesions in this area are in millimeter proximity to the heart and main vessels. Therefore, our priority is not only to remove the mass, but also to preserve these vital structures and ensure the patient’s neurological comfort after surgery.

Mediastinum and Thymus Surgery Methods

These surgeries, which used to require cutting the sternum from one end to the length (sternotomy), are now performed with minimally invasive techniques.

Closed Thymus Surgery (VATS and Robotic Surgery)

Video-Assisted Thoracoscopic Surgery (VATS) is performed with 1-3 small holes drilled from the side of the rib cage.

The wide image taken with the help of the camera allows the surgeon to meticulously clean the thymus gland and surrounding fatty tissues.

Robotic surgery, on the other hand, provides a high level of success in mediastinal masses with its high maneuverability in narrow spaces.

Thymectomy (Thymus Gland Removal) Surgery

It is the process of completely removing the thymus gland, especially in patients diagnosed with Myasthenia Gravis or Thymoma.

Simply removing the tumor is not enough; In order to prevent the risk of recurrence, all “peritimic” fat tissues must be removed (maximal thymectomy).

Mediastinal Mass Extirpation (Open and Closed Techniques)

Open surgery (sternotomy or thoracotomy) may still be required for very large masses or tumors surrounding the main vessels.

However, in most cases saved by surgical margins, closed techniques are considered the “gold standard”.

Mediastinal Surgery Methods vs. Recovery

Postoperative Recovery Process and Follow-up

Patients who undergo surgery with the closed method usually start walking and eating normally the day after the operation.

The chest tube is usually withdrawn within 24-48 hours and the patient is discharged in a short time.

In thymoma cases, regular tomography checks and, if necessary, oncological follow-ups are planned according to the pathological stage of the mass.

Case Experience (Anonymous):

In a 32-year-old female patient with complaints of drooping eyelids and arm weakness (Myasthenia Gravis), 3 cm thymus enlargement was detected on tomography. Closed (Uniportal VATS) thymectomy was performed through a single hole. In the 1st postoperative year, the patient’s need for medication decreased by 70% and his neurological findings stabilized.

For detailed information about the surgical treatment of mediastinal masses and thymus diseases, you can seek expert opinion and make an appointment with our clinic.

Frequently Asked Questions

Is Mediastinal Surgery Risky?

Although every surgical procedure has general risks, vital complication rates are very low thanks to modern closed techniques and anesthesia methods.

Does the Disease Recur After Thymoma Surgery?

The risk of recurrence is very low in early-stage thymomas that are completely removed; However, it is an oncological rule to follow the patient radiologically for many years.

How Much Do Myasthenia Gravis Patients Benefit from Surgery?

After thymectomy, most patients experience a significant reduction in complaints; Full recovery or transition to a drug-free period may vary from patient to patient and the duration of the disease.

Scientific Bibliography

• Journal of Thoracic Oncology: Masaoka-Koga staging system and ITMIG recommendations
• The Annals of Thoracic Surgery: VATS Thymectomy for Myasthenia Gravis
• PubMed: Outcomes of robotic-assisted mediastinal mass resection
• Lancet Neurology: Thymectomy in Myasthenia Gravis: Clinical Trials

The trachea, or trachea as it is medically called, is a vital conduit about 10-12 centimeters long that transports air from the outside world to the lungs.

Narrowing of the inner diameter of this canal or masses developing in its wall directly prevent the body’s most basic need for oxygen intake.

Since tracheal diseases are often confused with other respiratory diseases such as asthma or bronchitis, there may be delays in the diagnosis phase.

However, a mechanical obstruction on the trachea requires surgical or interventional intervention, unlike lung diseases that can be treated with medication.

Modern thoracic surgery treats strictures and tumors in this vulnerable area with advanced reconstruction techniques, restoring the patient’s breathing capacity.

What are Trachea Diseases?

Tracheal diseases are generally grouped into three main groups: structural stenosis, benign or malignant tumors and traumatic damage.

Conditions such as loss of flexibility of the airway (tracheomalacia) or the formation of unwanted connections between the esophagus and the esophagus (fistula) are also included in this scope.

What these diseases have in common is that they disrupt the tubular anatomy of the trachea, increasing airflow resistance.

Early detection is critical to halt the progression of tissue damage in the trachea and ensure recovery without the need for more complex surgical interventions.

What is Tracheal Stenosis (Tracheal Stenosis)?

Tracheal stenosis is the narrowing of the inner volume of the trachea due to scar tissue or external pressure.

Patients may usually not feel any obvious complaints until the airway diameter narrows by more than 50%; However, after this limit, severe breathlessness begins.

Stenosis can occur at any level of the windpipe and can sometimes extend just below the vocal cords (subglottic region).

Strictures After Intubation and Intensive Care

Today, the most common cause of tracheal stenosis is the long-term process of being connected to a ventilator in intensive care units.

The bubble (kaff) of the tube placed in the trachea while connected to the device can put pressure on the trachea wall and prevent blood circulation there.

The tissue whose circulation is impaired shrinks as it heals and narrows the canal by forming a hard scar tissue.

These patients usually begin to experience shortness of breath 2 to 6 weeks after discharge; It should not be forgotten that this condition is not “post-recovery fatigue”, but a mechanical stenosis.

Tracheal Damage Due to Trauma and Burns

Traffic accidents, hard blows to the neck area or penetrating injuries can cause permanent damage to the trachea.

In addition, very hot air or chemical vapors inhaled during a fire lead to deep burns to the tracheal mucosa and subsequent widespread strictures.

Strictures that develop after such acute damage are usually more complex and require urgent surgical planning.

Trachea Tumors and Types

Tracheal tumors are much rarer than lung cancer, but require rapid action due to their vital location.

Tumors can block the inside of the trachea like a stopper or narrow the canal by pressing from the outside.

Benign Tracheal Tumors (Papilloma, Chondroma)

Benign masses usually grow slowly and do not spread to other parts of the body; however, they are dangerous because they take up space in the trachea.

• Papilloma: They are masses that can usually be of viral origin and form wart-like structures.
• Condrome: They are hard formations originating from the cartilage rings of the trachea.
• Hemangioma: They are vascular masses and can cause coughing up blood.

Malignant Tracheal Tumors (Squamous Cell Carcinoma and Adenoid Cystic Carcinoma)

Most tracheal cancers are malignant and have a high chance of surgical treatment when caught at an early stage.

• Squamous Cell Carcinoma (SCC): It is often associated with smoking and tends to grow rapidly.
• Adenoid Cystic Carcinoma: It has a slower course but has the characteristic of progressing along the nerve sheaths; Cleaning of surgical margins is very critical in this type.

Symptoms of Tracheal Diseases: When to Consult a Specialist?

Symptoms usually depend on the level of stenosis and are very susceptible to confusion with other diseases.

If one or more of the following symptoms are present, a thoracic surgeon should be consulted:

• Stridor: A whistle-like, high-pitched sound heard when breathing.
• Shortness of Breath Increasing with Exertion: Feeling of congestion when climbing stairs or walking.
• Persistent Dry Cough: Persistent cough due to irritation in the trachea.
• Hoarseness: Masses or stenosis affecting the vocal cords.
• Hemoptysis: Coughing up blood from the mouth.

Prof. Dr. Levent Alpay: The most common mistake made in tracheal diseases is to confuse the stridor sound with “asthma wheezing” and give the patient unnecessary sprinkler treatment. If a patient does not feel relief despite asthma treatment or has a history of intensive care, the problem may be directly in the trachea, not in the lungs. Every day of delay in diagnosis can complicate the chances of surgery.

Diagnosis and Diagnostic Methods

Accurate diagnosis of tracheal diseases begins with determining the precise location, length, and relationship of the stenosis or tumor with surrounding tissues.

An erroneous diagnosis can lead to the wrong treatment method being chosen, leading to further damage to the airway.

Modern imaging and endoscopic systems provide the surgeon with a millimetric roadmap before surgery.

Bronchoscopy: Internal Examination of the Trachea

Bronchoscopy is the most critical method used for both diagnosis and treatment of tracheal diseases.

With the help of a thin, lighted camera, the trachea is entered and the internal structure of the canal is directly observed.

During this procedure, the degree of stenosis is measured, a biopsy is taken if there is a tumor, and the functional status of the airway is evaluated.

Virtual Bronchoscopy and Dynamic CT Imaging

Advances in Computed Tomography (CT) technology allow us to create a three-dimensional map of the trachea with a method called “Virtual Bronchoscopy”.

This method provides detailed images without any intervention to the patient, just as if they were walking around with a camera.

Dynamic CT is used to detect whether there is a collapse in the walls of the trachea (tracheomalacia) during breathing.

Treatment Methods for Tracheal Stenosis

The treatment plan is personalized based on the cause and length of the stenosis and the patient’s general health condition.

While closed methods may be sufficient in mild stenosis, surgery is inevitable in advanced stenosis.

Interventional Bronchoscopy: Laser, Balloon and Stent Applications

Interventional bronchoscopy is life-saving in patients who are not suitable for surgery or require emergency airway patency.

• Laser: It provides cleaning of excess tissues in the stenosis area by burning.
• Balloon Dilation: It is the controlled expansion of the narrowed area with special balloons.
• Stent Applications: They are silicone or metallic tubes that are inserted to keep the airway open.

However, it should not be forgotten that most of these methods are temporary solutions and there is a risk of recurrence of the stenosis.

Tracheal Resection and Anastomosis: A Definitive and Permanent Surgical Solution

The “gold standard” treatment method for tracheal stenosis is surgical removal of the narrowed part.

After the diseased area is removed, the two healthy ends are sutured together (anastomosis) to restore the integrity of the natural airway.

This procedure is the definitive solution that minimizes the risk of recurrence of the stenosis and ensures that the patient does not need interventional intervention again.

Surgical Approach and Oncological Treatment in Tracheal Tumors

The main goal of tracheal tumors is to completely remove the tumor tissue with clear surgical margins.

Depending on the type and stage of the tumor, additional treatments such as radiotherapy or chemotherapy may be planned after surgery.

Very successful results are obtained with tracheal resection in early-stage tumors and the patient’s life expectancy is significantly extended.

Postoperative Recovery Process and Things to Consider

The first few days after tracheal surgery are the most critical period for suture line preservation.

Patients are asked to restrict neck movements and avoid movements that will create tension in the stitches.

The recovery process is usually quick and patients can be discharged within a few days with easy breathing.

Comparison of Treatment Modalities and Recovery

Prof. Dr. Levent Alpay: Tracheal surgery is an art that requires millimetric precision. Every stitch placed during the surgery aims for the patient to breathe comfortably for life. Our priority is not only to open the stenosis, but also to protect the most natural anatomical structure without disturbing the blood supply to the tissue. For this reason, performing these surgeries in centers with experienced surgical teams and advanced intensive care support directly affects success.

Case Experience (Anonymous):

A 45-year-old patient, who was treated for asthma due to hoarseness and severe shortness of breath, was found to have a mass that blocked the upper part of the trachea by 85%. The tumor was completely cleared with a successful resection surgery. The patient regained a sigh of relief immediately after the surgery and returned to health without any damage to his vocal cords.

To determine the exact cause of your shortness of breath complaints and plan the most suitable treatment method for you, you can seek expert opinion and make an appointment with our clinic.

Frequently Asked Questions

Is Tracheal Stenosis Confused with Asthma?

Yes, the whistling sound called stridor in particular is very often confused with asthma wheezing; This can lead to incorrect medication use and delayed diagnosis.

How long should a tracheal stent stay?

Stents are generally used in patients who are not suitable for surgery or for temporary bridging; The duration is determined by the physician according to the cause of the stenosis.

Is Tracheal Surgery a High-Risk Procedure?

As with any major surgery, there are risks; However, with modern techniques and experienced hands, these risks are very low and surgery is the safest way for life-threatening strictures.

Scientific Bibliography

• The Lancet: Tracheal Stenosis: Diagnosis and Treatment Strategies
• The Annals of Thoracic Surgery: Long-term Results of Tracheal Resection
• PubMed (NCBI): Management of primary tracheal tumors
• Journal of Thoracic Disease: Interventional Bronchoscopy in Airway Obstruction

Airway and esophageal surgery is a surgical field that requires high technical skills, covering the diseases of the two critical channels that provide breathing and nutrition, which are the most basic vital functions of the body.

The trachea carries air to the lungs, while the esophagus (esophagus) delivers food to the stomach; These two structures are anatomically adjacent to each other and are commonly affected by many diseases.

Strictures, tumors or injuries in this area are conditions that seriously threaten the patient’s quality of life and may require urgent intervention.

Today, this surgical discipline aims to restore the integrity of these ducts through both open and closed (VATS/Robotic) methods.

Accurate diagnosis and timely surgical intervention ensure that the patient can both breathe comfortably and feed unhindered.

Trachea Surgery and Airway Diseases

Tracheal surgery treats functional and structural disorders of the tubular structure, which starts under the larynx and extends to the main bronchi branching into the lungs.

Keeping the airway open is a vital necessity; Even the slightest narrowing of this canal creates severe shortness of breath and a feeling of suffocation in the patient.

What is Tracheal Stenosis? Why Does It Happen?

Tracheal stenosis is a condition in which the inner diameter of the trachea narrows for various reasons, restricting airflow.

The most common causes include long-term intensive care hospitalizations, traumas, caustic substance ingestion and rarely congenital anomalies.

As the stenosis progresses, the patient experiences a whistling-like breathing (stridor) and increased breathing hunger with exertion.

Tracheal Tumors: Benign and Malignant Masses

Although tracheal tumors are rare, they usually show symptoms with coughing up blood or shortness of breath.

Malignant types such as squamous cell carcinoma (SCC) or adenoid cystic carcinoma are often encountered, while benign masses such as papillomas can also be seen.

The location and extent of the tumor is the most important criterion in determining the surgical technique.

Strictures After Intubation and Tracheostomy

In patients who are connected to a ventilator in intensive care, the bubble of the tube (intubation tube) placed in the trachea can put pressure on the trachea wall and disrupt blood flow.

As this condition heals, a hard scar tissue (scar) forms in the area and the trachea narrows; A similar situation may develop after a hole in the throat (tracheostomy).

These patients usually begin to experience shortness of breath weeks after weaning from the device, and it is critical not to confuse this condition with asthma.

Esophageal Diseases and Surgical Treatment

Esophageal surgery covers a wide range from mechanical strictures that prevent food delivery to cancer.

Esophageal Cancer and Modern Surgical Approaches

Esophageal cancer is a disease that manifests itself with difficulty in swallowing and can be completely cured with surgery when caught at an early stage.

Surgical treatment (esophagectomy) involves removing the diseased part of the esophagus and creating a new food tract, usually by pulling the stomach up.

Esophageal Strictures and Diverticula (Zenker’s Diverticulum)

Zenker diverticulum is a pocketing that forms in the upper part of the esophagus, where food accumulated can come back up into the mouth or lead to infection.

Strictures, on the other hand, usually develop after chemical burns or radiotherapy and can make it impossible for the patient to eat solid food.

Achalasia and Gastric Hernia (Reflux) Surgery

Achalasia is a swallowing disorder that occurs as a result of the inability of the muscles at the entrance of the esophagus to the stomach to relax.

In surgical treatment, these muscles are cut with the method called “Heller Myotomy” and the transition is relieved; In cases of hiatal hernia (reflux), repair of the hernia and strengthening of the stomach entrance (Nissen fundoplication) are applied.

Common Problems Between the Trachea and Esophagus

The neighborhood of these two organs sometimes causes the problem in one to spread to the other or to form unwanted connections between them.

Tracheo-esophageal Fistulas (TEF): Symptoms and Treatment

TEP is the formation of an abnormal channel between the trachea and esophagus; In this case, the food eaten and stomach acid escape directly into the lungs.

This condition, which usually develops as a result of cancer progression or trauma, leads to recurrent pneumonia and life-threatening injuries.

Treatment is a complex process that requires surgical closure of this canal and placement of tissue patches in between.

Diagnosis and Diagnostic Methods: Endoscopy and Bronchoscopy

In diseases of the airway and esophagus, “looking from the inside” methods are the cornerstone of diagnosis.

• Bronchoscopy: It is used to examine the inside of the trachea, measure the level of stenosis, and take biopsies if necessary.
• Endoscopy (Gastroscopy): It is the gold standard for assessing the internal structure of the esophagus, the presence of tumors, or contractile disorders.
• CT and MRI: It shows the outer walls of the organs and their relationship with the surrounding tissues in millimeters.

Advanced Surgical Techniques in Airway and Esophagus

Modern thoracic surgery not only opens these channels but also aims to return the patient’s anatomy to its most natural state.

Tracheal Resection and End-to-End Anastomosis (Gold Standard)

It is the process of suturing the intact ends together after removing the tracheal cut with stenosis or tumor.

This method is the permanent and most successful treatment method for tracheal stenosis; When performed in expert hands, it ensures that the patient does not experience shortness of breath again throughout his life.

Closed Esophageal Surgeries (VATS and Robotic Surgery)

Esophageal cancer surgeries are now performed by entering the chest cavity through small holes (VATS or Robotics) instead of large incisions.

Robotic surgery offers superior vision and mobility to the surgeon in cleaning the lymph nodes around the esophagus and connecting sutures with the stomach.

Stent Applications and Endoscopic Expansion (Dilation)

In patients who are not suitable for surgery or require palliative support, stents placed in the stenosis area keep the canal open.

In partial stenosis, the patient’s nutrition can be temporarily provided by dilating with endoscopic balloons.

Treatment Methods Comparison Table

Post-Operative Care and Quality of Life

After these surgeries, patients are asked to pay attention to their neck movements and diet.

After tracheal surgery, it may be necessary to keep the neck tilted forward for a certain period of time to reduce tension in the suture line.

Patients who have had esophageal surgery are accustomed to eating small portions and frequent meals; Over time, the body adapts to this new system.

Prof. Dr. Levent Alpay: Airway and esophageal surgery is a field that does not forgive mistakes. Especially in tracheal stenosis, temporary solutions such as “laser burning” or “balloon dilation” can sometimes cause the stenosis to deepen and make the chance of surgery difficult. For this reason, it is vital that the first intervention is planned by teams that are competent to perform resection, which is a definitive treatment.

Case Experience (Anonymous):

A young patient who was discharged after being in intensive care for a long time and treated with the diagnosis of “asthma” 2 months later applied to our clinic with increasing shortness of breath. Bronchoscopy showed that the trachea was 90% obstructed (subglottic stenosis). After the tracheal resection and end-to-end anastomosis surgery, the patient started to breathe easily on the operating table and was discharged on the 5th day with complete recovery.

If you have complaints of difficulty swallowing or unexplained shortness of breath, you can make an appointment with our clinic for professional management of these complex processes and seek expert opinion.

Frequently Asked Questions

Is Hoarseness Permanent After Tracheal Surgery?

The nerves that control the vocal cords are very close to the trachea; These nerves are preserved during surgery, but there may be short-term hoarseness due to temporary edema, and the risk of permanent damage is very low in experienced hands.

How Should Nutrition Be After Esophageal Surgery?

The first weeks start with liquid and soft foods, over time, as the stomach capacity and the new way adapt, normal foods are started; Small but frequent nutrition is the basic rule.

Do Airway Stenosis Recur?

If the stenosis is completely removed surgically and healthy tissues are combined (resection), the risk of recurrence is minimal; However, recurrence is common after procedures such as stents or balloons.

Scientific Bibliography

• The Journal of Thoracic and Cardiovascular Surgery: Tracheal Resection and Reconstruction: Technical Considerations
• Lancet Oncology: Modern Management of Esophageal Cancer
• PubMed (NCBI): Complications of prolonged intubation: Tracheal stenosis
• Annals of Surgery: Robotic vs. Minimally Invasive Esophagectomy

Rib fractures are a condition in which the integrity of one or more of the 12 pairs of bones that make up the rib cage is disrupted.

Because the rib cage acts as a flexible armor that protects vital organs such as the lungs and heart, fractures in this area do not only cause pain; It also directly affects respiratory mechanics.

This picture, which usually develops after a serious trauma, can now be treated much more comfortably and quickly thanks to modern thoracic surgery approaches.

Many cases, which used to be called “expected to heal on their own”, are now managed with advanced techniques to improve the patient’s quality of life and prevent lung complications.

What is a Rib Fracture? What are the symptoms?

A rib fracture is the cracking or complete detachment of the bone tissue by not being able to withstand the severe pressure it is exposed to.

The most obvious finding in patients is pain that concentrates at the trauma site and is exacerbated by breathing.

The contact of the broken bone ends with the pleura or tissue is the most important factor determining the severity of the picture.

Stinging Sensation and Chest Pain While Breathing

The most characteristic symptom of a rib fracture is a sharp “stinging” sensation when taking deep breaths, coughing, or sneezing.

This pain can be so severe that the patient begins to reflexively breathe shallowly; This poses a risk by preventing the lungs from opening completely.

In addition, tenderness, bruising, swelling or the sound of bones rubbing against each other (crepitation) may be heard when the fracture area is pressed by hand.

Differences Between Rib Crack and Fracture

The condition popularly referred to as “crack” is medically the type of “stress fracture” or “linear fracture” in which the bone is not completely separated and its integrity is partially preserved.

In fractures, the bone ends may be completely separated from each other, and these ends have the potential to damage internal organs.

Although the level of pain is similar in both cases, fractures should be monitored much more closely in terms of treatment plan and risk of complications.

Rib Fracture Causes and Risk Factors

The most common reason behind rib fractures is direct blows to the rib cage.

• Traffic Accidents: High-energy traumas caused by the pressure of the seat belt or the impact of the steering wheel.
• Falls from Heights: Situations such as falling down stairs or workplace accidents.
• Severe Cough: In individuals with osteoporosis, even just severe coughing fits can lead to fractures.
• Sports Injuries: Blows received in contact sports such as football and basketball.

Old age and low bone density are the main factors that increase the risk of multiple fractures even with the slightest bumps.

Diagnostic Methods for Rib Fractures

Correct treatment is possible by determining the exact location of the fracture and the damage it causes to the lung in millimeters.

Physical Examination and Chest X-ray

The diagnostic process begins with the surgeon palpating the sensitive area and listening to lung sounds.

Classical chest X-ray (X-ray) is the first screening method used to detect large fractures and lung collapse (pneumothorax).

But because of the overlapping shadows of the ribs, simple X-rays can miss about 50% of fractures.

Detailed Examination with Thorax CT (Computed Tomography)

If the patient’s pain is severe or multiple fractures are suspected, the gold standard is Thorax CT.

Thanks to the three-dimensional reconstruction (3D reconstruction) feature, all cracks in the bones and organ damage are clearly seen.

Rib Fracture Treatment Options

Current medical protocols focus on relieving the patient of pain and restoring respiratory function to normal.

Medication and Pain Management

The most important rule in the treatment of rib fractures is to ensure that the patient can “breathe without getting hurt”.

In patients who cannot breathe fully due to pain, the small air sacs of the lung deflate (atelectasis) and this leads to pneumonia in a short time.

Strong pain relievers, muscle relaxants, and sometimes local anesthetic blocks between the ribs are used to manage this process.

Rib Fracture Surgery: Fixation with Titanium Plate (Osteosynthesis)

The most advanced method offered by modern surgery is the joining of comminuted or multiple fractures with titanium plates and screws.

Thanks to this method, the broken bone ends are fixed, so that the friction of the bones against each other and the pain it creates while breathing is immediately stopped.

Especially in active working individuals, athletes or the elderly with multiple fractures, this surgery reduces the recovery time from weeks to days.

Flail Chest Treatment

Flail chest is a condition in which a piece of the chest wall moves independently, with three or more consecutive ribs breaking in two separate places.

This is a vital condition that requires immediate intervention in thoracic surgery because the mechanics of breathing are completely impaired.

Treatment usually includes both respiratory support in intensive care and emergency stabilization of the chest wall with titanium plates.

Prof. Dr. Levent Alpay: Tying the rib cage tightly with a “bodice” or “bandage” is one of the most dangerous mistakes made in patients with rib fractures. Restricting the rib cage further compresses the already difficult breathing lung, inviting pneumonia. Our aim is not to tie the chest, on the contrary, to relieve the patient of pain and to inflate his lungs to the fullest.

Healing Process and Duration for Rib Fractures

The healing process of rib fractures can be a little more challenging than other bones of the body; Because every time we breathe, our ribs continue to move.

Complete union of the broken ends usually takes 6 to 8 weeks.

The first 2-3 weeks are the “acute period” when the pain is most intense; During this period, it is critical for the patient to rest and maintain lung capacity.

1. From the week onwards, new bone tissue called “callus” begins to form between the bone ends and the pain gradually decreases.

Factors Affecting the Fracture Healing Time

Not every patient’s recovery rate is the same; There are certain biological and environmental factors that speed up or slow down the process.

• Age: While recovery is fast in young people because blood supply is better, this period can take up to 12 weeks in the elderly.
• Nutrition: A diet rich in calcium, vitamin D and protein supports bone repair.
• Smoking: Smoking significantly delays bone union by impairing tissue blood supply and increases the risk of complications.
• Additional Diseases: Conditions such as diabetes or osteoporosis can complicate the healing process.

Breathing Exercises to be Done During the Recovery Period

The most important part of rib fracture treatment is exercises to prevent the lungs from deflating.

Patients are usually prescribed a respiratory exercise device called “triflo”; Deep breathing exercises should be done regularly every day with this device.

In addition, taking light walks as much as you can tolerate pain helps to clean the lungs by increasing blood circulation.

Even if it hurts to breathe deeply, trying to inflate your lungs to their full capacity at least a few times an hour is the most effective way to prevent pneumonia.

Complications That May Develop Due to Rib Fracture

A simple rib fracture, when not managed properly, can lead to secondary problems that threaten lung health.

Most of these complications develop as a result of damage to internal organs by the sharp end of the broken bone or the inability to breathe due to pain.

Lung Collapse (Pneumothorax) and Blood Accumulation (Hemothorax)

If the broken rib tip pierces the pleura, air can fill the chest cavity, causing the lung to deflate (pneumothorax).

If this blow damages the vessels, blood accumulates in the chest cavity (hemothorax); Both of these conditions require urgent chest tube insertion.

Pneumonia Risk and Precautions

The most insidious danger that develops after a rib fracture is pneumonia.

Sputum accumulates in the lungs of the patient, who cannot cough and breathe deeply due to pain; This deposit creates a suitable breeding ground for microbes.

Pneumonia that develops after rib fractures, especially in patients over the age of 65, is a serious life-threatening condition.

To prevent this, effective pain control and respiratory physiotherapy should never be neglected.

Recovery Process Comparison Table

Prof. Dr. Levent Alpay: The most important advice I give to my patients with rib fractures is: “Don’t be afraid to breathe because you are in pain.” If the medications we give are not enough to relieve your pain, be sure to tell your doctor. Because being able to breathe deeply painlessly is the key to getting through this process without surgery and complications.

Case Experience (Anonymous):

Our 40-year-old patient, who was found to have fractures in 3 ribs after a bicycle accident, applied to our clinic because he could not breathe due to severe pain. Initially, the patient had a slight onset of deflation (atelectasis) in his lungs and intensive pain management and triflo exercises were started. Without the need for surgery, the patient, whose fractures were completely healed with a disciplined follow-up of 6 weeks, returned to his former active life without any problems.

If you have persistent pain or shortness of breath after a rib fracture, you can make an appointment with our clinic and seek expert opinion to protect your lung health and create a personalized treatment plan for you.

Frequently Asked Questions

How Many Days Does a Rib Fracture Heal on Its Own?

In mild cases, the pain subsides in 2-3 weeks, but it usually takes 6 to 8 weeks for the bone to fully regain its solid structure.

Should a Corset or Bandage Be Used for Rib Fracture?

No, dressings or braces are not recommended for rib fractures in modern medicine. Such practices increase the risk of pneumonia by preventing the expansion of the lung.

Does a Rib Fracture Cause Cough?

Irritation of the pleura by broken bone ends can cause a dry cough; However, coughing can also be a sign of accumulated phlegm and should be monitored.

Scientific Bibliography

• Journal of Thoracic and Cardiovascular Surgery: Rib Fracture Fixation and Recovery
• PubMed (NCBI): Complications of rib fractures in elderly patients
• Mayo Clinic: Rib Fractures – Diagnosis and Treatment
• European Journal of Trauma and Emergency Surgery: Conservative vs Surgical Treatment of Rib Fractures

Emphysema is one of the most advanced and destructive forms of chronic obstructive pulmonary disease (COPD).

In this disease, the air sacs (alveoli) in the lungs are permanently damaged and lose their flexibility.

When the walls of the air sacs break down, the lungs have difficulty expelling the air inside and begin to swell excessively inside the rib cage.

This condition is a serious mechanical problem that causes healthy lung tissue to compress and the diaphragm muscle to flatten and become inefficient.

Emphysema surgery, or “Lung Volume Reduction Surgery” as it is medically known, is an advanced treatment method that aims to eliminate this mechanical barrier.

What is Emphysema? Increased Lung Volume and Shortness of Breath

Emphysema is more than a simple shortness of breath, it is the deterioration of the architectural structure of the lung.

Air trapped in damaged and expanding air sacs creates what we call “air trapping”.

Since the lungs take up much more space than they should, the rib cage expands and the patient has a “barrel chest” appearance.

The biggest problem is that these over-swollen but dysfunctional areas leave no room for the still healthy lung tissue to breathe.

With each inhalation, the patient feels a deep “air hunger” because he cannot inflate his lungs any more.

In this process, the diaphragm muscle is pushed downward and loses its normal arch, dramatically increasing the respiratory workload.

What is Emphysema Surgery (Volume Reduction Surgery)?

Emphysema surgery is the process of removing or disabling the most damaged and no longer functioning parts of the lung.

The question “Why do we remove some of the lungs when they are already insufficient?” is frequently asked by patients.

The basic logic here is to remove the tissue that is useless and only occupies space, and to ensure that the stuck healthy tissue expands again.

When the volume decreases, the diaphragm muscle returns to its normal dome shape and the chest wall begins to move more efficiently.

This procedure restores the mechanical efficiency of the lung, allowing the patient to breathe more easily.

Who is Emphysema Surgery Applied to? Patient Selection Criteria

Not every emphysema patient is a suitable candidate for surgical intervention.

The success of this procedure depends on the patient undergoing a very rigorous pre-evaluation process.

Before the decision for surgery is made, the patient’s medical history, radiological findings and respiratory capacity are analyzed in detail.

Advanced COPD and Emphysema Patients

The surgical option is usually considered for patients who still have severe shortness of breath despite receiving maximum medication and pulmonary rehabilitation.

• Heterogeneous Emphysema: Patients in whom lung damage is not evenly distributed throughout the lung and certain areas (usually the upper lobes) are more damaged are the most suitable candidates.
• Air Trap: A lung volume that is too high than normal (hyperinflation) must be proven by technical tests.
• Smoking: The main condition is that the patient has completely quit smoking at least 4-6 months before the surgery.
• Effort Capacity: The patient’s limited walking and movement capacity is critical for the healing process.

Conditions That Prevent Surgery (Contraindications)

In some cases, surgical risks far exceed the expected benefit.

The success of surgery is lower in cases where lung damage is evenly distributed (homogeneous).

Severe heart failure, extremely low diffusion capacity (DLCO < 20%) or very high pulmonary blood pressure (pulmonary hypertension) are obstacles to surgery.

In addition, the presence of active cancer or very advanced age (usually over 75-80) are factors affecting the surgical decision.

Emphysema Surgery Methods

In modern medicine, volume reduction procedures can be applied with different techniques depending on the patient’s condition.

Which method to choose is determined by the distribution of emphysema in the lung and the patient’s capacity to handle surgery.

Surgical Volume Reduction (LVRS)

It is a classic volume reduction surgery and is usually performed with the closed method (VATS).

Dysfunctional and excessively swollen tissues located in the upper parts of the lung are cut and removed with special suture tools (staplers).

This method is considered the “gold standard” because it completely removes problematic tissue from the body.

Bronchoscopic Volume Reduction (Valve and Smart Wire Applications)

It is an interventional alternative for patients who are too weak to handle surgery or do not want surgery.

One-way valves are inserted into the airway leading to the damaged lobe of the lung with a camera (bronchoscope) entered through the mouth.

These valves prevent air from entering while allowing it to exit through that lobe; Thus, that area deflates over time and volume reduction is achieved.

In the “smart wire” (coil) method, the wires placed in the airways shrink the tissue and reduce the volume.

Bullectomy (Removal of Large Air Sacs)

Sometimes emphysema forms giant air sacs in one area of the lung, larger than 1 cm in diameter, called “bullae”.

These large sacs can sometimes grow large enough to cover half of the entire lung, completely crushing the intact tissue.

In the bullectomy procedure, only these giant sacs are removed; This procedure usually provides immediate and dramatic relief.

Prof. Dr. Levent Alpay: The most critical point in emphysema surgery is “timing” and “choosing the right patient”. No matter how successful the surgery is, if the patient continues to smoke or does not comply with the postoperative rehabilitation program, the gains may be lost in a short time. This is not a “miracle cure”, but a “reconstruction” procedure that corrects the mechanics of the lung.

Preoperative Preparation and Evaluation Process

Before emphysema surgery, the patient’s “functional reserve” is examined in detail.

This process is essential to identify patients who will benefit from surgery to the maximum extent and have the lowest risk of surgery.

The preparation phase usually takes a few weeks and results in a multidisciplinary council decision.

Lung Function Tests (PFT) and Diffusion Capacity

Pulmonary Function Tests (PFT) measure how much air the lung can hold and how quickly it can exhale that air.

In emphysema patients, the “forced expiratory volume” (FEV1) value is usually quite low.

Diffusion capacity (DLCO), on the other hand, indicates the lung’s ability to carry oxygen from the air into the bloodstream; If this value is not below a certain threshold, it is critical for surgical safety.

Computed Tomography and Scintigraphy Examinations

High-resolution Computed Tomography (CT) visualizes the distribution of emphysema within the lung (is it upper lobe-focused or diffuse?).

Lung perfusion scintigraphy, on the other hand, determines which areas of the lung receive blood and creates a complete map of the “dead zones” to be surgically removed.

Thanks to this mapping, healthy tissues are preserved, while only dysfunctional tissues are targeted.

How is Closed Emphysema Surgery (VATS) Performed?

Today, emphysema surgery is largely performed with a closed method called Video-Assisted Thoracoscopic Surgery (VATS).

In this method, the rib cage is not opened; Instead, the chest cavity is entered through two or three small incisions (about 1-2 cm) with a camera and special surgical instruments.

The surgeon cuts out the diseased areas predetermined in scintigraphy and CT with special “stapler” devices, accompanied by a high-resolution image taken from the screen.

The biggest advantage of the closed method is that it minimizes the postoperative pain of the patient, who is already suffering from respiratory distress, and allows him to stand up faster.

Advantages of Emphysema Surgery and Expected Outcomes

The basic philosophy of the surgery is not to heal the lung, but to allow the remaining healthy parts of the lung to work more efficiently.

Increase in Effort Capacity and Quality of Life

With the improvement of lung mechanics after volume reduction, significant increases are observed in the walking distances of the patients.

Patients who were previously out of breath even at home become able to perform daily self-care activities much more easily after surgery.

Reduced Drug and Oxygen Dependency

Partially restoring the natural flexibility of the lungs reduces the need for sprinkler-type drugs that reduce peanut stenosis.

In many cases, patients who are constantly dependent on an oxygen cylinder before surgery may be sufficient to receive oxygen support only during exertion after surgery.

Emphysema Treatment Methods and Expected Recovery Processes

Postoperative Recovery and Pulmonary Rehabilitation

If 50% of the success of the surgery is surgery, the other 50% is postoperative rehabilitation.

Patients are walked by standing up the day after the surgery and special breathing exercises are started.

A pulmonary rehabilitation program is a training process that teaches the patient to use the new lung volume in the most efficient way.

Prof. Dr. Levent Alpay: The most common mistake our patients make after volume reduction surgery is to stop exercising by saying “I’m healed anyway”. The lung is a muscle; If not operated, it tends to return to its old bulky structure. For this reason, regular walking and breathing exercises after the operation should continue throughout life.

Case Experience (Anonymous):

In a 65-year-old patient diagnosed with severe COPD and dependent on oxygen for 24 hours, intense air trapping was detected in the upper lobes as a result of scintigraphic examination. Bilateral volume reduction surgery was performed with the closed method (VATS). In the 2nd month after surgery, the patient reached a level where he could take short walks outside the home without oxygen support during the day, and a 60% improvement was recorded in the quality of life scales.

For more detailed information about emphysema treatment and volume-reducing surgery options, you can seek an expert opinion and make an appointment with our clinic.

Frequently Asked Questions

Is Emphysema Surgery a Risky Surgery?

Like any major surgical procedure, it has risks; however, thanks to the developing anesthesia techniques and the closed (VATS) method, vital risks are minimized in correctly selected patients.

Is Volume Reduction Performed in Patients with Lung Collapse (Pneumothorax)?

Yes, lung collapse, which is common in emphysema patients, is sometimes treated in the same session as volume reduction surgery. Thus, both the risk of deflation is eliminated and breathing capacity is increased.

Will I Recover Completely After Surgery?

Emphysema is an irreversible tissue damage; For this reason, instead of “complete recovery”, a significant increase in respiratory comfort and an increase in quality of life are aimed.

Scientific Bibliography

• New England Journal of Medicine (NEJM): A Randomized Trial Comparing Lung-Volume–Reduction Surgery with Medical Therapy for Severe Emphysema
• The Lancet Respiratory Medicine: Bronchoscopic lung volume reduction: a European expert recommendation
• PubMed (NCBI): Long-term results of lung volume reduction surgery
• European Respiratory Journal: Surgical and bronchoscopic lung volume reduction

Lung metastasis surgery is the surgical removal of these tumor foci when cancer that starts in another organ of the body spreads to the lungs.

This procedure, called “metastasectomy” in the medical literature, is part of a multidisciplinary treatment strategy jointly carried out by oncology and thoracic surgery.

In the past, cancers that spread throughout the body were seen as a “home care” stage, but today, long-term survival in the metastatic stage has become possible thanks to surgical techniques and chemotherapy combinations.

The main purpose of this surgery is to control the disease by resetting the tumor load in the lung and to extend the patient’s life expectancy in a quality way.

What is Lung Metastasis? Which Cancers Spread to the Lungs?

Lung metastasis is when cells that break away from the “primary” focus of a cancer settle in the lung tissue through the blood or lymph and form new tumors there.

Since the lungs are an organ where all the blood in the body is filtered, it is one of the most common areas where metastatic cells settle.

Many different types of cancer can spread to the lungs, but in clinical practice, we most commonly encounter lung metastases in the following cancers:

• Colorectal Cancers: Bowel and rectal cancers are among the types that spread to the lungs the most.
• Soft Tissue and Bone Sarcomas: Lung metastasis surgery is vital for types like osteosarcoma.
• Kidney (Renal Cell) Cancer: Kidney tumors often form solitary (singular) foci in the lung.
• Breast Cancer: Surgical options can be considered along with hormonal therapies.
• Testicular and Gynecological Cancers: Some types respond perfectly to surgery.

Who is Lung Metastasis Surgery Applied to? Surgery Criteria

Not every patient with metastases in the lung is a suitable candidate for surgery.

In order to make a decision for metastasectomy, certain medical conditions known as the “Thomford Criteria”, which have been modernized over the years, must be met.

At this stage, the decision of the oncology council is combined with the technical facilities of the surgeon and a patient-specific road map is drawn.

Requirements for Metastasectomy

In order for surgical intervention to benefit the patient, it is preferred to have the following conditions together:

1. Control of Primary Tumor: The main focus where the cancer started (e.g., the intestine or kidney) must have been completely treated or surgically removed.
2. Absence of extrapulmonary metastasis: There should be no active, uncontrollable spread in any part of the body other than the lungs (brain, liver, etc.).
3. Technically Removable: All tumor foci in the lung should be completely surgically clearable (R0 resection).
4. Adequate Lung Reserve: After the tumors are removed, the remaining lung tissue should be capable of allowing the patient to live comfortably.

Conditions That Prevent Surgery

If the tumors in the lung are very widely distributed in both lungs and there will be not enough tissue for the patient to breathe after surgery, surgery is not preferred.

In addition, conditions such as the patient’s general health condition, advanced heart failure or severe respiratory failure may increase the surgical risk to an unacceptable level.

In cases where systemic control (such as non-response to chemotherapy) cannot be achieved, surgery may be kept on hold as it will not change the course of the disease.

What are the Symptoms of Lung Metastasis?

Lung metastases usually progress insidiously and do not cause any complaints in the initial stages.

Many patients learn about the presence of metastasis on tomography taken during routine follow-ups of their primary cancer.

However, when tumors grow larger or move closer to the airways, the following symptoms may occur:

• Cough: It is usually dry and stubborn in character.
• Shortness of Breath: It occurs when tumors narrow the lung volume or accumulate fluid in the chest cavity.
• Chest Pain: If the tumor is located close to the chest wall or pleura, stinging pain is felt.
• Bloody Sputum: It can occur as a result of the tumor damaging a bronchial wall.
• Fatigue and Weight Loss: It is a general symptom of advanced oncological processes.

Diagnosis and Diagnostic Methods in Lung Metastases

Correct diagnosis is the most critical stage to determine the limits of surgery and protect the patient from unnecessary surgery.

PET-CT and Thin Slice Computed Tomography

The cornerstone of the diagnostic process is the examination of the lungs with high-resolution and thin-section (1-2 mm) Computed Tomography (CT).

CT shows the exact location and number of all foci that need to be removed during surgery.

PET-CT, on the other hand, is used to understand whether there is any other involvement in the rest of the body and to measure the metabolic activity (cancer potential) of lesions in the lung.

Biopsy Necessity and EBUS Application

Sometimes it is not clear whether the spots on the lung are metastases or another disease (infection, fungus, etc.).

In this case, needle biopsy can be performed with the EBUS (Endobronchial Ultrasonography) method, especially to evaluate the mediastinal lymph nodes.

If the lesion is very far out of the lung, the tissue diagnosis is clarified by performing a biopsy under the guidance of tomography.

Prof. Dr. Levent Alpay: Our rule in metastasis surgery is: “Remove all tumors you can find, but preserve the patient’s breathing tissue.” To establish this balance, we look not only at radiological images but also at the patient’s clinical history. If we believe that all foci can be cleaned and the patient can do his own work after surgery, surgery is the most powerful weapon of oncological treatment.

Lung Metastasis Surgery Methods

The basic surgical principle in lung metastasectomy is to remove the tumor tissue with a very small amount of safe surgical margins around it.

In order to preserve the main functions of the lung, tissue-sparing approaches are preferred instead of surgeries with large tissue loss in primary lung cancers.

Today, with the development of technology, these operations are performed with less painful and more sensitive techniques.

Metastasectomy with Closed Lung Surgery (VATS)

Video-Assisted Thoracoscopic Surgery (VATS) is a modern and least harmful method for removing lung metastases.

Thanks to the camera and surgical instruments placed through small incisions, metastases located close to the outer part of the lung are easily cleaned.

The biggest advantage of the closed method is that it tires the patient’s immune system less and allows him to return to oncological treatments (chemotherapy, etc.) much faster.

Lung Metastasis Surgery with Laser

Laser technology is a great revolution, especially for patients with multiple metastases in both lungs.

Laser surgery vaporizes or cuts out only the tumor focus, preserving healthy tissue around the tumor with almost zero loss.

Thanks to this method, metastasis foci that cannot be removed with normal surgical sutures can be removed without impairing lung capacity.

Wedge Resection (Wedge Resection) Technique

Wedge resection is the process of removing the tumor in a triangular (wedge) shape along with some healthy tissue around it.

It is the most commonly used technique in metastasis surgery because it targets only the diseased area without sacrificing the lobe of the lung.

If the metastasis is too deep in the lung or close to the main vessels, techniques that require larger tissue removal, such as segmentectomy, may be used, although rarely.

Metastasis Surgery Methods and Comparison Table

Advantages of Metastasis Surgery and Survival Times

Scientific data show that metastasectomy performed in suitable patients significantly prolongs life expectancy compared to patients receiving only drug therapy.

Especially in colorectal cancer and sarcoma metastases, 5-year survival rates after surgery can be as high as 40% to 60%.

Since surgical intervention reduces the tumor burden, it increases the effectiveness of chemotherapy and supports the body’s power to fight cancer.

Postoperative Recovery Process and Oncological Follow-up

After surgery, patients are usually hosted in the hospital for 3 to 5 days.

In operations performed with the closed method, patients can usually start their daily lives within 1 week and additional oncological treatments within 2-3 weeks.

The follow-up process is very critical; During the first 2 years after surgery, the lungs are kept under control with tomography and necessary blood tests every 3 months.

Prof. Dr. Levent Alpay: Metastasis surgery is not the end, it is a strategic part of a long struggle. Before we go to the operating table, we always tell our patients: This is a team effort. We surgically clean the field, and our oncologists provide systemic protection. When this harmony is achieved, it is possible to get satisfactory results even in our patients in the metastasis stage.

Case Experience (Anonymous): During the routine follow-up of a 54-year-old patient who was followed up for colon cancer, a total of 5 metastatic foci were detected in both lungs. After the decision taken by the oncology council, laser-assisted surgery was performed first on the right lung and a month later on the left lung. Our patient, whose all foci were cleared and lung capacity was preserved, still continues his life without disease 3 years after the operation.

For a detailed evaluation of the surgical treatment of lung metastases, you can seek expert opinion and make an appointment with our clinic.

Frequently Asked Questions

Is Surgery Performed If There Are Metastases in Both Lungs?

Yes, involvement in both lungs does not prevent surgery; Generally, all foci can be cleaned with two-session surgeries or laser surgery.

How Many Times Can Lung Metastasis Surgery Be Repeated?

As long as the lung capacity is appropriate and the newly emerging foci are limited, metastasis surgery can be successfully repeated more than once (3 or more).

Is Chemotherapy Necessary After Surgery?

Although surgery removes the tumor, supportive chemotherapy or smart drug therapy is usually recommended by the oncologist to eliminate the risks at the microscopic level.

Scientific Bibliography

• Annals of Thoracic Surgery: Lung Metastasectomy: Who, When, and How?
• Journal of Clinical Oncology (ASCO): Pulmonary Metastasectomy in Colorectal Cancer
• PubMed (NCBI): Laser-assisted pulmonary metastasectomy techniques
• The Lancet Oncology: Outcomes of pulmonary metastasectomy in sarcomas

Lung nodules are small formations located within the lung tissue, which have a different density than the normal lung structure and are usually less than 3 centimeters (30 mm) in diameter.

With the widespread use of modern radiological imaging techniques, these structures, which are detected incidentally in many patients today, are observed as a “spot” or “shadow” in the lung parenchyma.

Although not every nodule detected means a disease, it is vital that these formations are meticulously analyzed by a specialist thoracic surgeon and their biological character determined.

What is a Lung Nodule?

In its medical definition, lung nodules are round or oval formations located in the spongy tissue of the lung, surrounded by air-containing lung tissue, and whose borders can be relatively distinguished.

The size of the nodules is the most critical criterion in the diagnosis and follow-up process; Formations larger than 3 centimeters are no longer called nodules but “masses”, which usually require further examination.

Nodules can be seen as a single focus (solitary pulmonary nodule) or as multiple foci scattered in different lobes of the lung.

What are the Symptoms of Lung Nodule?

Lung nodules often do not show any clinical symptoms because they are small in size and usually located in the deep tissues of the lung.

The vast majority of patients learn about these nodules completely by chance on computed tomography (CT) taken due to another health problem (heart check, check-up or trauma).

However, if the location of the nodule is close to a large airway or its speed is increasing, it may rarely be accompanied by the following symptoms:

• Mild Cough: Unexplained dry cough that develops due to airway irritation.
• Chest or Back Pain: Stinging sensation when breathing if the nodule is located close to the pleura.
• Shortness of Breath: In very rare cases, it can occur when the nodule affects the main bronchi.

In most cases, the absence of symptoms does not mean that the nodule is “innocent”; therefore, radiological characterization takes precedence over clinical complaints.

What Causes Nodules in the Lung?

Since the lungs are organs open to the external environment, many external factors that are exposed throughout life can leave permanent scars on the lung tissue.

A detected nodule can be part of an active process, or it can be a “scar” of an infection that took place decades ago.

The main causes of nodule formation are grouped into four main groups.

Causes Due to Infections (Granulomas)

In regions where tuberculosis (tuberculosis) is endemic, such as Turkey, the most common cause of nodules is calcified tissues left by previous infections.

Mantate infections (histoplasmosis, etc.) or cured foci of pneumonia can leave small, hardened nodules called “granulomas” in the lung tissue.

These structures are usually static and continue to remain in the lung without any change throughout the patient’s life.

Inflammatory and Autoimmune Diseases

Some rheumatic or systemic diseases in which the body develops a defense mechanism against its own tissues can lead to the formation of nodules in the lung.

• Sarcoidosis: It is a disease characterized by small cell deposits in the lungs and lymph nodes.
• Rheumatoid Arthritis: Although it is a joint disease, it can form “rheumatoid nodules” in the lungs.
• Wegener’s Granulomatosis: It is a condition that progresses with vascular inflammation and can cause cavities (with a cavity in the middle) nodules in the lung.

Benign Tumors (Hamartoma etc.)

Not every tumor in the lung is cancer; Some formations are cell accumulations that grow on their own, do not damage the surrounding tissue and do not have the ability to spread.

Hamartomas, the most common benign tumor, are formed when the normal components of the lung (cartilage, fat, epithelium) come together in an irregular manner.

Such nodules usually show a characteristic “popcorn” style calcification (calcification) on tomography and do not require surgical intervention.

Malignant Nodules and Lung Cancer

The main purpose of nodule management is to catch malignant ones (cancerous cell accumulations) at an initial stage.

Malignant nodules can take two forms:

1. Primary Lung Cancer: They are nodules that originate directly from the lung cell and grow.
2. Metastatic Nodules: They are foci formed when cancer in another organ of the body (breast, colon, kidney, etc.) spreads to the lungs through the blood.

Malignant nodules usually tend to have irregular borders, a tendency to grow rapidly and special radiological appearances that we call ground glass views.

Lung Nodule and Cancer Distinction: Which Nodules Are Dangerous?

Not every nodule detected in the lung has the same risk of cancer; When making this distinction, physicians evaluate the morphological characteristics of the nodule and the patient’s risk profile (smoking history, age, genetics) together.

There are certain radiological criteria that distinguish potentially dangerous nodules from innocent ones.

Nodule Size and Shape (Mass vs. Nodule Distinction)

As the size of the nodule increases, the probability of it being malignant increases statistically.

Formations smaller than 30 mm (3 cm) are called nodules, while structures above this limit fall into the category of “mass” and carry a high suspicion of malignancy.

In terms of form; smooth, round and sharply circumscribed nodules usually come out benign; Spiculated, irregularly bordered and indented nodules are considered more risky for cancer.

Density of the Nodule (Ground Glass View)

“Ground-glass opacity”, which is frequently encountered in radiology reports, refers to a semi-transparent appearance in which lung tissue can still be seen through the nodule.

Unlike solid nodules, pure ground glass nodules grow more slowly but may be a precursor to an early-stage lung cancer (adenocarcinoma) in the long term.

Nodules, which we call part-solid, containing both ground glass and a hard core, are the group that should be followed most closely clinically.

Calcification (Calcification) Status

The appearance of calcification inside the nodule is a “benign” sign that is often in favor of the patient.

Dense calcifications, especially in the very center of the nodule or widespread, prove that this formation is a “petrified” scar due to a previous infection.

However, caution should be exercised in cases where calcification is pushed to the edges of the nodule or is irregular.

Lung Nodule Diagnosis and Diagnostic Methods

The diagnostic process follows a stepwise path to determine the character of the nodule and avoid unnecessary surgical intervention on the patient.

Computed Tomography (CT) and Follow-up Protocols

Low-dose computed tomography is the most basic tool in nodule monitoring.

The size and density of the nodule are compared in millimeters in tomography scans, which are usually taken every 3, 6 or 12 months.

If a nodule has not grown for 2 years, this is usually considered the strongest evidence that the nodule is benign.

The Role of PET-CT

PET-CT measures how quickly the radioactive sugar introduced into the body is consumed by the nodule (SUV value).

Since cancer cells consume much more energy (sugar) than normal cells, nodules with high involvement are prioritized for biopsy or surgery.

However, since the sensitivity of PET-CT decreases in nodules smaller than 8-10 mm, it is not always decisive in small nodules.

Bronchoscopic and Needle Biopsy

Depending on the location of the nodule, it may be necessary to take a tissue sample.

Biopsy is performed with a camera inserted through the mouth (bronchoscopy) for nodules close to the center of the lung, and with the help of a needle from the chest wall (TTIB) for nodules close to the outer parts.

However, in very small nodules, biopsy may not always give results; In this case, surgical removal of the nodule provides both diagnosis and treatment.

Prof. Dr. Levent Alpay: Especially in nodules under 1 cm, a “negative” biopsy result may not always mean that the nodule is benign; Sometimes the needle may not have hit the right cell. Therefore, radiological follow-up or direct surgical excision is a safer harbor in risky nodules.

Lung Nodule Treatment and Surgical Approaches

The treatment decision is made by calculating the risk of cancer of the nodule.

Follow-up (Wait and See) Process

The best treatment for low-risk, small and radiologically innocent-looking nodules is “patient follow-up”.

It is checked whether the nodule is asleep with intermittent tomography controls planned in a way that does not load the patient with unnecessary radiation.

Closed Lung Surgery (Nodule Removal with VATS)

If the nodule has suspicious features or has grown during follow-up, the nodule is removed by VATS (Video-Assisted Thoracoscopic Surgery) method.

In this closed method, the nodule is entered through small holes and removed with some healthy tissue around it (wedge resection).

Nodule Management Comparison Table

Surgical Intervention for Biopsy

In some cases, surgery is the shortest way to both make a definitive diagnosis (frozen examination) and complete the treatment in the same session if it is malignant.

The nodule removed during the operation is immediately sent to pathology; If the result is malignant, the surgeon can expand the operation and conclude the cancer treatment at that moment.

Frequently Asked Questions

Does Every Lung Nodule Turn Into Cancer?

No, the vast majority (more than 90%) of nodules detected in the lung are benign and can remain fixed throughout life without any harmful changes.

Is a 3 mm or 5 mm Lung Nodule Dangerous?

Nodules of this size are generally considered very low risk; However, if the patient has a history of heavy smoking or an existing cancer diagnosis, specialist follow-up should not be neglected.

Does a Nodule in the Lung Go Away on Its Own?

If the nodule is caused by an active infection or inflammation, it may shrink and disappear over time with the body’s healing process or appropriate treatment; however, calcified nodules are permanent.

You can make an appointment with our clinic and seek expert opinion to determine the character of a nodule detected in your lung and to create the most suitable follow-up or treatment roadmap for you.

Scientific Bibliography

• New England Journal of Medicine: Management of Pulmonary Nodules
• The Lancet Oncology: Evaluation of individuals with pulmonary nodules
• PubMed (NCBI): VATS for the diagnosis and treatment of lung nodules
• Journal of Thoracic Disease: ACCP guidelines for management of pulmonary nodules

Lung cysts are sacs that develop within the lung tissue, filled with fluid, air or semi-solid material, surrounded by tissue.

These cysts can be a stand-alone disease, sometimes as a result of serious infections or as a congenital anatomical disorder.

Especially in regions where animal husbandry is common, such as Turkey, parasitic cysts are an important thoracic surgery issue affecting public health.

Cyst structures combined with infection have the potential to lead to permanent damage to lung tissue and respiratory failure if left untreated.

Today’s surgical technologies allow these cysts to be removed with closed methods without damaging healthy lung tissue.

What is a Lung Cyst? Types and Causes

Lung cysts are classified into different classes based on their origin and the material they contain.

Some cysts grow silently in the body for years, while others tend to become infected quickly and abscess.

It is vital to fully diagnose the type of cyst to determine the right treatment strategy.

Lung Hydatid Cyst (Dog Cyst)

Hydatid Cyst, the most common type of lung cyst in Turkey, is caused by a parasite called “Echinococcus granulosus”.

This parasite usually lives in the intestines of animals such as dogs, wolves, and foxes, and its eggs spread to nature through feces.

It is transmitted to humans through direct contact with poorly washed vegetables and fruits or animals carrying the parasite.

Eggs entering the body cross the intestinal wall and settle through the blood, most often in the liver and second often in the lungs, forming a cystic structure.

[Image showing the life cycle of Echinococcus granulosus and its effect on human lungs]

Congenital Lung Cysts

These cysts are formed as a result of the malformation of lung tissue or airways during the development process in the womb.

Bronchogenic cysts, cystic adenomatoid malformations, and pulmonary sequestration are the most well-known examples of this group.

Although they usually show symptoms in childhood, they can sometimes be noticed on a random x-ray taken in adulthood.

These structures have the risk of becoming a focus of infection over time or putting pressure on the lung tissue, reducing respiratory capacity.

Lung Abscess and Infection-Related Cysts

A lung abscess is the destruction of lung tissue as a result of a severe infection (usually bacterial) and the formation of a cavity in which pus accumulates.

Unlike cysts, abscesses are much more aggressive, with high fever and a severe clinical picture.

After some severe cases of pneumonia, air-filled cystic cavities called “pneumatocele” may remain in the lung.

Although these structures usually regress with antibiotic treatment, abscesses with thickened walls and chronic walls may require surgical intervention.

What are the Symptoms of Lung Cyst?

Lung cysts can remain asymptomatic for a long time, depending on their size and location.

However, as the cyst grows or complications (bursting, inflammation) develop, the following symptoms appear:

• Chest and Back Pain: It occurs as a result of the cyst pressing on the pleura.
• Persistent Dry Cough: It is caused by mechanical pressure on the airways.
• Fever and Chills: It is the most important sign that the cyst has become infected and abscessed.
• Bloody Sputum (Hemoptysis): It is seen when the cyst damages the surrounding vessels or bronchi.
• Salty Liquid in the Mouth: It occurs when the hydatid cyst bursts and opens to the airways (rock water breaking).
• Shortness of Breath: It occurs when large-sized cysts crush healthy lung tissue.

What Causes Lung Cysts? Modes of Transmission

The most common cause of lung cysts is parasitic infections; However, lifestyle and hygiene conditions also determine this process.

In the case of hydatid cysts, transmission occurs by ingesting parasite eggs orally.

Feeding dogs with cysted offal from animals slaughtered in rural areas causes the parasite cycle to continue.

While genetic or developmental factors play a role in congenital cysts, weakness of the immune system and oral hygiene disorder are the main factors in abscesses.

Prof. Dr. Levent Alpay

The biggest mistake of patients in hydatid cyst cases is to postpone treatment by saying “I have no complaints anyway”. A cyst in the lung carries the risk of bursting at any time and causing allergic shock (anaphylaxis). In addition, the bursting cyst causes the parasite to spread to the entire lung and the treatment becomes much more complicated. Early intervention is the only way to preserve lung tissue.

Diagnostic Methods for Lung Cysts and Infections

The diagnostic process is carried out with a multidisciplinary approach to determine the location of the cyst and to determine its type and create a treatment plan.

Radiological Examinations: Chest X-ray and Tomography

Chest X-ray is the first and most practical method used for the detection of cysts; They are observed as well-demarcated, rounded shadows.

Computed Tomography (CT) provides millimetric details about the internal structure of the cyst, its wall thickness and its neighborhood with the surrounding tissues.

In particular, typical radiological findings of hydatid cyst such as the “water lily” or “crescent” sign are clarified by tomography.

Serological Blood Tests and Immunological Evaluation

Especially in the case of suspicion of hydatid cyst, blood tests (UAV, ELISA, etc.) are performed to detect antibodies produced by the body against the parasite.

While these tests can support the diagnosis, they may not always provide 100% results; therefore, it should be evaluated together with radiological findings.

In addition, in case of infection, high white blood cells (leukocytes) in the blood and infection parameters are monitored.

Lung Cyst Treatment Methods

The treatment approach for lung cysts is planned according to the type and size of the cyst and whether a complication (burst or infection) develops.

The main treatment of parasitic cysts (hydatid cyst) and congenital cysts is surgery; Because these structures cannot be completely destroyed by medication and tend to grow.

The main goal of treatment is to remove the cyst from the body while preserving the healthy lung tissue around it to the maximum extent.

Hydatid Cyst Surgery (Cystotomy and Capitonage)

The safest method accepted worldwide in hydatid cyst surgeries is the “Cystotomy and Capitonage” technique.

In this method, the fluid in the cyst (rock water) is first drained with a special needle without leaking into the surrounding tissues.

Then, the living inner membrane of the cyst, called the “germinal membrane”, is meticulously removed.

In the last stage, the cavity formed by the discharge of the cyst in the lung is closed by suturing from the inside to the outside with special sutures so that there is no air leakage (capitonage).

Closed Lung Cyst Surgery (VATS)

Today, cysts that are appropriately located and not very large are treated with a closed method called Video-Assisted Thoracoscopic Surgery (VATS).

In this procedure, which is performed by entering only one or two small holes without opening the rib cage, the surgeon watches the entire process on a high-resolution monitor.

Closed surgery shortens the patient’s hospital stay, reduces postoperative pain and leaves a much smaller scar aesthetically.

Lung Abscess and Drug Treatment Protocols

Lung abscesses, unlike cysts, are primarily managed with high-dose and long-term antibiotic therapy.

Depending on the patient’s condition, the treatment, which is started intravenously, can sometimes take 4 to 6 weeks.

If the abscess does not respond to antibiotic treatment, is too large or causes severe bloody sputum in the patient, surgical intervention or drainage methods are activated.

Recovery Process After Lung Cyst Surgery

The speed of recovery after surgery varies depending on the surgical method applied and the size of the cyst.

Patients can usually stand up and start light walks a few hours after surgery.

The chest tube inserted to prevent the lung from deflating is removed when the lung is fully expanded and the air leak is stopped (usually within 2-4 days).

It is recommended that discharged patients avoid heavy physical activities and continue breathing exercises for about 15 days.

Lung Cyst Treatment Approaches and Comparison Table

What You Need to Know About Lung Cysts and Ways to Prevent Them

In particular, preventing parasitic cysts is as important a public health issue as surgery.

In order to prevent hydatid cyst, vegetables and fruits should be washed very well, and water of unknown origin should not be drunk.

Parasite medications of pets (dogs) should be done regularly, and most importantly, cystic offal should never be fed to stray animals during periods such as Eid al-Adha.

In order to prevent cysts and abscesses due to infection, attention should be paid to oral and dental health and the immune system should be kept strong.

Prof. Dr. Levent Alpay: Our priority in lung cyst surgeries performed in our clinic is to perform “lung-sparing surgery” accompanied by protective solutions that prevent the spread of the parasite. Our aim is not only to remove the cyst, but also not to sacrifice even a millimeter of the healthy lung tissue that the patient will need in his future life.

Case Experience (Anonymous):

A 28-year-old female patient who presented with back pain had an 8 cm diameter hydatid cyst in the lower lobe of the right lung. The patient underwent cystotomy and capitonage with the closed (VATS) method. During the surgery, all precautions were taken to prevent the cyst fluid from spreading to the surrounding area. The patient was discharged with healing on the 3rd day after the operation by removing the chest tube and successfully completed the process with 6 months of medication.

For detailed information, you can consult an expert opinion and make an appointment with our clinic.

Frequently Asked Questions

Does a Lung Cyst Go Away Without Surgery?

Hydatid cyst and true cystic structures do not disappear completely spontaneously or with medication alone; Surgery is a must for definitive treatment.

What Happens If a Lung Cyst Bursts? (Risk of Rupture)

The rupture of the cyst can cause the fluid inside to escape into the airways, causing a feeling of suffocation, severe cough and, most dangerously, allergic shock (anaphylaxis).

Does Lung Cyst Recur?

If the cyst membrane is completely removed during surgery and preventive measures are taken, the risk of recurrence is very low; However, if the patient does not comply with the protection rules, it may cause a new transmission.

Scientific Bibliography

• World Journal of Surgery: Surgical management of pulmonary hydatid cysts
• The Lancet Infectious Diseases: Hydatid disease: cystic echinococcosis of the lung
• PubMed (NCBI): Video-assisted thoracoscopic surgery for lung cysts
• Journal of Thoracic Disease: Management of lung abscesses and empyema