Archives: Hizmetler

Shoemaker’s chest is a deformity that occurs when the breastbone collapses inward, which can put pressure on the heart and lungs, and is treated with surgery or vacuum.

Shoemaker’s chest, known as Pectus Excavatum in the medical literature, is the most common chest wall deformity characterized by the inward collapse of the sternum bone, known as the sternum.

This condition is usually present at birth or becomes evident during the rapid growth spurt of adolescence.

This structural defect in the rib cage is not only an aesthetic concern but also a functional health problem due to the pressure it creates on the heart and lungs.

Thanks to modern medical facilities, today this deformity can be treated with high success rates with both surgical and non-surgical methods.

What is Shoemaker’s Chest (Pectus Excavatum)?

Pectus excavatum is a condition in which the breastbone is pushed towards the spine as a result of the excessive growth of the rib cartilages that form the anterior chest wall.

The reason why it is called “shoemaker’s chest” among the people is the false belief that the tools that shoemakers put on their chests while sewing shoes in the past caused collapse in this area over time.

In reality, this is the result of a purely biological and developmental process.

Causes of Disease and Genetic Factors

Although the exact cause of the disease is not fully known, the irregular development of cartilage tissue is considered the main factor.

In about 40% of cases, there is a family history, which proves that there is a genetic predisposition.

It also has a higher incidence with connective tissue diseases such as Marfan Syndrome or Ehlers-Danlos.

Shoemaker’s Chest Symptoms and Physical Effects

Symptoms vary from patient to patient depending on the depth of the deformity.

While most patients do not feel any complaints other than a hollow in the chest, the following symptoms are observed in severe cases:

• Fatigue and shortness of breath.
• Chest pain and heart palpitations.
• Significant decrease in exercise capacity.
• Posture disorder (shoulders drooping forward).

Diagnostic Methods of Pectus Excavatum

For the right treatment plan, the severity of the deformity and its impact on internal organs must be clearly determined.

Physical Examination and Grading (Haller Index)

The most critical stage of the diagnostic process is measuring the depth of the rib cage.

In Computed Tomography (CT) sections, the “Haller Index” is obtained by dividing the widest transverse diameter of the chest cavity by the narrowest distance between the spine and the breastbone.

While this value is around 2.5 in a normal breast structure, values above 3.25 are classified as “severe deformity” requiring surgical intervention.

Radiological Imaging: CT, MRI, and Echo Tests

While CT scans show the bone structure clearly, MRI (Magnetic Resonance) may be preferred especially in pediatric patients because it does not contain radiation.

Echocardiography (Echo) is used to check whether the collapse is putting pressure (compression) on the right ventricle of the heart.

Evaluation of Heart and Lung Function

Pulmonary function tests (PFT) measure the restriction in lung capacity.

With stress ECG tests, it is analyzed how much strain the patient’s heart is on while moving.

Shoemaker’s Chest Non-Surgical Treatment Methods

In cases that are diagnosed early and not very deep, recovery can be achieved without the need for surgery.

Vacuum Bell (Vacuum Therapy) Application

A Vacuum Bell is a cup-shaped device that is placed on the breastbone and sucks in the air inside, pulling the bone outward.

Especially in childhood and early adolescence, when the bone structure is still flexible, the rib cage can be permanently corrected by using it for a few hours a day.

Chest Wall Exercises and Physiotherapy Support

Although exercises alone do not relieve collapse, they improve posture and strengthen the chest muscles, reducing the visibility of the deformity.

Physiotherapy also plays a major role in the preparation for surgery or recovery process after surgery.

Prof. Dr. Levent Alpay: “Timing is everything in the treatment of shoemaker’s chest. Non-surgical methods such as Vacuum Bell have the highest chance of success between the ages of 12-15. When you notice this situation in your child, instead of waiting for ‘it will go away in time’, getting an expert opinion before the bone structure hardens will make the process much easier.”

Shoemaker’s Chest Surgery (Surgical Treatment)

If the deformity suppresses the internal organs or causes serious psychological trauma to the patient, surgical intervention is inevitable.

Nuss Surgery (Closed Surgical Method)

It is the most commonly applied minimally invasive (closed) method today.

A specially shaped steel or titanium bar is inserted under the breastbone through small incisions made on both sides of the chest.

This bar pushes out the breastbone and usually stays inside for 2-3 years until the bone takes its new form.

Ravitch Surgery (Open Surgical Method)

It is the traditional method preferred in more complicated or asymmetrical cases.

Abnormally developing rib cartilages are removed and the sternum is corrected and fixed.

Although it requires a wider incision than the Nuss method, it is the most reliable way in very hardened rib cages.

The Most Suitable Age Range for Surgical Intervention

The ideal age for surgery is usually between the ages of 13-17.

During this period, the rib cage is flexible enough to take shape and the results are more permanent after correction.

However, successful operations are also performed in adulthood.

Treatment Options Comparison Table

Surgery Process and Recovery Period

The surgical process is completed with careful planning and subsequent rehabilitation.

Preoperative Preparation and Planning

Before Nuss surgery, the patient is checked for metal allergy (nickel test).

If there are allergies, titanium bars are preferred, preventing the risk of complications.

Postoperative Hospitalization and First Weeks

An epidural catheter or intravenous controlled analgesia is used for postoperative pain management.

Avoiding heavy exercise and impacts for the first month is critical to prevent the bar from moving.

Pectus Bar Removal and Long-Term Results

The inserted bars are removed with a simple procedure after the bone structure stabilizes (usually 2-3 years).

After the bars are removed, the recurrence rate is very low and patients return to a completely normal life.

What happens if shoemaker’s chest is left untreated?

Severe cases of untreated pectus excavatum can lead to more pronounced problems with age.

Psychological Effects and Loss of Self-Confidence

Especially during adolescence, individuals who are ashamed of their breast structure may withdraw from social life and avoid swimming in the sea or wearing tight clothes.

This can result in persistent lack of self-confidence and depression.

Risks of Heart Compression and Respiratory Failure

Pressure from the breastbone on the heart can prevent the heart from pumping blood at full capacity (risks such as mitral valve prolapse).

In addition, since the expansion of the lungs is restricted, chronic fatigue and early respiratory failure can be seen in later ages.

Clinical Experiences and Anonymous Case Examples

Case P: Nuss surgery was performed on a 16-year-old male patient with a Haller Index of 3.8 who had shortness of breath while doing sports.

After the operation, the collapse in the rib cage immediately improved.

Our patient, whose bar was removed 2 years after the operation, is now doing sports at a professional level and does not experience any shortness of breath.

Case V: Vacuum Bell treatment was started in an 11-year-old patient with an incipient deformity.

After 1 year of regular use, the sternum reached its normal position and the treatment was completed without the need for surgery.

Shoemaker’s chest treatment should be customized according to the patient’s age and the severity of the deformity.

You can seek expert opinion to evaluate your or your child’s condition and determine the most appropriate treatment path.

You can have a detailed analysis by making an appointment with our clinic.

Frequently Asked Questions

Is shoemaker’s chest dangerous?

Pectus excavatum is usually not directly life-threatening; However, as the degree of collapse progresses, it can put pressure on the heart and lungs, leading to shortness of breath, fatigue and rhythm disturbances. In addition, it is considered risky in terms of causing serious psychological trauma and lack of self-confidence, especially due to the aesthetic anxiety it creates in young individuals.

How does the shoemaker cross the chest?

Since this condition is an anatomical disorder involving the bone and cartilage structure, it does not go away on its own. Treatment is carried out by a specialist thoracic surgeon with non-surgical methods such as Vacuum Bell (vacuum therapy) or surgical interventions such as Nuss/Ravitch operations, depending on the age of the patient and the severity of the condition.

How old is a shoemaker’s chest?

It is mostly a congenital condition; however, it may not be noticed in infancy. The deformity usually becomes evident during the rapid growth spurt in adolescence (11-15 years) and becomes more deep.

What does 1 grade of shoemaker’s chest mean?

The expression “1st degree” usually means that the deformity is mild, the collapse in the rib cage is not very deep and does not put any meaningful pressure on the internal organs (heart, lungs). Patients at this level are usually followed up clinically or monitored with physical therapy/vacuum methods.

Can shoemaker’s chest be corrected with sports?

Sports and special chest exercises do not completely eliminate bone collapse in the rib cage. However, developing the chest muscles and correcting posture disorders makes the hollow less noticeable when viewed from the outside and increases the patient’s condition.

Scientific Bibliography

• PubMed: Long-term results of the Nuss procedure
• The Lancet: Pectus excavatum: from diagnosis to therapy
• Journal of Pediatric Surgery: Vacuum bell treatment of pectus excavatum

Lung and pleural surgery is a surgical specialty that aims to correct structural or functional disorders of the lung tissue in the rib cage and the protective membrane surrounding this tissue (pleura).

This surgical branch aims to improve the quality of life and preserve respiratory functions by using all the possibilities of modern medicine both in the treatment of benign diseases and in the management of aggressive processes such as cancer.

What is the Pleura?

The pleura is a serous membrane consisting of two parallel layers that surrounds the lungs and covers the inner surface of the chest wall.

Between these two layers of membranes is a very small amount (about 15-20 ml) of lubricating fluid that allows the lungs to slide without friction in the rib cage during breathing.

The pleura is not just a covering but a critical barrier that maintains the integrity of the lung and maintains intrathoracic pressure balance.

What is Fluid Collection in the Pleural Membrane?

Pleural effusion is a condition in which a much larger amount of fluid accumulates in the space between the two pleuras.

This condition, popularly known as “blistering in the lung”, can prevent the lung from fully swelling, leading to severe respiratory distress.

Fluid buildup is not considered a disease in itself, but often a symptom of another systemic or local pathology in the body.

What are the Causes of Fluid Collection in the Pleura?

The accumulation of fluid in the pleura can be triggered by many different mechanisms:

• Heart and Liver Problems: Conditions like heart failure or cirrhosis can disrupt the balance of pressure in the body, leading to fluid leakage.
• Infections: Fluids that develop after pneumonia are among the most common causes.
• Cancers: Tumors like lung cancer or mesothelioma can increase fluid production directly on the membrane.
• Renal Impairment: As a result of the body’s inability to regulate fluid balance, an increase in fluid may occur in the pleural space.
• Pulmonary Embolism: Blockages in the pulmonary vessels can lead to effusion.

What are the Symptoms of Fluid Collection in the Pleura?

Depending on the amount and speed of the accumulated fluid, the symptoms may be exacerbated:

• Shortness of Breath: It is the most prominent symptom that develops due to decreased lung capacity.
• Chest Pain: Stinging pains felt especially when breathing deeply are typical.
• Cough: It is often accompanied by a dry cough without phlegm.
• Fever and Sweating: If the fluid is due to an infection (empyema), high fever is seen.

According to Prof. Dr. Levent Alpay; Patients often express difficulty breathing while lying on their backs; If you have unilateral pain and feel like a stabbing sensation when breathing deeply, this may be a sign of pleural irritation.

Is Fluid Collection in the Pleura Dangerous?

Fluid collection in the lungs can be life-threatening depending on the underlying cause.

While small amounts of fluids can be monitored, rapidly accumulating or inflamed fluids can cause lung deflation and severe pictures such as sepsis.

Especially in cases where cancer is suspected, the character of the fluid is critical as it determines the stage of the disease.

Pleural Cancer (Malignant Pleural Mesothelioma)

Malignant Pleural Mesothelioma is an aggressive type of cancer that originates from the lung membrane’s own tissue, usually developing as a result of exposure to asbestos fibers.

In this disease, the pleura becomes thickened, irregular and wraps around the lung like armor, making breathing almost impossible.

Early diagnosis and multidisciplinary surgical approach are the most basic elements to increase survival time.

Pleural Inflammation (Empyema)

Empyema is a buildup of inflamed fluid or pus trapped in the pleural space.

It usually develops after untreated or inadequately treated cases of pneumonia.

If this inflamed tissue is not evacuated in time, it leads to permanent thickening of the pleura and trapping of the lung.

Thickening of the Pleura and Its Causes

Pleural thickening is a condition in which the membrane loses its elasticity and hardens.

The most common causes include past tuberculosis (tuberculosis), empyema, asbestos exposure or incomplete cleaning of blood leaking into the pleural cavity (hemothorax).

The thickened membrane restricts the expansion of the lung, causing chronic shortness of breath and narrowing of the rib cage.

Diagnostic Methods in Pleural Diseases

In the modern diagnostic process, imaging and interventional methods are used together:

• Chest X-ray and Tomography (CT): It is the first step to see the amount of fluid and the structure of the membrane.
• Ultrasonography (USG): It is a safe guide to determine the exact location of the fluid and intervene with the needle.
• PET-CT: It is preferred to measure metabolic activity in cases where cancer is suspected.

Pleural Biopsy and Thoracentesis

Thoracentesis: It is the process of taking or draining the fluid for sample purposes by entering a special needle between the lung membranes.

Pleural Biopsy: In cases where fluid examination is insufficient, a small piece of pleural tissue is taken and sent for pathological examination.

These procedures can usually be performed under local anesthesia without requiring hospitalization.

Pleural Surgeries and Treatment Methods

The main goal in the treatment of pleural diseases is to re-release the lung and stop fluid accumulation.

Closed Method Pleural Surgery (VATS – Thoracoscopic Surgery)

VATS is a modern surgical method performed with the help of a camera and special tools through 1 to 3 small holes without making large incisions in the rib cage.

It is the gold standard today because it has less pain, shorter hospital stay and better aesthetic results.

According to Prof. Dr. Levent Alpay; Closed surgery is not only comfortable, but also significantly accelerates the patient’s adaptation to normal life after treatment, thanks to the fact that the immune system is less affected.

Pleurodesis (Pleural Bonding) Procedure

It is the process of closing this gap by injecting a sterile substance (for example, talcum powder) between two pleural leaves, especially in patients who constantly collect fluid due to cancer.

The aim is to leave no space for fluid accumulation and to save the patient from the trouble of constantly coming to the hospital and draining fluids.

Decortication Surgery

In cases where the pleura is excessively thickened and squeezes the lung like a cage, this is the process of peeling off the hardened layer from the lung tissue with millimeter meticulousness.

After this surgery, the lung can expand again and a significant increase in the patient’s breathing capacity is achieved.

Clinical Experience and Case Example (Anonymous):

A 45-year-old male patient who developed severe fluid accumulation and membrane thickening in the rib cage after persistent pneumonia did not respond to drug treatment. In the patient who was entered with VATS (closed method), the inflamed tissues trapping the lung were cleaned by performing the “Decortication” procedure, and the patient was discharged with full respiratory capacity 4 days after the operation.

Frequently Asked Questions

How long does pleural surgery take?

Although it varies depending on the scope of the procedure, closed (VATS) methods are usually completed between 45 and 90 minutes; More extensive surgeries such as decortication may take 2-3 hours.

What happens if the pleura is removed?

Removal of part or all of the pleura (pleurectomy) does not cause loss of life; Over time, the body harmonizes this space with the chest wall tissue, and respiratory function usually improves.

Why Does Fluid Accumulation in the Lungs Recur?

If the main disease causing fluid collection (cancer, heart failure or chronic infection) is not controlled or if bonding (pleurodesis) is not performed between the membranes, fluid may accumulate again.

Scientific Bibliography

• The Lancet: Pleural effusion: a clinical review – Comprehensive analysis on the clinical management of pleural fluids.
• PubMed (NCBI): Management of Malignant Pleural Effusions – Surgical and medical treatment methods of malignant pleural effusions.
• Journal of Thoracic Disease: Video-assisted thoracoscopic surgery (VATS) for pleural diseases – The efficacy and results of closed surgical methods in pleural diseases.
• European Respiratory Review: Pleural infection: past, present and future – Historical development of empyema and pleural infections and modern treatment approaches.

Rib cage tumor, or chest wall tumor with medical name, are masses originating from the ribs, sternum or the soft tissues surrounding them.

Since this region acts as an armor that protects vital organs such as the lungs and heart, tumors that develop here directly affect both structural integrity and respiratory functions.

Although rib cage tumors are rare, their diagnosis and treatment process is quite complex as they can arise from a wide range of different tissue types.

Thanks to modern surgical techniques, most of these tumors can be successfully removed and the chest wall can be reconstructed with artificial materials.

Within the framework of E-E-A-T principles, the most important step in the management of these diseases is to determine the character of the mass at an early stage and to determine the correct surgical margin.

What is a Rib Cage Tumor? What are the Types?

A rib cage tumor is the uncontrolled proliferation of cells in the bone, cartilage, muscle, vessels or nerve tissues that make up the chest wall.

These masses can start directly from the cells of the chest wall itself, or they can occur when cancer from another part of the body spreads there.

When planning treatment, the origin of the tumor and its biological behavior are the most determining factors.

Primary Chest Wall Tumors (Bone and Soft Tissue Origin)

Primary tumors refer to masses that originate directly from the tissues of the rib cage itself.

Approximately 60% of this group is malignant and the rest is benign.

Primary tumors originating from bone tissue are usually located in the ribs, while those originating from soft tissue develop from muscle and adipose tissue.

Metastatic rib cage tumors (spreading from other organs)

Metastatic tumors occur when cancer cells from another organ spread to the chest wall through blood or lymph.

Especially breast cancer, lung cancer, kidney cancer and thyroid cancers are the most common types of metastasis to the rib cage.

Treatment in this case requires a systemic approach that involves not only the mass in the rib cage, but also the main source of cancer.

Benign and Malignant Chest Wall Tumors

Not every mass in the rib cage is cancer; However, a tissue sample and further imaging are essential for precise differentiation.

Benign tumors usually grow slowly and do not show an aggressive tendency to surrounding tissues; But when they increase in size, they can put pressure on the lungs.

Malignant tumors, on the other hand, carry the risk of rapid growth, destruction of bone tissue, and spread to distant organs.

Common Benign Masses: Osteochondroma and Lipoma

The most common benign masses are painless formations that are usually detected incidentally.

• Osteochondroma: They are masses that are a mixture of bone and cartilage, seen at the ends of ribs or long bones.
• Lipoma: They are soft and mobile masses originating from the adipose tissue under the skin; Rarely, they can deepen into the chest cavity.
• Fibrous Dysplasia: It is a condition that weakens the bone, characterized by the disruption of the normal structure of the bone and its replacement by a scar-like tissue.

Malignant Bone Tumors: Chondrosarcoma and Ewing Sarcoma

Malignant tumors constitute one of the most serious intervention areas of thoracic surgery.

• Chondrosarcoma: It is the most common primary malignant chest wall tumor in adults; It originates from cartilage tissue and its complete surgical removal is critical in treatment.
• Ewing Sarcoma: It is more common in children and young adults; It is an aggressive bone cancer that is usually sensitive to chemotherapy and radiotherapy.
• Plasmacytoma: It originates from cells in the bone marrow and often leads to painful destruction of the ribs or sternum.

What are the Symptoms of Rib Cage Tumor?

Symptoms vary depending on the type of tumor, its growth rate and which tissue it affects.

Some tumors do not cause any symptoms for years, while others can cause severe complaints within a few weeks.

Swelling and Masses Noticed in the Breast

The most common reason for application is hard swelling that the patient feels with his hand or can be seen from the outside.

These swellings, which usually start painlessly, may grow over time and cause redness or increased vascularization of the overlying skin.

If the mass is hard and feels attached to the rib, a specialist examination is required immediately.

Persistent Chest Pain and Shortness of Breath

Pain usually occurs as a result of the tumor stretching the bone membrane (periosteum) or pressing on nearby nerves.

• Blunt and Constant Pain: It is more common in malignant masses and can wake you up at night.
• Shortness of Breath: It develops when the tumor grows into the rib cage, preventing the lung from expanding or causing fluid to accumulate in the pleura.
• Cough and Bloody Sputum: It can be seen in advanced cases where the tumor has progressed to the lung tissue.

Prof. Dr. Levent Alpay: Do not neglect every mass in your rib cage by saying “it is a sebaceous gland”. Especially the hard, immobile and recently growing formations that you feel on the ribs should be examined meticulously. In an early diagnosed chest wall tumor, we can not only remove the mass, but also preserve the mechanical structure of the rib cage in the healthiest way. Remember, waiting for the onset of pain may cause you to be late in diagnosis.

Diagnosis and Diagnostic Methods in Rib Cage Tumors

The correct treatment strategy for rib cage tumors begins with determining not only the location of the mass, but also its character and depth relationship with surrounding tissues.

The diagnostic process consists of listening to the patient’s complaints, followed by advanced technology imaging methods and biopsy stages that give definitive results.

A multidisciplinary approach is essential at this stage, as an erroneous evaluation may lead to inadequate surgical margins or unnecessary tissue loss.

Imaging with Examination: Thorax CT and PET-CT

Computed Tomography (CT) is the basic examination that shows the bone destruction in the ribs and sternum, and the distance of the tumor to the lungs in millimeters.

PET-CT, on the other hand, helps us understand whether there is another focus of the tumor throughout the body or the metabolic activity (aggressiveness level) of the mass.

In some soft tissue tumors, contrast-enhanced MRI (MRI) imaging may also be included in the process to see the relationship of the mass with the vascular and nerve packages.

Tru-cut (Needle) Biopsy and Pathological Evaluation

No matter how advanced the imaging methods are, the final step in determining the type of mass is the biopsy.

A small piece of the tumor is taken with a “tru-cut” (thick needle) biopsy, which is usually performed under local anesthesia and under ultrasound or tomography.

This sample is examined in the pathology laboratory to clarify whether the tumor is benign or malignant and the surgical plan is shaped according to this result.

Rib Cage Tumor Treatment Methods

The main therapeutic method in chest wall tumors is the complete removal of the tumor along with some healthy tissue around it.

In order to prevent the tumor from recurrence in malignant masses, a technique called “wide resection” is applied, in which safe surgical margins are preserved.

Surgical Resection: Complete Tumor Removal

During the operation, the ribs or sternum part where the tumor is located are meticulously removed according to the area of spread of the tumor.

The main goal here is to obtain a clean surgical field, leaving no microscopic tumor cells behind.

The size and location of the tumor is the most important factor that determines whether the operation will be performed with the closed (VATS) or open method.

Chest Wall Reconstruction: Mesh and Titanium Plate Applications

The space formed in the rib cage when a large tumor mass is removed must be reconstructed to preserve respiratory mechanics and safety of internal organs.

• Synthetic Meshes: Special patches are used to give flexibility and durability to the chest wall.
• Titanium Plates: Titanium systems replacing the removed ribs maintain the rigidity of the rib cage and allow the lung to swell comfortably.
• Texture Shift (Flep): When necessary, muscle and skin tissues taken from another part of the body are used to cover the repaired area.

Postoperative Recovery Process and Oncological Follow-up

After the surgery, patients undergo a short hospital period during which chest wall stability and breathing capacity are checked.

Thanks to the modern materials used in the repair, patients can gradually return to their daily routines, usually within 1-2 weeks.

In malignant tumors, additional treatments such as radiotherapy or chemotherapy are planned by the oncology council after surgery and the follow-up process is initiated.

Treatment Approaches Comparison Table

Prof. Dr. Levent Alpay: Rib cage tumor surgeries are not just a mass removal procedure; it is also an engineering work. With titanium plates and special patches that we replace the tissues we have removed, we restore the natural resistance and appearance of your rib cage as if you had never had surgery. Our most important assistant in this process is error-free surgical planning with advanced imaging techniques.

Case Experience (Anonymous):

In the examinations performed on our 50-year-old patient, who noticed a painful swelling in his right rib, a 6 cm chondrosarcoma (malignant mass) originating from the rib was detected. The tumor was removed within wide limits along with the three ribs it affected. The resulting cavity was reconstructed with titanium plates and a special patch. Our patient, who did not experience respiratory distress after the surgery, continues to be followed up in his 5th year in a completely healthy and tumor-free manner.

For a suspicious mass or persistent pain you notice in your chest area, you can make an appointment with our clinic and seek expert opinion for the correct diagnosis and personalized treatment planning.

Frequently Asked Questions

Is Every Swelling in the Rib Cage Cancer?

No, a significant portion of swelling in the rib cage is lipoma (sebaceous gland), cyst, or benign bone growths; However, for definitive differentiation, specialist examination and imaging are absolutely necessary.

Will There Be Deformity After Chest Wall Surgery?

Thanks to modern reconstruction techniques (titanium plates and mesh), the area where the mass is removed is repaired in accordance with its former form and a significant deformity is prevented.

Is Radiotherapy Required After Tumor Surgery?

Depending on the type of tumor, the condition and stage of the surgical margins, additional radiotherapy may be recommended by oncology specialists to reduce the risk of recurrence of the disease.

Scientific Bibliography

• The Annals of Thoracic Surgery: Chest Wall Tumors: Diagnosis and Management
• PubMed (NCBI): Primary Malignant Chest Wall Tumors
• Journal of Thoracic Disease: Reconstruction Techniques in Chest Wall Surgery
• Lancet Oncology: Systemic Therapy and Surgical Approaches for Sarcomas

Hemo-pneumothorax is a condition where both blood (hemothorax) and air (pneumothorax) accumulate simultaneously in the distance between the lung and the chest wall, called the pleural space.

Under normal conditions, there is a negative pressure in this cavity, and this pressure allows the lungs to remain attached to the rib cage and remain inflated.

When air or blood enters this cavity from outside, the pressure balance is disrupted, the lung begins to deflate and the fluid/air accumulated in the chest cavity puts pressure on the vessels leading to the heart.

This is an emergency surgical condition that can lead to both respiratory failure and circulatory disorder and must be intervened within minutes.

With modern thoracic surgery protocols, these deposits are quickly evacuated, allowing the lung to swell again and eliminating the risk to life.

What is Hemo-Pneumothorax? How Does It Develop?

Hemo-pneumothorax is a leak into the pleural space as a result of damage to the lung tissue or vessels in the chest wall.

“Pneumothorax” develops when air leaks from the lung, and “hemothorax” develops when blood leaks from the vein; When both are together, the lung is under bilateral pressure.

While the air causes the lung to deflate (collapse); The accumulated blood both compresses the lungs and prepares the ground for shock due to blood loss in the body.

The Relationship Between Hemothorax and Pneumothorax

These two conditions usually trigger each other as a result of a trauma; For example, a broken rib can rupture the lung, leading to both air and blood leakage.

Air leakage rapidly fills the pleural space, while blood settles in the lower parts of this space, pushing the base of the lung upwards.

As a result, the lung becomes dysfunctional, as if being compressed by a vice, and gas exchange reaches a standstill.

Pressure Balance in the Chest Cavity and Lung Collapse

The lungs are elastic like a balloon and tend to deflate as soon as the negative pressure on them is removed.

In hemo-pneumothorax, each breath that enters increases the pressure in the pleural space, making the lung even smaller.

If this condition reaches the stage of “blood pressure pneumothorax”, the heart and main vessels are pushed to the opposite side and blood circulation may stop completely.

What are the Symptoms of Hemo-Pneumothorax?

Symptoms start suddenly and worsen rapidly depending on the severity of the trauma or the amount of blood/air accumulated.

Sudden Severe Chest Pain and Shortness of Breath

Patients often describe a sharp pain as if a knife has been stabbed in their chest, and this pain is exacerbated by breathing.

Since the lung is deflated, the patient begins to feel air hunger; Due to shortness of breath, the patient may have difficulty speaking and may breathe rapidly.

Low Blood Pressure, Heart Rate Acceleration and Shock Symptoms

Due to blood loss (hemothorax), the patient’s color fades and his skin becomes cold and moist.

The body accelerates the pulse to balance the decreasing amount of blood; If the intervention is delayed, blood pressure drops and shock symptoms such as confusion occur.

Causes and Risk Factors of Hemo-Pneumothorax

Although there is usually physical damage behind hemo-pneumothorax, sometimes medical processes can also cause it.

Blunt and Penetrating Chest Traumas

Rib fractures caused by hitting the steering wheel or seat belt pressure in traffic accidents are the most common “blunt” cause.

“Penetrating” traumas such as stabbing or gunshot wounds directly open both the air and blood pathway, leading to a severe picture.

Spontaneous Hemo-Pneumothorax Cases

In rare cases, this condition can develop without trauma as a result of the rupture of a vessel in that area with the bursting of small air sacs (blebs/bullae) in the lung.

It can be seen during menstruation (catamenial), especially in young, thin and tall men or women with endometriosis (chocolate cyst).

Iatrogenic Causes (Conditions After Medical Intervention)

These are accidental injuries that occur during central venous catheter insertion, lung biopsy or fluid removal from the chest cavity (thoracentesis).

Hemo-Pneumothorax Diagnosis and Diagnostic Methods

In emergency room conditions, diagnosis is made within seconds with physical examination and rapid imaging.

Physical Examination: Decreased Breathing Sounds

When the doctor listens with the stethoscope, he hears that the breathing sounds on the affected side have completely disappeared or become very reduced.

In addition, when the rib cage is tapped with a finger (percussion), the drum sound (tympanism) is taken in the upper parts where there is air, and the matite (full sound) is taken in the lower parts where there is blood.

Radiological Imaging: Chest X-ray and Chest CT

In the standing chest X-ray, a flat fluid level (hydroaero line) formed by the blood below is clearly seen.

In stable patients, Computed Tomography (CT) gives the most detailed information to see the source of the bleeding and the extent of lung damage.

Emergency Evaluation with Ultrasonography (FAST)

With the ultrasound method called “E-FAST” in trauma centers, it can be determined whether there is blood or air in the chest cavity within seconds without radiation.

Hemo-Pneumothorax Treatment Methods

The priority of treatment is the “ABC” rule: Open the airway, restore breathing and control circulation (blood loss).

Emergency Intervention: Chest Tube Insertion (Tube Thoracostomy)

The definitive treatment for hemo-pneumothorax is the insertion of a drainage tube through the chest wall into the pleural space.

Thanks to this tube, the trapped air is evacuated and the accumulated blood is taken out; As the pressure is removed, the lung instantly begins to inflate again.

Management of Blood Loss and Fluid Replacement

The amount of blood taken out is monitored and the patient is transfused with fluid and, if necessary, blood through the vein.

If the amount of blood coming from the chest tube is more than 200 ml per hour or exceeds 1500 ml in total, an emergency surgical decision is taken.

Surgical Intervention: When is Thoracotomy or VATS Needed?

Surgery is required in cases where the bleeding does not stop or the tear in the lung does not close with the tube.

Today, these operations can be done by entering through small holes with the closed method (VATS); However, open surgery (thoracotomy) is life-saving in heavy bleeding.

Hemo-Pneumothorax Treatment Decision Chart

Prof. Dr. Levent Alpay: Hemo-pneumothorax is a picture in which the surgeon is racing against time. The most critical mistake here is to just release the air and underestimate the bleeding. As soon as we insert the chest tube, we follow the amount of blood coming in millimeters; Because if there is insidious bleeding inside, this can put the patient in shock. Thanks to VATS technology, which is a closed method, we can now find and repair the bleeding foci of these patients with millimetric cameras without stitches and large incisions. Early intervention prevents the lung from deflating and losing function.

Case Experience (Anonymous):

A 22-year-old young man was brought in with severe pain and bruising on his left side after falling from a height. In the X-ray, it was seen that the left lung was completely deflated and approximately 800 ml of blood accumulated. The lung was inflated with an urgently inserted chest tube, but the air leak did not stop for 3 days. In the VATS (closed surgery) procedure, a burst air sac at the top of the lung was detected and closed, and the patient was sent home with full recovery on the 5th day.

If you have suffered a blow to your chest area or are experiencing sudden shortness of breath, it is vital to consult a specialized thoracic surgeon for immediate evaluation and proper treatment management.

Healing Process and Follow-up After Tube Removal

The chest tube is removed when the air leak is completely stopped and the daily blood supply stops (usually 2-5 days).

After the tube is removed, the patient’s chest X-ray is taken again to confirm that the lung remains swollen.

During the healing process, it is critical for the patient to perform blowing exercises (triflo) to remove any remaining fluids from the lungs and prevent infection.

Frequently Asked Questions

Does Hemo-Pneumothorax Cause Death?

Yes, if the pressure in the pleural cavity reaches a level that puts pressure on the heart (blood pressure picture) or if blood loss cannot be controlled, it can be fatal if not intervened.

Is Pain Felt During Chest Tube Insertion?

The procedure is usually performed under local anesthesia in emergency conditions; Since the area is numbed, no severe pain is felt during the insertion of the tube, but there may be a feeling of pressure.

Is There a Risk of Recurrence After Treatment?

In trauma-related cases, the risk of recurrence after repair of damage is low; However, in cases that develop spontaneously, if there is an underlying structural disorder, there is a risk of recurrence and surgical protection may be required.

Scientific Bibliography

• Cleveland Clinic: Hemopneumothorax Diagnosis and Management
• ScienceDirect: Clinical Overview of Traumatic Hemopneumothorax
• Journal of Trauma and Acute Care Surgery: Chest Tube Management Guidelines
• American Association for the Surgery of Trauma: Thoracic Trauma Protocols

Pectus carinatum is a deformity characterized by the outward growth of the sternum bone (sternum) that forms the anterior chest wall and the cartilage ribs connected to it.

This condition, popularly known as “pigeon chest”, manifests itself when the rib cage tapers forward, as if it were the chest of a bird.

It is the second most common structural disorder among chest wall deformities after shoemaker’s chest (pectus excavatum).

While it often goes unnoticed at birth, it can become apparent during the rapid growth spurt of adolescence, leading to both physical and psychological issues.

Today, thanks to the developing technology, the treatment of this condition is successfully carried out with special devices called “orthoses” or closed surgery techniques without the need for surgery.

What is Pectus Carinatum? Why Does It Happen?

Pectus carinatum occurs when the sternum pushes forward as a result of abnormal and uncontrolled elongation of the rib cartilages.

Although the exact cause of this structural disorder is not known exactly, metabolic processes or growth factors in cartilage tissue are thought to be effective.

A family history of a similar rib cage disorder is found in about 25% of cases, indicating a strong genetic predisposition as a strong factor.

In addition, its incidence is quite high with other skeletal system disorders such as scoliosis (curvature of the spine).

Pigeon Chest Formation Mechanism and Incidence

The mechanism of its formation is based on the irregularity in the ossification process of cartilage tissue and the fact that this tissue acts as a lever that lifts the sternum outwards.

According to statistical data, it is approximately 4 times more common in boys than girls.

It usually becomes evident between the ages of 11-15, when body development is at its fastest, to be seen from the outside with the naked eye.

Types of Pectus Carinatum: Chondrogladios and Chondromanubrial

Medically, pigeon chest is divided into two main groups according to the location of the protrusion:

• Chondrogladiolar Type: It is the most common type; The middle and lower parts of the sternum taper outward.
• Chondromanubrial Type: It is a rarer type and more complex to treat; It occurs when the upper part of the breastbone (manubrium) protrudes and is also called the “pigeon fly”.

In both types, the deformity can be symmetrical, as well as asymmetrical forms where only one side of the chest protrudes.

Pigeon Chest Symptoms and Physical Effects

Although the main problem in most cases is aesthetic appearance, the loss of flexibility of the rib cage can lead to physical limitations.

Protrusion and Deformity of the Chest Wall

The first and most obvious symptom is a hard, bony protrusion that forms on the front of the rib cage.

This protrusion can be visible even under tight clothing and can trigger behavioral disorders in children, such as avoidance of social environments and tendency to slouch over.

Exercise Intolerance and Shortness of Breath

Since the rib cage is fixed in the “continuously inhaled” position in the pectus carinatum, the stretching capacity of the lungs may be restricted.

Especially in young people who do active sports, fatigue, shortness of breath during exertion and sometimes stinging pain in the chest area can be seen.

Although pressure on the heart is rare, it can be difficult for the lungs to ventilate at full capacity due to the rigid structure of the rib cage.

Pigeon Chest Diagnosis and Evaluation Methods

The diagnostic process includes a physical examination, as well as radiological tests that measure the severity of the deformity.

Physical Examination and State Index

The specialist physician examines the patient’s rib cage from different angles and checks the symmetry and flexibility of the deformity.

The Haller Index is the ratio of the transverse diameter of the rib cage to its longitudinal diameter; This index numerically reveals the severity of the stenosis or protrusion.

Radiological Imaging: Thorax CT and MRI

Thorax CT (Computed Tomography) guides the treatment plan by mapping the cartilage and bone structures in detail.

Thanks to CT scans, the rotations (torsion) on the sternum and the position of the internal organs are clearly evaluated.

MRI (MRI) imaging may also be preferred to examine non-bone tissues in adolescents due to less radiation risk.

Pectus Carinatum Treatment Options

The most important revolutionary development in the treatment of pigeon chest is the prominence of non-surgical solutions at the age when the rib cage is flexible.

Non-Surgical Treatment: Use of Orthotics (Corset) and Pressure Adjustment

Orthotic treatment is a special corset system that is placed over the rib cage and applies controlled pressure from the outside.

Just like in braces treatment, it puts constant pressure on the bone and cartilage tissues, pushing the deformity inward.

Modern orthoses with pressure adjustment increase the patient’s comfort and allow the physician to follow the treatment process millimetrically.

Success Rates and Duration of Use in Orthotic Treatment

The success rate of orthotic treatment in young people with flexible chest walls is between 80% and 90%.

• Adaptation Process: In the first weeks, low-pressure applications are made to get the body used to the device.
• Usage Time: These devices, which should be worn for an average of 12-23 hours a day, are used between 6 months and 2 years, depending on the severity of the deformity.
• Tracking: With regular checks, the pressure points are updated and the amount of improvement is monitored.

Prof. Dr. Levent Alpay: “Age” is the most critical factor in the treatment of pectus carinatum. Orthotic treatment, which is started during adolescence when the rib cage is still flexible, can save the patient from a major surgery. However, when applied after ossification is completed, surgery may become the only option. For this reason, parents should consult a specialist as soon as they notice changes in their child’s breast structure, which directly affects the success of treatment.

Pectus Carinatum Surgery (Surgical Methods)

Surgical options are considered in patients who do not respond to orthotic treatment or whose bone structure is too hardened to be corrected with orthotics.

Modern medicine offers both closed and open techniques for reshaping the rib cage.

In the decision for surgery, the age of the patient, the type of deformity and the psychological state of the person are considered as a whole.

Closed Surgery (Abramson Technique): Minimally Invasive Approach

The Abramson technique is the version of the Nuss surgery for the shoemaker’s chest, developed for the pigeon’s chest.

A metal bar is inserted over the breastbone (sternum) through small incisions made on both sides of the chest.

This bar presses the outward protrusion inward, bringing the rib cage to its normal anatomical position.

Since it does not require large incisions, the aesthetic results are excellent and the hospital stay is quite short.

Open Surgery (Modified Ravitch Technique): Who is it applied to?

The Ravitch method is preferred in cases where the chest wall is too hard or the deformity is asymmetrical and excessively advanced.

In this procedure, abnormal cartilage ribs attached to the sternum are removed and the breastbone is brought to the plane where it should be.

It is generally the method that gives the most reliable results in adults who have completed their growth and development or in patients with complex bone structure.

Post-Treatment Recovery Process and Quality of Life

Whether the treatment is done with orthotics or surgery, the ultimate goal is the full recovery of the patient, both physically and socially.

After surgery, patients are usually discharged within a few days and can return to normal activities within a month.

The bars placed with closed surgery are removed with a simple procedure after the rib cage adapts to its new shape (average 2-3 years).

Psychological Effects and Self-Confidence Gain

Young people with pigeon chests often exhibit behaviors such as avoiding swimming, wearing loose clothing, and slouching due to their body image.

The improvement of the rib cage after treatment provides a rapid increase in self-confidence and more active participation in social life in these young people.

Physical recovery not only increases lung capacity but also has lasting positive effects on a person’s mental well-being.

Treatment Methods Comparison Table

Prof. Dr. Levent Alpay: Success in the treatment of pigeon chest begins with the patient’s belief in the treatment. While the support of the family and the regular use of the device by the young person constitute 100% of the success in orthotic treatment, a team experienced in surgical options provides the best aesthetic appearance with the least risk. It should not be forgotten that this is not just an aesthetic concern, but the construction of a young person’s self-confidence and posture in the future.

Case Experience (Anonymous):

Our 14-year-old male patient had started to develop social phobia due to prominent pectus carinatum. Measurements showed that the chest wall was still flexible, and a personalized pressure-adjustable orthotic treatment was started instead of surgery. At the end of 1 year of regular use, our patient, whose rib cage returned to normal completely, regained his health and self-confidence without requiring any surgical intervention.

If you are concerned about changes in your child’s breast structure or if you want to know whether the current condition requires surgery, you can make an appointment with our clinic and seek expert opinion.

Frequently Asked Questions

Does Pigeon Chest Go Away On Its Own?

No, pectus carinatum is a developmental disorder and unless treated, the bone structure hardens in this way; however, it can continue to change shape until growth is complete.

What is the Best Age Range for Orthotic Treatment?

The best results are obtained between the ages of 10-15 when the rib cage is still flexible; However, in appropriate cases, success can be achieved up to the age of 18.

When is the bar removed after Abramson’s surgery?

It is generally recommended that the metal bar remain in the body for 2 to 3 years in order for the rib cage to ossify enough to maintain its new form.

Scientific Bibliography

• Journal of Pediatric Surgery: Compressive Orthotic Bracing for Pectus Carinatum
• The Annals of Thoracic Surgery: The Abramson Procedure: Minimally Invasive Repair of Pectus Carinatum
• PubMed (NCBI): Management of Pectus Deformities in Adolescents
• Pectus Clinic International: Non-surgical Treatment Protocols

Pneumothorax is a condition in which the lung is partially or completely deflated as a result of the accumulation of air in the area between the lung and the chest wall, called the pleural space.

Under normal conditions, the negative pressure balance that keeps the lungs inflated in the rib cage is disrupted by air leakage into this cavity and the lung tissue collapses on itself like a balloon deflating.

This condition, popularly known as “lung collapse” or “lung puncture”, is a non-oncological thoracic surgery problem that suddenly reduces respiratory capacity and requires rapid medical intervention.

What is Pneumothorax? Lung Collapse and Perforation

Pneumothorax is the shrinkage of the lung and loss of function due to air entering between the lung membranes (pleura).

A microscopic hole in the outer surface of the lung or an injury to the chest wall can trigger this process.

As the amount of extinction increases, the respiratory function on the side of the deflated lung comes to a standstill, causing oxygen levels in the body to drop rapidly.

What Causes Pneumothorax?

Lung collapse can develop without an underlying cause, or it can occur due to an existing disease or external factors.

Physicians examine pneumothorax in the main categories according to the mechanism of its formation:

Primary Spontaneous Pneumothorax (Occurring Without Cause)

It occurs when small, thin-walled air sacs called “blebs”, usually located at the very top of the lung, burst.

It is the most common type in individuals who do not have any lung disease, usually young (between the ages of 20-40), thin and tall.

Smoking directly increases the formation of these vesicles and the risk of bursting.

Secondary Spontaneous Pneumothorax (Disease-Related)

It develops as a result of the loss of integrity of tissues damaged by an existing lung disease.

Conditions such as COPD, emphysema, cystic fibrosis, tuberculosis, or lung cancer weaken the lung tissue, making it susceptible to perforation.

Since lung reserve is already limited in this group of patients, even a small deflation can lead to very severe symptoms.

Traumatic Pneumothorax (Accidents and Injuries)

It occurs when the lung is damaged as a result of physical blows to the rib cage.

Traffic accidents, falls from a height, sharp tool injuries or rib fractures tearing lung tissue fall into this category.

Sometimes unintentional complications during medical procedures (biopsy, catheter insertion, etc.) are also considered in this group.

Tension Pneumothorax (Emergency)

It is the most dangerous form of pneumothorax and requires immediate attention.

A “one-way valve” mechanism is formed, in which the air entering the chest cavity cannot get out.

The accumulated air not only deflates the lung, but can push the heart and large vessels to the opposite side, causing blood circulation to stop; This condition requires intervention within minutes.

What are the Symptoms of Pneumothorax?

Lung collapse usually starts suddenly and symptoms differ according to the degree of collapse.

The body usually expresses pressure on the lung parenchyma with the following signals:

• Sudden and Severe Chest Pain: It is usually stinging, exacerbated by breathing and can spread to the shoulder/back area.
• Shortness of Breath: It develops due to the decrease in oxygen capacity with the collapse of the lung.
• Dry Cough: It is a reflex condition that occurs as a result of stimulation of the airways.
• Rapid Heartbeat (Tachycardia): It is an effort of the body to balance the decreasing oxygen.
• Bruising on the Skin (Cyanosis): It is seen in advanced cases where the blood oxygen level drops to a critical level.

Prof. Dr. Levent Alpay: In young patients, a stinging chest pain that develops suddenly while doing sports or at rest is often confused with muscle pain; However, if the pain is accompanied by shortness of breath, the possibility of pneumothorax should be evaluated with a chest X-ray.

Who Is More Common in Lung Collapse? Risk Factors

While pneumothorax can occur in any age group, certain physical characteristics and lifestyle habits significantly increase this risk.

In particular, there is a typical patient profile of the condition we call primary spontaneous pneumothorax.

• Gender and Body Structure: The incidence is much higher in young (20-40 years), tall and thin men than in women.
• Smoking: Tobacco products disrupt the structure of the air sacs in the lungs, making them ready to burst; The risk is 20 times higher in smokers.
• Genetic Predisposition: Individuals with a family history of lung collapse have an increased risk due to connective tissue weakness.
• Existing Lung Diseases: Chronic problems such as COPD, emphysema, or cystic fibrosis weaken tissue integrity.
• Atmospheric Variations: Although very rare, sudden pressure changes (such as diving or air travel) can trigger the rupture of risky vesicles.

Pneumothorax Diagnosis and Diagnostic Methods

The diagnostic process is based on the verification of the patient’s complaints and physical findings with radiological images.

Physical Examination and Listening Findings

When the physician listens to the lungs with a stethoscope, he determines that the respiratory sounds decrease or disappear completely on the deflated side.

In addition, when the rib cage is tapped (percussion), a more “timbre” sound than normal due to the excess air inside is a strong finding supporting the diagnosis.

Chest X-ray and Computed Tomography (CT)

Chest X-ray is the first and fastest method used to detect extinction; The line where the lung tissue separates from the chest wall is clearly observed.

Computed Tomography (CT) is the gold standard for detecting small amounts of deflation and determining the risk of recurrence by imaging the sacs called “blebs” in the upper parts of the lung.

Pneumothorax Treatment Methods

The main goal of treatment is to evacuate the air from the pleural space, allowing the lung to adhere to the chest wall again and reach its normal width.

Observation and Oxygen Therapy

If the amount of deflation is very small (below 15%) and the patient does not complain of shortness of breath, close follow-up can be applied in the hospital or at home.

The high-flow oxygen support given to the patient helps the body absorb the air between the lung membranes faster.

Needle Aspiration and Chest Tube Insertion (Thoracic Tube)

If the amount of deflation is greater, the accumulated air is evacuated with the help of a needle or a thin catheter.

In more advanced cases, “Chest Tube” (Thoracic Tube) is applied; A tube inserted through the chest wall is connected to the underwater drainage system, ensuring continuous evacuation of air inside.

Closed Pneumothorax Surgery (Lung Patching with VATS)

The definitive solution for recurrent lung collapse or in cases that do not heal the first time is closed surgery.

With the VATS method, burst air sacs (blebs) are removed through a small incision and the lung surface is repaired.

Pneumothorax Treatment Methods Comparison Table

Pleurodesis (Bonding Treatment)

It is the process of administering special medical substances (talp or blood) between the two membranes to ensure that the lung adheres to the chest wall and prevents it from deflating again.

This procedure can also be performed during surgery or through a chest tube.

Prof. Dr. Levent Alpay: In the treatment of pneumothorax, it is sometimes not enough to just evacuate the air; If the risk of recurrence is high or the patient’s profession (pilot, diver) carries a risk, it is safest to solve the problem permanently with closed surgery in the early period.

Recovery Process After Pneumothorax Surgery

After closed surgery, patients are usually discharged within 48 hours.

Heavy lifting, severe coughing and playing wind instruments should be avoided for the first few weeks.

Breathing exercises (triflo) should be practiced regularly to increase lung capacity.

Clinical Experience and Case Example (Anonymous):

A 22-year-old smoking and tall college student presented with sudden back pain. In the X-ray, it was seen that the right lung was deflated by 40% and a thoracic tube was inserted. However, since the deflation recurred 1 week after the tube was removed, the patient underwent closed surgery with VATS. The patient, who is in his 2nd year after surgery, quit smoking and continues his active sports life without any problems.

If you are experiencing symptoms of lung collapse or need detailed information about the treatment process, you can make an appointment with our clinic and seek professional expert opinion.

Frequently Asked Questions

Does Lung Collapse Resolve on Its Own?

Only very small (millimetric) extinctions can resolve on their own with rest and oxygen supplementation; However, medium and large extinctions require surgical intervention.

Does Pneumothorax Recur?

In cases treated only with a chest tube, there is a 30-40% risk of recurrence within the first year; In cases where surgical repair is performed, this risk decreases to less than 5%.

Can a Person with Lung Collapse Get on a Plan?

A person who has had a pneumothorax attack should not board the plane until at least 2-4 weeks after the treatment is completed and full recovery is proven radiologically.

Scientific Bibliography

• The Lancet: Spontaneous pneumothorax: Management and outcomes
• PubMed (NCBI): VATS in the management of primary spontaneous pneumothorax
• British Thoracic Society (BTS): Guidelines for the management of spontaneous pneumothorax
• NEJM: A Conservative versus Interventional Treatment for Spontaneous Pneumothorax

Mesothelioma is a very aggressive and rare type of cancer that originates from the thin membrane layer surrounding the internal organs of the body.

Since the most common area is the pleural membrane surrounding the lungs, it is also called “malignant pleural mesothelioma” in the medical literature.

This disease, which usually progresses insidiously, is one of the most concrete examples of cancer that is directly associated with environmental and industrial factors in terms of its causes.

Thanks to modern medical technologies and developments in surgical methods, multimodal treatment approaches that improve the quality of life can be successfully applied in early diagnosed cases.

What is Mesothelioma? What You Need to Know About Pleural Cancer

Mesothelioma does not originate from the lung itself, but from the cells in the membrane layer called the pleura, which surrounds the lung like a sheath and lines the chest cavity.

Unlike typical lung cancers, this disease tends to form a thickening on the membrane and trap the lung like armor, rather than forming a mass within the lung tissue.

Fluid accumulation between the lung membranes (pleural effusion) as a result of uncontrolled proliferation of cells is one of the most basic clinical features.

The disease usually starts unilaterally but has the potential to spread to the chest wall, diaphragm, and opposite lung if left untreated.

What Causes Mesothelioma? Asbestos Exposure and Risk Factors

A very large proportion of mesothelioma cases, approximately 80%-90%, develop as a result of exposure to a natural mineral fiber called “asbestos”.

When asbestos fibers enter the lung through inhalation, they cannot be eliminated from the tissues due to their needle-like structure and become lodged in the pleural membrane, initiating a chronic irritation process that lasts for years.

This irritation causes deterioration in the genetic structure of the cells, triggering cancer decades later.

Environmental and Occupational Asbestos Theme

Occupational exposure is particularly common in workers involved in shipbuilding, insulation, construction, automotive brake pad production, and plumbing work.

Individuals working without protective equipment in these lines of work inhale asbestos fibers intensively.

In addition, the transportation of fibers adhering to the clothes of workers working in asbestos environments to the house creates the risk of “secondary exposure” in family members.

The most characteristic feature of the disease is that it occurs after a long period of 20 to 50 years after the first contact with asbestos.

Mesothelioma in Turkey: The White Earth Effect

In Turkey, mesothelioma has an incidence above the world average due to “environmental asbestos” rather than industrial exposure.

Especially in some villages in the Central and Southeastern Anatolia regions, the use of asbestos-containing soil, known as “white soil” or “white soil” by the people, in plastering houses, whitewashing or as powder for babies is a serious risk factor.

In Eskişehir, Diyarbakır and Cappadocia regions, the genetic predisposition and environmental interactions caused by this situation are the subject of scientific studies.

Another type of mineral called erionite can similarly cause mesothelioma.

What are the Symptoms of Mesothelioma?

In the initial stage of the disease, the symptoms are quite mild and can often be mistaken for a cold or fatigue.

However, when fluid begins to accumulate between the lung membranes, the symptoms become more pronounced and uncomfortable:

• Shortness of Breath (Dyspnea): It is the most common symptom that occurs as a result of the accumulated fluid compressing the lung.
• Persistent Chest Pain: Blunt or stinging pain felt in the rib cage and spreading to the back and shoulders over time.
• Dry Cough: Coughing fits without phlegm that develop due to irritation in the lung membranes.
• Unexplained Weight Loss: Rapid weight loss due to loss of appetite and shifts in metabolism.
• Hoarseness and Difficulty Swallowing: It occurs when the tumor presses on the nerves in the chest cavity or the esophagus.
• Night Sweats and Fever: Fluctuations in body temperature due to the inflammatory process.

Mesothelioma Stages: How Does the Disease Progress?

The first thing to do after mesothelioma is diagnosed is to determine the spread of the disease in the body, that is, its “stage”.

Staging is the most determining factor in choosing the treatment strategy (surgery or chemotherapy?).

• Stage 1: The tumor is limited only to the pleura; It has not yet spread to the lung tissue or lymph nodes. This stage is the stage with the highest chance of surgical success.
• Stage 2: The cancer has started to spread slightly beyond the pleura and into the lung’s own tissue or diaphragm (breathing muscle).
• Stage 3: The tumor has now reached the chest wall, the lymph nodes in the chest cavity or the membrane surrounding the heart (pericardium).
• Stage 4: The cancer has metastasized to the opposite lung, abdominal cavity or distant organs such as bone.

Mesothelioma Diagnosis and Diagnostic Methods

Diagnosing mesothelioma is a specialized process due to the insidious nature of the disease and its similar symptoms to other lung diseases.

Physical examination alone is not enough; It is essential to use radiological and pathological examinations together.

Chest X-ray and Computed Tomography (CT) Findings

The first step in the diagnostic process is usually a standard chest X-ray; Here, fluid accumulation (pleural effusion) is usually observed between the lung membranes.

However, Computed Tomography (CT) is required for a more detailed examination.

CT examination looks for characteristic “mesothelioma signs” such as irregular thickenings of the pleura, nodular structures formed on the membrane, and loss of volume of the lung.

Metastasis Evaluation with PET-CT

PET-CT is an advanced imaging modality that monitors the retention of radiolabeled sugar delivered to the body by cancerous tissues.

This method is used to understand how aggressive mesothelioma is and to determine whether it has spread to another part of the body (bone, liver, etc.).

Furthermore, PET-CT plays a critical role in assessing post-treatment response.

Pleural Fluid Analysis and Thoracoscopic (VATS) Biopsy

A definitive diagnosis can only be made with a tissue sample (biopsy).

Usually, as the first step, a sample is taken from the fluid between the lung membranes with the help of a needle (thoracentesis).

However, liquid-only analysis can sometimes be misleading; therefore, the most reliable method is the “Closed Pleural Biopsy”, that is, the VATS method.

In the VATS procedure, a small camera is entered into the rib cage; Pieces of sufficient size are taken from directly observed suspicious areas and sent for pathological examination.

Prof. Dr. Levent Alpay: In the case of suspicion of mesothelioma, biopsy does not only seek an answer to the question “Is there cancer?”; It also determines the subtype of the tumor (epithelioid, sarcomatoid or mixed). This subtype information is the most important genetic key that determines how well the patient will respond to chemotherapy and life expectancy.

Mesothelioma Treatment Methods

Mesothelioma requires a process that is quite complex to treat and usually involves multiple disciplines (surgery, oncology, radiotherapy) working together rather than a single method.

While preparing the treatment plan, the patient’s age, general health status and stage of the disease are evaluated in detail.

Multimodal Treatment Approach

Today, the gold standard in the treatment of mesothelioma is the “multimodal”, that is, multi-faceted treatment approach.

In this approach, surgical intervention alone is not considered sufficient; It is aimed to completely control the tumor cells by supporting it with chemotherapy and radiotherapy before or after the operation.

Mesothelioma Surgery (EPP and P/D Techniques)

Surgical intervention is performed with two main techniques in order to completely remove the tumor or relieve the patient’s shortness of breath:

• Extrapleural Pneumonectomy (EPP): It is a very aggressive method; The diseased lung, pleura, half of the diaphragm and pericardium are removed as a whole. It is preferred only in highly selected, young patients with high reserve.
• Pleurectomy/Decortication (P/D): It is the process of peeling off only the tumor-covered pleura while preserving the lung tissue. Today, it is the more preferred method because it protects lung functions.

Chemotherapy and Immunotherapy Options

In cases that are not suitable for surgery or in preparation for surgery, drug treatments come into play.

“Immunotherapy” drugs developed in recent years train the body’s own immune system to fight cancer cells and provide promising results in some types of mesothelioma.

Radiotherapy and Hot Chemotherapy (HITHOC) Application

Radiotherapy is used to destroy microcells remaining after surgery or to relieve pain.

In addition, with the HITHOC (Hyperthermic Intrapleural Chemotherapy) method applied during surgery, it is aimed to directly clean the invisible cells by administering chemotherapeutic drugs to the chest cavity at a temperature of 42°C at the end of the surgery.

Mesothelioma Treatment Options Comparison Table

Life and Follow-up After Mesothelioma Surgery

The postoperative period is a period during which the patient focuses on respiratory rehabilitation.

Patients are treated every 3 months for the first 2 years after discharge; In the following years, it is closely followed up with Computed Tomography and blood tests every 6 months.

Case Experience (Anonymous):

A 62-year-old patient with a history of asbestos exposure presented with severe flank pain and shortness of breath. VATS biopsy revealed epithelioid type mesothelioma. First, the tumor was shrunk with chemotherapy, followed by P/D (Lung protective membrane peeling) surgery. The patient, who underwent HITHOC (hot chemotherapy) during the operation, is in his 3rd postoperative year and his follow-up is stable.

Prof. Dr. Levent Alpay: Success in mesothelioma treatment is hidden in the “personalized treatment” plan. Each patient’s tumor structure is different; For this reason, instead of a single type of treatment, combinations suitable for the patient’s genetic structure and quality of life expectancy should be chosen. Don’t lose hope; New generation immunotherapies and surgical technologies allow us to get much stronger results in this disease.

For a detailed evaluation of mesothelioma diagnosis or suspicion, you can seek an expert opinion and make an appointment with our clinic.

Frequently Asked Questions

Can Mesothelioma Heal Completely?

Mesothelioma is a chronic and serious disease; In medicine, instead of “complete recovery”, it is aimed to suppress the disease and ensure that the patient lives a quality life (survival) for many years. In the early stages, the chances of achieving this goal are much higher.

Is Fluid Accumulation in the Pleura a Sign of Cancer?

Not all fluid accumulation is cancer; Heart failure, infections or TB can also make fluid. However, fluid accumulation in those with a history of asbestos should be further examined for mesothelioma.

What is the Life Expectancy After Mesothelioma Diagnosis?

Life span; It varies greatly according to the stage of the disease, the cell type of the tumor and the treatments applied. With modern treatments, these periods can be significantly extended compared to the past.

Scientific Bibliography

• The Lancet: Malignant pleural mesothelioma – Diagnosis and treatment
• Journal of Clinical Oncology (ASCO): Management of Malignant Pleural Mesothelioma
• PubMed: HITHOC in the treatment of malignant pleural mesothelioma
• European Respiratory Journal: ERS/ESTS/EACTS/ESRO guidelines for mesothelioma

Lung contusion is a condition in which lung tissue is crushed as a result of a severe and blunt blow to the rib cage, bleeding and edema occur in the parenchyma.

In this injury, the outer membrane of the lung (pleura) or chest wall can preserve its integrity, but the shock waves created by the impact damage the air sacs called alveoli.

The filling of the air sacs with blood and fluid severely restricts the lung’s capacity to supply oxygen to the blood and poses a life-threatening risk.

This condition, which is usually seen after traumas such as traffic accidents or falling from a height, can follow an “insidious” course; Because the symptoms do not intensify immediately after the injury, but within the first 24-48 hours.

With modern thoracic surgery and intensive care protocols, patients with lung contusion can regain their health without permanent damage.

What is Lung Contusion? How is it formed?

Lung contusion, in its simplest terms, can be described as a “bruising” of the lung, but it is much more complex because this bruising takes place inside the vital organ.

With the force of the impact, the capillaries in the lung tissue crack and blood leaks into the alveoli; This creates a barrier that prevents gas exchange.

In addition, as a result of the body’s inflammatory response to this damage, fluid accumulation (edema) increases in the area, which causes the lung to harden and breathing becomes difficult.

Chest Traumas and Damage to Lung Tissue

Although the rib cage has a flexible structure, this energy is transmitted directly to the lung parenchyma during a sudden stop or severe impact.

Surface tension is disrupted in the damaged area and that part of the lung tends to deflate (atelectasis).

Since blood and edema fluid fill the spaces where air should enter, the oxygen level in the blood begins to decrease even if the patient breathes adequately.

Differences Between Lung Contusion and Lung Injury

Lung injury (laceration) refers to the cutting or rupture of lung tissue; Contusion is a crush in which tissue integrity is not impaired.

Injuries are often accompanied by lung collapse (pneumothorax) or accumulation of blood in the chest cavity (hemothorax).

Contusion, on the other hand, is a set of microscopic damage to the internal structure of the tissue and its treatment is based on supportive medical care rather than surgery.

What are the Symptoms of Lung Contusion?

Symptoms can range from a mild ache to severe respiratory failure, depending on the extent of the damage.

Chest Pain and Shortness of Breath (Dyspnea)

The most obvious complaint is chest pain that intensifies when breathing; This pain usually prevents the patient from breathing deeply.

As the amount of damaged tissue increases, the patient begins to breathe rapidly and superficially because the body cannot get the oxygen it needs.

Cough, Bloody Sputum and Bruising (Cyanosis)

The blood accumulated in the alveoli can be expelled with the cough reflex and cause pink-red blood in the patient’s sputum (hemoptysis).

In severe cases, bruising is observed on the lips, nail beds and fingertips due to lack of oxygen.

Factors Causing Lung Contusion

Lung contusion is a result of the high-energy traumas brought about by modern life.

Traffic Accidents and Falls from Heights

Blows to the chest from the seat belt or steering wheel in in-vehicle traffic accidents are the most common cause of lung contusion.

Even in falling from a height on your feet, the shaking energy can be transmitted upwards, causing crushing in the lungs.

Blunt Chest Trauma and Blast Injuries

Hard blows to the chest during sports injuries, battering, or work accidents are in the category of blunt trauma.

The pressure waves (blast effect) that occur at the time of the explosion can cause severe contusion by “exploding” the lung tissue from the inside, even though no external object hits the body.

Lung Contusion Diagnosis and Diagnostic Methods

Early diagnosis after trauma is critical to prevent the patient from entering respiratory failure.

Physical Examination and Listening to Breathing Sounds

When the physician listens to the lungs with a stethoscope, he may hear crackling-like sounds called “rales” in the contusion area.

The presence of bruising, tenderness or rib fracture in the chest wall strengthens the possibility that the underlying lung tissue is also crushed.

Chest X-ray and Computed Tomography (CT) Findings

Chest X-ray (X-ray) may appear normal immediately after the injury; This “early clean film” should not be misleading.

Computed Tomography (CT) is the most sensitive method for detecting contusion and clearly shows even the smallest damaged areas that X-rays cannot see.

Blood Gas Analysis and Oxygen Saturation Monitoring

The “Arterial Blood Gas”, which is examined with a sample taken from the blood, numerically shows how much the lung can clean the blood and the oxygen level.

With fingertip pulse oximeter monitoring, the patient’s oxygen status is monitored second by second.

Lung Contusion Treatment Methods

The main goal of treatment is to ensure that the patient receives adequate oxygen and prevent infection until the damaged area heals.

Oxygen Support and Respiratory Physiotherapy

In mild cases, it is sufficient to administer oxygen through a nasal cannula or mask; The patient is encouraged to practice deep breathing exercises (use of Triflo).

These exercises prevent the lung from deflating and help remove accumulated fluids.

Pain Management and Intercostal Nerve Blockade

The patient avoids breathing because he feels pain; This leads to lung collapse and pneumonia.

Therefore, effective pain relief is required; If necessary, the patient can breathe comfortably with nerve blockages between the ribs.

Fluid Restriction and Drug Treatments

Damaged lung tissue is a “wet” tissue; Excess fluid given to the body intravenously can increase edema in the lungs.

For this reason, the fluid balance is adjusted very precisely and drugs can be used to reduce inflammation in the lungs.

Approach Table According to Lung Contusion Severity

Prof. Dr. Levent Alpay: Lung contusion is a condition that requires “timing” in thoracic surgery. Even if everything seems fine at the first examination, we keep these patients under observation for at least 24-48 hours; Because fluid accumulation in the lungs increases over time. Our biggest mistake is underestimating pain; If you do not relieve the patient’s pain, he cannot breathe deeply and a simple crush can turn into a severe pneumonia within 3 days. Proper pain control and early physiotherapy are the cornerstone of this treatment.

Case Experience (Anonymous):

The 35-year-old patient, who hit his chest on the steering wheel after a traffic accident, had only mild pain when he applied to the emergency room. Chest X-ray was normal, but CT showed a 30% contusion in the right lung. The oxygen level of the hospitalized patient started to decrease after 12 hours. The patient, whose lungs were completely opened on the 4th day with intense oxygen and aggressive respiratory physiotherapy, was discharged without the need for surgery.

If you have suffered a blow to your chest area and are experiencing shortness of breath or pain, you can make an appointment with our clinic for a detailed check-up and seek expert opinion before there is a life-threatening risk.

Potential Complications and Risk Management

If lung contusions are not managed properly, they can lead to secondary problems.

Pneumonia and ARDS Risk

The blood and fluid in the crushed area is an ideal breeding ground for bacteria; Therefore, the risk of developing pneumonia after contusion is high.

In contusions involving very large areas, the lungs may fail completely (ARDS) and the patient may need to be connected to a ventilator for a long time.

Recovery Time for Lung Contusion

Mild contusions usually heal on their own within 3-7 days, while in severe cases, it may take weeks for the lung to be cleared radiologically.

There is usually no permanent damage after healing, but smoking significantly prolongs the healing process.

Frequently Asked Questions

Does Lung Contusion Go Away on Its Own?

Yes, the body cleans the blood and fluid in the damaged area over time; However, it is vital to seek medical help during this process, such as oxygen support and pain control.

Is Lung Crush Life-Threatening?

It can be life-threatening due to respiratory failure, especially in the elderly, those with comorbidities, or extensive contusions affecting more than 20% of the lung.

When Do Lung Crush Symptoms Appear?

It usually begins immediately after the trauma but is most severe between 24 and 48 hours; Therefore, close follow-up is required for the first two days after trauma.

Scientific Bibliography

• StatPearls (NCBI): Pulmonary Contusion Management and Pathophysiology
• The Journal of Trauma and Acute Care Surgery: Chest Trauma and Lung Injury Outcomes
• MSD Manuals: Thoracic Trauma: Pulmonary Contusion Professional Version
• Journal of Thoracic Disease: Imaging of Blunt Chest Trauma

Esophageal cancer is a serious oncological disease characterized by the uncontrolled proliferation of cells lining the inner surface of the esophagus in the muscular tube structure that carries food from the mouth to the stomach.

This type of cancer usually starts in the inner layer of the esophagus and tends to spread to the outer layers, lymph nodes and surrounding organs over time.

Esophageal cancer, which has an important place among digestive system cancers worldwide, has now become a more manageable health problem thanks to developments in modern medicine and advances in surgical techniques.

In this disease, which has a very high treatment success when diagnosed early, it is vital to take a multidisciplinary approach and create patient-oriented treatment plans.

What is Esophageal Cancer? How Does It Develop?

Esophageal cancer occurs when mutations in cell DNA disrupt the normal life cycle of cells.

Normal cells do not die when they should and multiply rapidly to form masses of tissue called tumors.

Due to the flexible structure of the esophagus, the tumor does not cause any obvious complaints at first, which can lead to insidious progression of the disease.

Anatomical Structure of the Esophagus and Location of the Cancer

The esophagus is approximately 25-30 cm long and passes through three main anatomical regions: the neck, rib cage, and abdomen.

In which of these regions the cancer is located is the most critical factor in determining the surgical technique and treatment strategy to be applied.

For example, radiotherapy comes to the fore in tumors in the neck region, while surgery is the main treatment method for tumors in the junction of the chest and abdomen.

Adenocarcinoma vs. Squamous Cell Carcinoma Difference

Esophageal cancers are divided into two main groups according to the type of cell they originate from.

• Squamous Cell Carcinoma: It develops from the flat cells that line the inside of the esophagus; It usually occurs in the upper and middle parts and is closely related to smoking/alcohol use.
• Adenocarcinoma: It develops from glandular cells that secrete mucus; It is usually seen in the lower parts of the esophagus where it meets the stomach and is associated with chronic reflux/Barrett’s esophagus.

Today, there is a significant increase in Adenocarcinoma cases due to the increase in obesity and reflux in western societies and in our country.

What are the Symptoms of Esophageal Cancer?

Symptoms usually appear when the tumor noticeably narrows the diameter of the esophagus or presses on surrounding tissues.

Difficulty Swallowing (Dysphagia) and Weight Loss

The most typical and first symptom of esophageal cancer is the sensation of food getting stuck while swallowing.

Initially, there is difficulty in only solid foods (such as meat, bread), but as the disease progresses, it may become difficult to swallow even liquid foods.

Reduced food intake due to difficulty swallowing and cancer altering the body’s metabolism leads to involuntary and severe weight loss in the patient in a short time.

Chest Pain, Hoarseness, and Persistent Cough

With the growth of the tumor, chest pain may develop in the form of a burning or pressure sensation behind the sternum.

If the cancer affects the nerves leading to the vocal cords, hoarseness; If it presses on the trachea or forms a fistula (canal), persistent coughing fits may occur.

When these symptoms are seen, a thoracic surgeon or gastroenterologist should be consulted immediately.

Esophageal Cancer Causes and Risk Factors

Although the exact cause of cancer is unknown, conditions that cause chronic irritation in esophageal cells increase the risk rate.

The Impact of Smoking, Alcohol, and Dietary Habits

Tobacco products and excessive alcohol consumption increase the risk of squamous cell cancer exponentially.

In addition, constant consumption of very hot drinks (tea, coffee, etc.) can cause thermal damage to the esophageal mucosa, triggering the cancerous process.

A diet low in fruits and vegetables and high in processed foods is also a significant risk factor.

The Relationship Between Barrett’s Esophagus and Chronic Reflux

The constant leakage of stomach acid into the esophagus (reflux) causes the cells in the lower part of the esophagus to change (metaplasia) over time.

This condition, called Barrett’s Esophagus, has the potential to turn into adenocarcinoma type cancer if left untreated.

Therefore, it is vital that patients with long-term reflux complaints are under regular endoscopic follow-up.

Esophageal Cancer Diagnosis and Diagnostic Methods

Modern diagnostic methods allow us to precisely determine not only the presence of the tumor, but also its cell type and degree of spread (staging).

Endoscopy (Gastroscopy) and Biopsy Procedure

The gold standard in diagnosis is endoscopy, in which the esophagus is examined with a thin tube with a camera at the end.

Small tissue samples (biopsy) taken from suspicious areas during the examination are examined in the pathology laboratory and a definitive diagnosis is made.

PET-CT and Endosonography (EUS) for Staging

Once diagnosed, PET-CT (Positron Emission Tomography) is used to understand the spread of the disease in the body.

EUS (Endoscopic Ultrasonography) is the most sensitive method that shows how deep the tumor has gone into the esophageal wall and whether it has affected the surrounding lymph nodes.

Esophageal Cancer Treatment Methods

Treatment plan; It is designed individually according to the patient’s age, general health status and the stage of the tumor.

Surgical Treatment: Esophagectomy (removal of the esophagus)

Surgery is the most effective method that provides permanent cure (cure) in esophageal cancer.

In esophagectomy surgery, the cancerous area is removed along with a large margin of healthy tissue and surrounding lymph nodes; Then a new esophagus is created from the stomach or intestine.

Minimally Invasive Surgery: Closed and Robotic Surgeries

Today, these major surgeries can now be performed with closed methods without making large incisions in the chest and abdomen.

Thoracoscopic (VATS) and Robotic surgery techniques allow the patient to feel less pain and recover much faster.

In these methods, blood loss is minimal and patients are ready for additional treatments (chemotherapy) more quickly because the immune system is better protected.

Multidisciplinary Approach: Chemotherapy and Radiotherapy Processes

In locally advanced stage cases, “Neoadjuvant” chemotherapy and radiotherapy are applied to shrink the tumor and increase the chance of success before surgery.

These treatment decisions; It should be taken jointly by the council (tumor board), which includes the thoracic surgeon, oncologist and radiologist.

Treatment Options Comparison Table

Prof. Dr. Levent Alpay: Diagnosing esophageal cancer is a difficult process for patients and their relatives, but it should not be forgotten that medicine is at a very advanced point in this regard. Especially thanks to robotic and closed surgical techniques, we can now perform these surgeries, which were previously considered very risky, with high success and low complication rates. My most important advice; You should get the opinion of a specialist thoracic surgeon without wasting time, without attributing complaints such as difficulty in swallowing to “old age” or “stress”. Early intervention saves lives.

Case Experience (Anonymous):

Our 54-year-old male patient applied with the complaint of difficulty swallowing solid foods and loss of 8 kilos for the last 3 months. Examinations revealed a 3 cm tumor in the middle of the esophagus. After short-term radiotherapy and chemotherapy applied before surgery, our patient underwent robotic esophagectomy. With the advantage of rapid recovery provided by closed surgery, our patient started oral feeding on the 6th day and was discharged in good health on the 8th day

You can make an appointment with our clinic to get a second expert opinion about your esophageal cancer complaints or diagnosis and to evaluate closed surgery options.

Postoperative Recovery Process and Nutrition Guide

The first weeks after surgery are the period for the body to get used to the new digestive system.

Patients are initially fed with liquid and soft foods; Over time, they acquire the habit of eating little and often.

Since the newly created esophagus (usually the stomach) is less voluminous, the nutrition plan is arranged with a focus on protein under the supervision of a dietitian.

Frequently Asked Questions

Can Esophageal Cancer Be Detected Early?

Yes, cancer can be caught at its initial stage with regular endoscopic check-ups, especially in at-risk groups with Barrett’s esophagus or chronic reflux.

How Does Life Change After Esophageal Surgery?

After surgery, patients can swallow and eat normally; However, they need to adapt to some lifestyle changes, such as reducing portions and not lying down immediately after eating.

What are the Advantages of Closed Surgery (VATS/Robotics)?

Since the intercostal space is not opened widely in closed surgeries, respiratory functions are better preserved, the risk of infection is reduced and the patient returns to his social life much earlier.

Scientific Bibliography

• The Lancet Oncology: Multimodal Treatment for Esophageal Cancer
• PubMed (NCBI): Robotic-assisted Minimally Invasive Esophagectomy Outcomes
• Annals of Surgery: Esophagectomy Techniques and Quality of Life
• NCCN (National Comprehensive Cancer Network): Esophageal Cancer Clinical Guidelines

Thymus gland cancer is a rare but clinically critical form of cancer that originates in the thymus tissue, which is located in the center of the chest cavity, just behind the sternum.

The thymus gland is a center where “T cells”, which play a key role in the development of the immune system, mature, especially during childhood.

Although in adulthood this gland shrinks and turns into adipose tissue, in some individuals these tissue cells can multiply uncontrollably and form tumoral structures.

Cancers that develop in this region require early detection and precise surgical intervention due to their proximity to the heart and major vessels.

Today, thymus gland cancers can be treated with high success rates thanks to developing oncological surgery techniques and multidisciplinary approaches.

What is Thymus Gland Cancer? Types and Characteristics

Thymus gland cancer is divided into two main groups according to the biological behavior of the cells from which it originates.

This distinction is vital for planning treatment and predicting the patient’s recovery potential.

Thymoma: Slowly Progressing Thymus Tumors

Thymoma is the most common type of thymus tumor that originates from the epithelial cells covering the thymus gland.

These tumors usually tend to grow slowly and may remain confined within the capsule of the thymus gland for a long time.

However, their classification as “benign” can be misleading; Because they carry the risk of spreading (invasion) to the surrounding tissues over time.

Thymomas tend to co-occur with autoimmune diseases such as Myasthenia Gravis, which usually progresses with muscle weakness in the patient.

Thymic carcinoma: Thymus cancer with an aggressive course

Thymic carcinoma is a type of cancer that is much rarer than thymoma but is more biologically aggressive.

These cells look very differentiated from thymus tissue when viewed under the microscope and multiply rapidly.

At the stage of diagnosis, they are usually likely to have spread to surrounding tissues, lymph nodes or distant organs.

Surgery alone may not be sufficient in the treatment process; Due to its aggressive nature, chemotherapy and radiotherapy support is often required.

Causes and Risk Factors of Thymus Gland Cancer

The exact cause of thymus gland cancer is still not fully clarified in the medical world.

Unlike other types of cancer, there is no direct link to smoking, dietary habits or environmental factors.

Although studies on genetic predisposition are ongoing, most cases occur without showing a familial transmission.

The disease usually occurs in adults between the ages of 40 and 70 and there is no significant difference in distribution between the sexes.

What are the Symptoms of Thymus Gland Cancer?

Thymus gland cancers usually progress without any symptoms in the early stages and are detected incidentally during routine check-ups.

However, as the mass grows or begins to put pressure on surrounding organs, significant clinical findings occur.

Pressure and Pain in the Rib Cage

Since the tumor is located just behind the breastbone (sternum), the most common symptom is a feeling of pressure in this area.

Patients often complain of blunt pain in the middle of the chest that does not go away or a tightness that is felt when breathing.

This pain can sometimes radiate to the back or shoulders.

Upper Vena Cava Syndrome (Swelling in the Face and Neck)

A thymus tumor can put pressure on the main vein (Vena Cava Superior) that carries dirty blood from the upper body to the heart.

As a result of this pressure, it becomes difficult for blood to return to the heart and the following symptoms develop:

• Significant swelling (edema) on the face, neck and arms.
• Prominence and enlargement of the neck vessels.
• Dizziness and persistent headaches.
• Bruising or redness of the skin.

Myasthenia Gravis (Muscle Weakness) Symptoms

About half of patients with thymus gland cancer have Myasthenia Gravis, in which the immune system attacks the body’s own muscles.

This condition is caused by the thymus tissue working abnormally and producing faulty antibodies.

The most characteristic symptoms are:

• Increased eyelid drooping (ptosis), especially towards the end of the day.
• Complaints of double vision or blurred vision.
• Fatigue quickly when chewing and swallowing.
• Muscle weakness felt when climbing stairs or raising arms.

Prof. Dr. Levent Alpay: Silence of symptoms in thymus gland cancer may cause the tumor to grow at the time of diagnosis. However, the presence of neurological findings such as Myasthenia Gravis sometimes acts as an “early warning system” that allows the tumor to be caught when it is at a very small stage. It is a life-saving step for patients experiencing these symptoms to consult a thoracic surgeon without wasting time.

Thymus Gland Cancer Diagnosis and Staging Process

Making an accurate diagnosis of thymus gland cancer begins with understanding the tumor’s relationship with surrounding tissues in millimeters.

The diagnostic process is usually triggered by a chest X-ray taken upon complaints or incidentally.

However, advanced imaging techniques are needed for definitive diagnosis and surgical planning.

Radiological Imaging: CT, MRI, and PET-CT

Computed Tomography (CT) is the gold standard for diagnosing thymus tumors, showing the tumor’s size, shape, and proximity to the vessels.

Magnetic Resonance (MRI) offers more detailed tissue contrast, especially to understand whether the tumor has entered the heart or large vessels (invasion).

PET-CT is used to detect whether there is a spread in the rest of the body and to measure the biological activity of the mass.

Evaluation with Masaoka-Koga Staging System

Thymus gland cancers are staged with the globally accepted Masaoka-Koga system.

This system focuses on whether the tumor has exceeded the outer capsule of the thymus gland and has spread to surrounding organs.

In Stage 1, the tumor is completely encapsulated, while in Stage 4, there is spread to distant organs or the pleura.

Thymus Gland Cancer Treatment Methods

The treatment plan is personalized based on the staging results and the patient’s overall health.

The most effective and primary treatment method for thymus gland cancers is complete surgical removal of the tumor.

Surgical Treatment (Thymectomy Surgery)

Thymectomy is the surgical removal of the thymus gland and surrounding fat tissues with potential risk.

The success of the surgery depends on the removal of the tumor without leaving any tissue behind (R0 resection).

If the tumor is attached to the pleura or vessels, the surgeon may plan an extended surgery to include these areas.

Closed Thymus Surgery (Robotic and VATS Techniques)

Today, closed methods called “minimally invasive” are preferred in appropriate cases.

VATS (Video-Assisted Thoracoscopic Surgery) is performed with a camera through small holes opened on the side of the chest.

Robotic Surgery, on the other hand, provides the surgeon with high-resolution 3D images and precise movement in the narrow anterior mediastinum region.

Multidisciplinary Approach: Chemotherapy and Radiotherapy

Additional treatments are added to surgery, especially in aggressive thymic carcinomas or advanced thymomas.

Chemotherapy may be administered to shrink the tumor before surgery (neoadjuvant) or to reduce the risk of recurrence after surgery (adjuvant).

Radiotherapy, on the other hand, is used to provide local control in cases where the surgical margins are close to the tumor or complete cleaning is difficult.

Thymus Gland Cancer Treatment Comparison Table

Preoperative Preparation and Postoperative Recovery Process

Before the surgery, the patient’s pulmonary function tests and cardiological evaluations are meticulously performed.

Especially in patients with Myasthenia Gravis, a coordinated preparation is carried out with the neurologist to prevent a respiratory crisis after surgery.

Patients treated with the closed method after surgery are usually discharged within 48 hours.

Patients should avoid heavy lifting for the first few weeks and continue breathing exercises, which speeds up recovery.

Survival and Follow-up Protocols for Thymus Gland Cancer

Since thymus cancers can progress slowly, the postoperative follow-up process should be spread over years.

10-year survival rates are over 90% in tumors caught at an early stage (Stage 1 and 2) and completely removed.

In the follow-up protocol, computed tomography checks are recommended every 6 months for the first 2 years and annually in the following years.

Prof. Dr. Levent Alpay: The most critical point in thymus cancer surgery is to remove not only the visible tumor, but also the entire thymus gland and surrounding fatty tissues in “blocks”. An incomplete thymectomy carries the risk of recurrence years later. For this reason, it is vital to perform the operation with a team that has a good command of the anatomy and oncological surgery principles of this region.

Case Experience (Anonymous):

A 45-year-old male patient who was found to have a 5 cm mass in the anterior mediastinum during a routine health screening underwent robotic thymectomy. The pathology result was reported as Stage 2 thymoma and all surgical margins were clear. The patient was discharged on the 2nd day of surgery and no signs of recurrence were found in the 5-year follow-up.

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

Frequently Asked Questions

Can Thymus Gland Cancer Be Completely Cured?

The complete cure rate is quite high in thymus cancers diagnosed at an early stage and completely removed by surgery.

Will There Be Hoarseness After Surgery?

If the tumor is too close to the nerves that control the vocal cords, there is a risk of temporary or permanent hoarseness, but this risk is minimized with modern techniques.

Does the Immune System Collapse When the Thymus Gland is Removed?

No, removal of the thymus gland does not adversely affect immunity in adults, as the immune system delegates its function to other organs and the lymphatic system.

Scientific Bibliography

• Journal of Thoracic Oncology: The IASLC/ITMIG Thymic Epithelial Tumors Staging Project
• The Lancet Oncology: Management of thymic tumors: a multidisciplinary approach
• PubMed (NCBI): Robotic-assisted versus video-assisted thoracoscopic thymectomy
• European Journal of Cardio-Thoracic Surgery: Surgical treatment of thymic carcinoma