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What is Pulmonary atresia?

A congenital defect of the heart is called pulmonary atresia. It is, therefore, a congenital cardiac defect. The valve that facilitates blood flow from the heart to the lungs malfunctions in this illness. The valve is called the pulmonary valve.

A solid sheet of tissue forms in place of an opening and closing valve. Because of this, blood cannot usually acquire oxygen from the lungs. Instead, other natural channels within the heart and its arteries carry some blood to the lungs.

These additional routes are necessary for a developing fetus. However, they often close shortly after delivery. As a potentially fatal disorder, pulmonary atresia requires immediate medical attention.

What is the Importance of Timely Treatment?

As pulmonary atresia is a congenital heart abnormality that involves the underdevelopment or absence of the pulmonary valve, which prevents blood flow from the heart to the lungs, timely intervention is essential to avoid serious problems.

To restore normal blood flow, lessen cardiac strain, and prevent heart failure, early intervention, often by surgery or catheter-based procedures, is essential. Growth delays, respiratory distress, and cyanosis are among the potentially fatal complications that might result from postponing therapy.

Immediately treating the illness can lower the risk of long-term consequences, such as pulmonary hypertension, improve quality of life, and increase the likelihood of normal development.

What are the Common Symptoms of Pulmonary atresia?

Pulmonary atresia symptoms might include the following and typically show in the first few hours or days of a baby's life:

  • Breathing quickly
  • A bluish tint to the skin, particularly on the fingers, toes, and lips
  • Clammy, pale or cool skin
  • Breathing issues
  • Fatigue or exhaustion
  • Irritability
  • Poor feeding

Causes, Risk Factors and Complications of Pulmonary Atresia

Causes

  • Pulmonary atresia has no known cause. The baby's heart forms and begins to beat throughout the first six weeks of pregnancy.
  • During this critical time, the main blood arteries that supply and drain the heart also start to form. A congenital heart condition like pulmonary atresia might begin to appear at this stage of a baby's development.

Risk Factors

Risk factors consist of:

  • Obesity.
  • Use of tobacco or alcohol.
  • Diabetes.
  • Pregnancy-related use of some medications, such as blood pressure and acne medications.

Specific congenital cardiac abnormalities run in families. They are inherited as a result.

Complications

Pulmonary atresia complications can include:

  • Infectious endocarditis is a bacterial infection of the heart's inner lining and valves
  • Arrhythmias are irregular heartbeats
  • Impairment of cardiac function

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Latest Research and Technologies in the Treatment of Pulmonary Atresia in Turkey

In Turkey, transcatheter treatments for pulmonary atresia include pulmonary valve perforation, balloon dilation, and patent ductus arteriosus stenting.

A study found that these techniques are viable, safe, and practical, with advantages over surgery, such as shorter hospital stays.

Furthermore, Turkey reported the first successful fetal pulmonary valvulotomy at 28 weeks gestation, indicating the possibility of enhanced proper heart development and postnatal outcomes.

Pulmonary atresia Prevention Tips

The risk of congenital heart abnormalities in your unborn child may be reduced by specific actions you take before or during pregnancy. Among them are:

  • Manage other medical conditions
  • Avoid smoking and stay away from smokers
  • Try to maintain a healthy weight
  • Get the recommended immunisations

Treatment options for Pulmonary Atresia

Balloon atrial septostomy: The natural opening in the wall between the heart's upper chambers is enlarged using a balloon. The foramen ovale, as this hole is known, usually closes shortly after birth. Enlarging the hole facilitates blood flow from the right to the left side of the heart.


Cost Start From USD 3000 - USD 8500Explore Options

Angioplasty: Treatment for pulmonary atresia may involve angioplasty, especially if the pulmonary arteries are constricted.


Cost Start From USD 4500 - USD 7500Explore Options

Bi-directional Glenn Shunt procedure: This procedure facilitates blood flow. It encourages the growth of the right ventricle by joining a big vein to the pulmonary artery and another vein to the right side of the heart.

Fontan Procedure:This treatment may be used by surgeons to create a link if the right lower heart chamber remains too tiny to function. The channel allows the pulmonary artery to receive most, if not all, of the blood that enters the heart.


Cost Start From USD 16000 - USD 27000Explore Options

Heart Transplant: Sometimes, the damage done to the heart is too significant to repair. A heart transplant might then be required.


Cost Start From USD 95000 - USD 170000Explore Options

  • Pulse oximetry: A sensor applied to the fingertip measures the blood's oxygen content.
  • Chest X-ray: The size and shape of the heart and lungs are visible on a chest X-ray.
  • EKG, or electrocardiogram: This rapid and straightforward examination captures the heart's electrical activity. It displays the heart's rhythm.
  • Echocardiogram: This test creates images of the beating heart using sound waves. The primary test used to diagnose pulmonary atresia is typically an echocardiography.
  • Cardiac catheterisation: The test can give specific blood flow and cardiac function details.

Important rehabilitation strategies consist of:

  • Cardiac Rehabilitation: This program consists of supervised exercise, education, and counselling to control the effects of pulmonary atresia. Its goal is to enhance heart function and endurance.
  • Physical therapy: Assists in increasing mobility and strength and treating any physical restrictions brought on by the illness or its treatments, such as surgery.
  • Respiratory Therapy: Particularly for patients who may have trouble breathing or require more support because of decreased blood supply to the lungs, respiratory therapy helps to improve lung function, breathing skills, and oxygenation.
  • Nutritional Support: Ensuring adequate nourishment is essential for children and newborns to promote growth and healing.

To keep the ductus arteriosus open, medication may be administered intravenously. Pulmonary atresia cannot be treated with this method in the long run. However, it allows medical specialists more time to determine the best operation or procedure.

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Hospitals for Pulmonary Atresia in Turkey

Memorial Atasehir Hospital: Top Doctors, and Reviews
Memorial Atasehir Hospital

Istanbul, Turkey

Memorial Atasehir Hospital located in Istanbul, Turkey is accredited by JCI. Also listed below are some of the most prominent infrastructural details:

  • Covers an area of 22,000 sqm in the Anatolian side of Istanbul
  • The Hospital has comfortable patient rooms, designed while considering all the required needs of the patients
  • Capacity of 144 beds
  • Intensive Care Unit
  • Emergency Department
Medicana Bahcelievler Hospital: Top Doctors, and Reviews
Medicana Bahcelievler Hospital

Istanbul, Turkey

Medicana Bahcelievler Hospital located in Istanbul, Turkey is accredited by ISO, JCI. Also listed below are some of the most prominent infrastructural details:

  • Capacity of 89 beds
  • 6 Operating Rooms
  • 2 Delivery Rooms
  • Coronary Intensive Care Unit
  • General Intensive Care Unit
  • Neonatal Intensive Care Unit
  • Dialysis Unit with 30 beds
Medicana Konya Hospital: Top Doctors, and Reviews
Medicana Konya Hospital

Konya, Turkey

Medicana Konya Hospital located in Konya, Turkey is accredited by JCI. Also listed below are some of the most prominent infrastructural details:

  • Providing services in a closed area of 30.000 m2
  • It has a total of 80 physicians (including 32 specialist physicians), 37 academicians, 8 practitioners, 1 psychologist and 2 Dieticians
  • General and Neonatal Intensive Care Units
  • Total bed capacity for 223 beds with 49 in general intensive care, 7 in cardiovascular surgery intensive care, 9 beds in coronary intensive care unit, 41 in NICU and 117 service beds
  • Operating rooms are equipped with the latest medical technologies & state-of-the-art equipment like IT, MRI (1.5 Tesla), Mammography, Ultrasonography, etc.
  • Laboratories and Imaging Units
  • UHA Unit for International Patients
  • Pharmacies on Duty
  • Hospital rooms are categorized as Standard rooms and Suite rooms
  • Rooms are fully equipped with basic needs of a patient and their relatives, like TV, Mini Fridge, Nurse call system, telephone, central air conditioning ventilation system, etc.
  • 24-hour cafeteria
  • Parking lot
  • Mens & Womens Place of worship

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Why Choose Turkey for Pulmonary Atresia Treatment?

Here are some of the reasons for choosing Turkey:

  • Advanced Technology: Turkey provides cutting-edge 3D imaging and catheter-based procedures such as balloon valvuloplasty to ensure exact diagnosis and treatment.
  • Skilled Cardiologists: Highly trained children and adult cardiologists use cutting-edge procedures to achieve the best possible results.
  • Minimally Invasive Procedures: Turkey offers less invasive pulmonary atresia treatments, reducing recovery time and risks.
  • Affordable Care: Compared to many Western countries, treatment in Turkey is less expensive while maintaining high quality.
  • International Patient Services: Turkish hospitals provide multilingual support, seamless care, and extensive services to international patients.

Frequently Asked Questions

Because pulmonary atresia lowers oxygen levels, it is lethal if left untreated. However, your healthcare practitioner can treat your newborn to enhance oxygen circulation if they diagnose it before or after the baby is born. Your infant may require multiple procedures at various ages to continue to get better.

The ailment's severity and the treatment's effectiveness determine the prognosis. Many people can lead active, everyday lives with timely and effective treatment, but long-term monitoring is required.

The chance of recurrence is minimal when blood flow is restored or the pulmonary valve is surgically repaired. However, routine examinations are required to monitor for any possible issues, like blood vessel narrowing or valve failure.

Regular follow-up visits with a pediatric cardiologist, cardiac function monitoring, addressing any problems like arrhythmias or pulmonary hypertension, and maybe more surgeries or treatments as the kid gets older are all part of long-term therapy.

Due to low oxygen levels, infants with untreated pulmonary atresia may have developmental delays, stunted growth, and trouble gaining weight. Normal growth and development, however, can frequently be attained with early intervention.

In Turkey, pulmonary atresia treatment results in a 66% survival rate in neonates after transcatheter intervention.

A successful fetal pulmonary valvulotomy at 28 weeks gestation improved proper heart development and postnatal prognosis.

These developments demonstrate Turkey's progress in PAIVS management, albeit success rates vary depending on the patient.

Yes, treating pulmonary atresia in Turkey costs significantly less than in many Western countries while keeping high medical standards.

Turkey offers low-cost diagnosis and treatment options, like catheter-based procedures and highly qualified doctors, through modern technology.

Many international patients prefer Turkey for its low prices and high-quality therapy.