Paediatric Pulmonology Doctors in Hyderabad

Symptoms include a runny nose, congestion, sneezing, sore throat, cough, fever, reduced appetite, and, on occasion, vomiting or diarrhea. In severe cases, particularly with lower respiratory infections, children may exhibit fast, shallow breathing; chest retractions; wheezing; lethargy; poor eating; and irritability. For the most part, symptoms peak between 3 and 6 days and subside within 1-2 weeks. Infants and individuals with compromised immunity are more likely to have problems.

Symptoms include a persistent cough that starts dry and continues to produce mucus, wheezing, shortness of breath, chest pain, runny nose, fever, and aching muscles. Coughing may remain for weeks, including whistling noises during exertion. Cold sensations, headaches, sore throats, nasal congestion, and rattling breaths serve as other signs. It is usually seen with a viral upper respiratory illness.

Consult one if you have a recurring cough, wheeze, or asthma that isn’t responding to usual treatment, frequent ER visits or hospitalizations, a need for oral steroids more than twice a year, or abnormal lung function tests. Also consider a history of prematurity, chronic lung illness, snoring/sleeping problems, or exacerbating disorders such as reflux or sinusitis. They specialize in complicated respiratory diseases from infancy to puberty.

Seek emergency medical attention if the child’s breathing stops, they become unresponsive, their lips/skin become blue, they have significant retractions, or they have a chronic wheezing/barking cough. Rapid breathing, see-saw chest movement, tripod stance, high-pitched airway noises, or difficulty talking are other warning signs. Rather than waiting, call an ambulance if you see these life-threatening signals.

The diagnosis begins with newborn screening by blood test for high immunoreactive trypsinogen (IRT), followed by a sweat chloride test (after 2 weeks) to look for saltier-than-normal perspiration and genetic testing for CFTR mutations. Positive screenings require confirmation at certified facilities. Symptoms like recurring lung infections or poor development trigger testing in older children. Early diagnosis is required to allow for timely treatment.

Clinical indicators such as tachypnea, cough, fever, retractions, and crackles are used to make the diagnosis, along with a chest X-ray or ultrasound to confirm the infiltration. Amoxicillin is effective against common bacteria such as Streptococcus pneumoniae in outpatients who are not in distress; the normal duration is 7 days. Hospitalized patients may require IV antibiotics (e.g., ceftriaxone) before converting to oral antibiotics, along with oxygen if hypoxic. It is critical to prevent pneumococcus, pertussis, and influenza by vaccination.

Adenotonsillectomy is the first-line therapy for enlarged tonsils/adenoids, which usually alleviates symptoms. If necessary, utilize CPAP/BiPAP for airway assistance, particularly when sleeping. Nasal steroids or allergy medications help with swelling and congestion, where multidisciplinary care tracks progress.

Pediatric pulmonologists usually work with thoracic surgeons rather than performing surgeries themselves, but they can guide procedures such as flexible bronchoscopy for airway assessment, foreign body removal, lung biopsies, lobectomies for malformations or tumors, and repairs for congenital diaphragmatic hernia or chest wall deformities like pectus excavatum. Video-assisted thoracoscopic surgery (VATS) is a standard technique for minimally invasive lung resection. These treat congenital abnormalities, infections, and cancers.

Postoperative pulmonary problems such as pneumonia, bronchospasm, or hypoxemia are possible, particularly in children with underlying diseases such as asthma or recent upper respiratory infections. Anesthesia-related complications, hemorrhage, infection, and extended breathing are all conceivable, with increased risks in newborns and individuals with comorbidities. Mechanical ventilation may result in bronchopulmonary dysplasia.

Hospital stays for minimally invasive surgeries such as VATS lobectomies range from 2 to 5 days, with improved recovery protocols reducing this to less than 2 days. Full recovery takes 3-6 weeks for mild activities and up to 3-5 months in total, depending on the scope of the treatment and the child’s health. Chest tube removal takes 2-3 days.

Over 90% of children attain satisfactory control with appropriate inhaled corticosteroids, controller medications, and trigger avoidance, with exacerbations reduced by 50-70%. Adolescents get long-term remission in 50-70% of cases, while severe cases may continue. Early intervention improves success.

Regular clinic visits are used to check lung function with spirometry and modify medications. Immunizations, quitting smoking, and keeping a symptom journal are crucial. Imaging follow-ups after operations are used to monitor recovery.

During procedures, provide comfort, age-appropriate explanations, and distracting activities such as games. Pain treatment, nourishment, and rest will all help to ensure your comfort. Involve family and child psychologists in anxiety treatments.

Encourage breastfeeding, immunizations (flu, pneumococcal, and RSV), hand washing, and smoke-free surroundings. Keep your allergies under control and stay away from secondhand cigarette smoke.

Pollen, dust mites, pet dander, mildew, cockroach droppings, and certain foods, such as milk and almonds, can all cause asthma or wheezing. Indoor allergens aggravate symptoms throughout the year.