Paediatric Respiratory Care: questions and answers

In detail

Asthma is a chronic inflammatory condition of the airways leading to episodic wheezing, coughing, chest tightness, and shortness of breath. Recurrent wheezing in young children often follows viral infections and may not mean asthma; most early wheezers do not develop asthma later.

Pneumonia presents with sudden cough, high fever, and fast breathing. Sleep apnoea involves repeated breathing pauses during sleep. The team also assesses primary ciliary dyskinesia, a rare genetic disorder causing chronic oto-sino-pulmonary disease, and structural problems such as vascular rings or foreign body aspiration.

In detail

Clues that increase the likelihood of asthma include frequent episodes (more than once a month), triggers such as exercise, allergens, or tobacco smoke, prolonged respiratory symptoms with a viral illness lasting more than 10 days, personal or family history of atopy or asthma, and a good rapid response to bronchodilator therapy.

Persistent daily wet cough from early infancy, year-round nasal congestion, recurrent otitis media, or neonatal respiratory distress may suggest primary ciliary dyskinesia. Chronic middle ear disease alone is common and does not by itself warrant specialist referral.

In detail

Children develop hypoxaemia more rapidly than adults; monitoring oxygen saturation is necessary. Normocarbia or hypercarbia after standard treatment is a worrisome sign. A child can stop breathing during a severe respiratory attack.

Sudden coughing without prior illness suggests foreign body aspiration, which requires immediate emergency treatment. Apnoea in infants under one month (full-term) or under 48 weeks post-conceptional age (preterm) also needs urgent assessment.

In detail

Young children usually cannot cooperate for formal spirometry, so impulse oscillometry is used to measure airway resistance and reactance. The doctor will ask about symptom patterns, triggers, response to previous medicines, family history of atopy, and any neonatal respiratory distress.

Clinical assessment tools such as the Paediatric Respiratory Assessment Measure may be used to gauge severity. Based on findings, the doctor may order a chest X-ray, sleep study, or flexible bronchoscopy for airway inspection and lavage.

In detail

The doctor reviews the symptom pattern, past treatment response, and imaging to decide if further tests are needed. For example, chest radiographs are only considered when the presentation is not classic for bronchiolitis. Previous virological testing rarely assists management.

Having the actual images and reports avoids repeat tests and helps the doctor see trends over time. An asthma action plan from a previous provider is also useful.

In detail

Clinical guidelines recommend against routine imaging or blood tests for typical bronchiolitis. Chest X-rays are only considered when the presentation is not classic. Virological testing does not generally assist management.

For asthma, the diagnosis is clinical; lung function testing supports it but is not mandatory in young children. The doctor uses assessment tools like the Paediatric Respiratory Assessment Measure to gauge severity and decide on oxygen, blood gas, or continuous monitoring. Each test is ordered only when it will change management.

In detail

Evidence shows that reassessment after each treatment round is the most important aspect of managing acute asthma exacerbations. For bronchiolitis, routine bronchodilators or epinephrine show no consistent benefit, so a normal impulse oscillometry or lack of response to bronchodilator helps avoid unnecessary medicines.

In primary ciliary dyskinesia, diagnosis changes management to regular airway clearance, surveillance spirometry, and targeted antibiotics. The asthma action plan is updated at each visit based on symptom control and lung function trends.

In detail

Short-acting β-agonist (salbutamol) via metered-dose inhaler with spacer is at least as effective as nebuliser in mild to moderate asthma and more cost-effective. Inhaled corticosteroids are the mainstay of controller therapy. Preventive medicines do not relieve symptoms immediately but reduce flares over time.

For bronchiolitis, systematic reviews find no consistent benefit from bronchodilators or epinephrine; hypertonic saline may reduce stay only in settings with prolonged admission. Primary ciliary dyskinesia management includes airway clearance, regular lung function surveillance, and pathogen-directed antibiotics. An asthma action plan guides home management and when to seek help.

In detail

Evidence shows that most infants with bronchiolitis or viral wheeze improve with supportive care alone. For asthma, controller inhalers and trigger avoidance are the mainstay of long-term management.

Impulse Oscillometry (IOS) helps assess lung function in young children who cannot perform spirometry, guiding medication decisions without invasive testing. Allergy skin prick testing identifies specific aeroallergen triggers, allowing targeted environmental control.

Bronchodilators are not routinely recommended for bronchiolitis as systematic reviews show no consistent benefit. Instead, the team focuses on hydration, nasal saline, and monitoring oxygen saturation. For sleep-disordered breathing, weight management and positional therapy may be tried before considering adenotonsillectomy. The approach is stepwise: start with the least invasive effective option, reassess regularly, and escalate only if needed.

In detail

Bronchoscopy allows direct visualisation of the airway and bronchoalveolar lavage for microbiology in children with recurrent infections, atypical asthma, or congenital anomalies. It is typically a daycare procedure under sedation with 4 to 6 hours recovery.

Polysomnography (sleep study) objectively diagnoses obstructive sleep apnoea by measuring breathing, oxygen, and sleep stages overnight. This guides decisions on CPAP or surgical referral.

For severe asthma unresponsive to high-dose inhaled controllers and biologics, bronchial thermoplasty is an option in older adolescents, though not routinely performed in young children. In primary ciliary dyskinesia, diagnosis requires specialised testing including nasal nitric oxide, high-speed video microscopy, and genetic analysis.

The team at Jaipur Hospital coordinates these investigations when clinical clues such as neonatal respiratory distress, situs inversus, or chronic wet cough suggest an underlying structural or genetic cause.

In detail

The discussion covers why a specific investigation such as Impulse Oscillometry, bronchoscopy, sleep study, or allergy testing is suggested, what it involves, and what the results may change.

For medicines, the team explains the difference between reliever and controller inhalers, expected time to effect, and common side effects such as oral thrush or tremor. For procedures, typical risks include brief desaturation during bronchoscopy, minor bleeding after lavage, or the need for sedation.

Alternatives such as continued medical optimisation, watchful waiting, or referral for a second opinion are always discussed. The team follows a shared decision-making model: you are encouraged to ask questions, and no procedure is scheduled without your understanding and consent.

If your child has a chronic condition like primary ciliary dyskinesia, the long-term surveillance plan including regular lung function and microbiology is outlined.

In detail

In acute asthma, short-acting beta-agonists (SABA) relieve bronchospasm rapidly, and reassessment after each treatment round guides further steps. For maintenance therapy, inhaled corticosteroids reduce airway inflammation gradually; peak effect may take several weeks.

In bronchiolitis, supportive care is mainstay; bronchodilators and steroids do not consistently shorten illness. Median symptom duration is about 2 weeks, with 10 to 20 percent of infants still coughing at 3 weeks.

For allergic asthma, avoiding identified triggers after skin prick testing can reduce exacerbations within weeks. Sleep apnoea symptoms may improve within days of starting CPAP or after adenotonsillectomy recovery. The team will set realistic expectations at each visit and adjust the plan if response is inadequate.

In detail

Evidence emphasises rapid reassessment after each treatment round in acute exacerbations. Warning signs include increasing respiratory rate, use of accessory muscles, oxygen saturation below 92 percent, or altered consciousness. In bronchiolitis, worsening after initial improvement may suggest secondary bacterial infection.

For chronic asthma, persistent symptoms despite good inhaler technique and adherence suggest a need for step-up therapy or investigation for alternative diagnoses. The team at Jaipur Hospital provides a 24×7 emergency department and ambulance service for urgent needs.

If your child has had a procedure such as bronchoscopy, watch for fever, persistent cough, or bleeding and contact the hospital. Regular follow-up allows the team to adjust treatment before a severe flare develops.

In detail

Exercise-induced bronchoconstriction is common but manageable with pre-exercise reliever use and good baseline control. The team teaches correct inhaler and spacer technique so medication works during activity.

For travel, carry all medicines in hand luggage, bring a copy of the action plan, and know local emergency numbers. High altitude or poor air quality may trigger symptoms; check pollen and pollution forecasts.

Sleep apnoea treatment with CPAP requires planning for electricity and equipment transport. If your child needs bronchoscopy, it is a daycare procedure with 4 to 6 hours recovery, so plan a rest day.

School and caregivers should have a copy of the action plan and know how to recognise and respond to symptoms.

In detail

For asthma, home management centres on daily controller use, reliever technique with a spacer, and recognising early flare signs. Allergen reduction measures such as dust mite covers, pet management, and smoke-free homes are practical steps.

For primary ciliary dyskinesia, daily airway clearance exercises (chest physiotherapy) are a core part of long-term care. Parents are trained to perform these with young children. Nebuliser use at home may be needed for some conditions; the team provides device training.

Sleep apnoea management may involve CPAP use at home, requiring mask fitting support and adherence monitoring. The hospital's physiotherapy department can guide exercise programmes for deconditioned children. No specialised home nursing is typically needed for straightforward asthma or viral wheeze.

In detail

Jaipur Hospital follows Indian medical conventions and uses the spelling "paediatric" in all communication, records, and signage. The service covers the same conditions regardless of spelling: asthma, recurrent wheezing, pneumonia, and sleep apnoea management in children.

Diagnostic tools include Impulse Oscillometry for young children, flexible bronchoscopy for airway evaluation, paediatric sleep studies for apnoea, and allergy skin prick testing. Consultation lasts 30 to 60 minutes; procedures are daycare.

You may see both spellings on international websites or research papers, but the clinical care, team, and facilities are identical. The department is part of the Pulmonology department at Jaipur Hospital.

In detail

Bronchiolitis is a viral lower respiratory infection common in infants under 12 months. Evidence shows routine tests are not recommended for typical cases; diagnosis is clinical. You should watch for fast breathing, chest retractions, grunting, nasal flaring, or a fever above 39°C.

If your baby cannot feed well, has fewer wet nappies, or seems very sleepy or irritable, these suggest the illness is more than a mild cold. Smoking at home worsens symptoms.

The doctor will check oxygen saturation and decide if supportive care such as oxygen or fluids is needed. Antibiotics do not help viral bronchiolitis, and bronchodilators are not routinely recommended.

In detail

Recurrent wheezing in toddlers has many causes. Evidence shows most early wheezers do not develop persistent asthma.

Clues that increase the likelihood of asthma include frequent episodes, clear triggers such as exercise, smoke, or allergens, symptoms lasting more than 10 days with a cold, a personal or family history of allergy or asthma, and a good response to bronchodilator therapy.

Young children often cannot cooperate with standard lung function tests, so impulse oscillometry is used. The doctor will also consider other causes such as foreign body aspiration, congenital airway abnormalities, or primary ciliary dyskinesia if there is chronic wet cough, recurrent pneumonia, or laterality defects. Allergy skin prick testing can identify aeroallergen triggers.

In detail

Cystic fibrosis is a genetic condition causing thick mucus in the lungs and digestive system. Typical features include daily productive cough starting in early infancy, recurrent pneumonia or bronchitis, pancreatic insufficiency with greasy stools and poor weight gain, and recurrent sinusitis.

Some children present with rectal prolapse or electrolyte imbalance. The diagnosis is confirmed by a sweat chloride test and genetic analysis. Evidence shows early diagnosis and multidisciplinary care improve growth and lung function.

If your child has several of these features, the paediatrician will arrange testing and, if positive, refer to a cystic fibrosis centre for comprehensive management including airway clearance, enzyme replacement, and nutritional support.

In detail

Evidence shows cough and wheezing are very common when young children have colds and chest infections, and usually do not mean asthma. However, asthma is the most activity-limiting chronic condition in children, accounting for millions of lost school days.

In the United States, over 7 million children had asthma in 2008, leading to 1.7 million emergency visits. Bronchiolitis is the most common lower respiratory tract infection in infants, with peak incidence between 3 and 6 months.

Recurrent wheezing affects many toddlers, but most do not develop persistent asthma. Accurate diagnosis ensures the right treatment for each condition.

In detail

Evidence shows children develop hypoxaemia faster than adults. Warning signs include a respiratory rate above 60 breaths per minute in infants, use of accessory muscles (neck, abdominal), intercostal or subcostal retractions, grunting on expiration, and oxygen saturation below 92% on pulse oximetry.

A child who cannot finish a sentence or feed, who is agitated or excessively sleepy, or who has a silent chest (no air entry) is in severe distress. Cyanosis is a late sign.

In asthma exacerbations, a peak expiratory flow below 60% predicted or failure to respond to initial bronchodilator doses also warrants emergency care. The emergency team will give oxygen to keep saturation above 92-94%, repeated bronchodilators, and systemic corticosteroids. Continuous monitoring is used for severe cases.

In detail

Evidence shows smoking in the home or car increases the risk of respiratory problems in babies and children. Second-hand smoke triggers wheezing, increases infection severity, and reduces response to asthma medication. Outdoor pollution (PM2.5, NO2) is linked to more frequent exacerbations and reduced lung growth.

Indoor exposure to mosquito coils, incense, or cooking smoke acts similarly. Parental occupational dust or chemical exposure can be carried home on clothing. Co-existing conditions matter: allergic rhinitis worsens asthma control; reflux can trigger night cough; obesity increases asthma severity and reduces medication response.

The doctor will ask about the home environment, pets, dampness, and family smoking habits. Allergy skin prick testing identifies specific aeroallergen triggers. Addressing these factors is a core part of the management plan.

In detail

The consultation fee covers the doctor's assessment, clinical examination, and discussion of the management plan. Additional tests such as Impulse Oscillometry (IOS), allergy skin prick testing, or a paediatric sleep study are charged separately.

A bronchoscopy package generally includes the procedure, sedation, nursing care, and daycare stay. Medications, consumables, and any additional imaging or laboratory investigations are billed as per actuals. The hospital accepts RGHS, MAA Yojana, CGHS, and a panel of private insurers and TPAs. Coverage varies by policy; check with your insurer for pre-authorisation requirements.

In detail

During a 30 to 60 minute OPD visit, the paediatric pulmonologist assesses your child and decides which tests are needed. Impulse oscillometry is used for children who cannot do spirometry. Allergy skin prick testing identifies specific triggers.

A paediatric sleep study is an overnight polysomnography for sleep apnoea diagnosis. Flexible bronchoscopy is a daycare procedure with 4 to 6 hours recovery. The package price covers theatre time, sedation, and nursing care.

Separate charges apply for: laboratory tests (CBC, inflammatory markers, cultures), imaging (X-ray, CT if ordered), histopathology of biopsy samples, microbiology of bronchoalveolar lavage, specific medications given during the procedure, and any disposable items beyond the standard set. In-house pharmacy and laboratory bills are generated separately. Insurance coverage varies by scheme; the TPA desk helps with pre-authorisation.

In detail

Our usual protocols list a typical range for consultation and for a bronchoscopy package. Tests like impulse oscillometry, flexible bronchoscopy, paediatric sleep study, and allergy skin prick testing are separate procedures, each with its own charge.

Medicines such as inhalers, spacers, or nebuliser solutions are prescribed as needed and purchased from the in-house pharmacy. If your child requires daycare observation after a procedure or an inpatient stay for severe exacerbation, room and nursing charges apply. Follow-up visits and repeat lung function tests also add to the overall cost.