Asthma in children

Asthma in children

Introduction

Asthma is an ongoing inflammation of airways in the lungs that makes the airways to be vulnerable to episodes of difficult breathing.

The most common triggers consist of allergies, exercise, and cold.

Asthma among children is common and can be detected through some of the signs and symptoms.

Asthma is an ongoing inflammation of airways in the lungs that makes the airways to be vulnerable to episodes of difficult breathing. Further, the most common triggers consist of allergies, exercise, and cold. Asthma among children is common and can be detected through some of the signs and symptoms.

Pathophysiology 2,3

The pathophysiological mechanism of asthma is a future risk as a domain to be considered in the management of the disease.

Asthma is considered to be lung attacks and mainly causes fatalities

These are related to social factors such as poor adherence as well as the failure of engaging with regular follow up reviews.

The airflow is limited and becomes recurrent by causing a variety of changes in the airways.

The immunihistopathogic features of asthma consist of inflammatory cell infiltration.

These consist of neutrophils, eosinophils, lymphocytes, mast cell activation, and epithelial cell injury.

The airway inflammation contributes to airway hyperresponsiveness, airflow limitation, respiratory symptoms, and even chronicity (Konradsen, Caffrey Osvald, & Hedlin, 2015).

The pathophysiological mechanism of asthma is increasingly becoming important for a future risk as a domain to be considered in the management of the disease. Asthma is considered to be lung attacks and mainly causes fatalities related to social factors such as poor adherence as well as the failure of engaging with regular follow up reviews. In most cases, the airflow is limited and becomes recurrent by causing a variety of changes in the airways. Moreover, the immunihistopathogic features of asthma consist of inflammatory cell infiltration such as neutrophils, eosinophils, lymphocytes, mast cell activation, and epithelial cell injury. The airway inflammation contributes to airway hyperresponsiveness, airflow limitation, respiratory symptoms, and even chronicity. For some patients, the persistent changes in airway structure take place in sub-basement fibrosis, mucus, hypersecretion, among others (Konradsen, Caffrey Osvald, & Hedlin, 2015).

The factor that might impact the pathophysiology of the asthma

The factor which I have selected for this case is age.

There is a relationship between asthma, mainly in older patients than younger people.

The age group of patients has one of the highest rates for asthma morbidity and mobility.

It is indicated that older people have an increased airway neutrophil and considered to have the impact of low grade basal systemic inflammation (Yamada, Potestio, Cave, Sharpe, Johnson, Patey, & Grimshaw, 2018).

The factor which I have selected for this case is age. There is a relationship between asthma, mainly in older patients than younger people. Further, the age group of patients has one of the highest rates for asthma morbidity and mobility. It is indicated that older people have an increased airway neutrophil and considered to have the impact of low grade basal systemic inflammation (Yamada, Potestio, Cave, Sharpe, Johnson, Patey, & Grimshaw, 2018). Individuals aged compared to younger asthma patients has significantly worse asthma control as well as a distinct pattern of sputum inflammation. These differences in the airway’s inflammation could be explained by increased age. In most cases, it is essential to understand that older people with asthma is associated with a more rapid decline in the FEV with age as compared to aging healthy control of people. There is more likelihood of the need for an emergency response to bronchodilator therapy.

Diagnosis of asthma in children

Some of these diagnosis processes consist of peak expiratory flow monitoring used for children under five years.

The other diagnosis is allergy testing, although not a necessary routine.

The pulmonary function usually tests in children over five years and can assess airways obstruction.

The chest radiograph is also rarely helpful but especially for acute asthma (Charlton, Davidson, Buckley, Bradley, Orhan, Davies & Nanzer, 2017).

Asthma can be hard to be diagnosed, but the doctors have the responsibility to determine the relevant process to be determined. Some of these diagnosis processes consist of peak expiratory flow monitoring used for children under five years. It monitors the expiratory flow monitoring to determine diurnal variation and severity of obstruction. The other diagnosis is allergy testing, although not a necessary routine. The pulmonary function usually tests in children over five years and can assess airways obstruction. The chest radiograph is also rarely helpful but especially for acute asthma (Charlton, Davidson, Buckley, Bradley, Orhan, Davies & Nanzer, 2017).

Treatment

The treatment of asthma often depends on the severity of the child.

The goal of asthma treatment is to keep symptoms under control.

The treatment options consist of long-term control medications.

These consist of inhaled corticosteroids, leukotriene modifiers, combination inhalers, theophylline.

The other treatment is quick-relief medications such as short-acting beta-agonists, oral, and intravenous corticosteroids (Charlton, Davidson, Buckley, Bradley, Orhan, Davies & Nanzer, 2017).

The treatment of asthma often depends on the severity of the child. Further, the goal of asthma treatment is to keep symptoms under control. The treatment options consist of long-term control medications. These include inhaled corticosteroids, leukotriene modifiers, combination inhalers, theophylline. The other treatment is quick-relief medications such as short-acting beta-agonists, oral, and intravenous corticosteroids (Charlton, Davidson, Buckley, Bradley, Orhan, Davies & Nanzer, 2017).