Outline Of Case And Pathophysiology Of Asthma

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Respiratory disorder, mostly affect the upper or lower respiratory tract, however bacterial or viral infection are the causative agent and the disease is common in all ages. In addition, the lungs and the bronchi can also be affected, causing inflammation and obstruction of the airflow resulting in wheezing, chest tightness, stridor, low grade fever, cough, and hemoptysis due severe damage to the lung tissues. Most common diseases of the respiratory system include; pneumonia, croup, asthma, bronchitis, laryngitis, and tuberculosis, affected disease location determines the signs and symptoms. Hereditary and environmental factors such as allergens and other irritants can be a contributory factor, especially in children. However, respiratory compromise occur as a result of incomplete airway development among this vulnerable population predisposing them to chronic asthma (Huether & McCance, 2012).

Cardiff scientists have recently found a link to the airway inflammation found in asthma patients. This inflammation

Asthma itself is an inflammatory disease characterized by increased airway responsiveness due to a variety of stimulus. The inflammation causes the hyper-responsiveness than in turn causes bronchiolar smooth muscle constriction, resulting in obstruction of airflow. Some

1.13. In your own words describe how asthma, which is a chronic illness, can become an acute and life threatening emergency? Asthma is a chronic long term issue where the airways become tightened making it harder to breathe. Acute asthma or exacerbation of asthma is when the airways again become tightened and inflamed, swollen and make it hard to breathe which sounds like wheezing, coughing and difficulty in consuming enough oxygen. Can be caused by a allergenic(Chrisp & Taylor, 2011)

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Asthma is described as a chronic lung disease that makes it difficult to breathe due to the inflammation and narrowing of the airways. This is the most common chronic respiratory disease among children in the United States and is the leading cause of childhood hospitalization due to disease, as well as causing high rates of school absences. Many have wondered what could potentially create a greater risk factor in regards to children obtaining this disease.

Infection of the respiratory tract may cause the exacerbation of asthma for someone who has been diagnosed with asthma. According to Busse, Lemanske and Gern (2010), viral respiratory tract infections, mostly caused by rhinoviruses are related with asthma exacerbations. Moreover, when the infections of upper respiratory tract, which affect the nose, paranasal sinuses, pharynx, larynx, trachea, and bronchi happen, the immune system responds to it with inflammation. According to Rohilla, Sharma, Kumar and Sonu (2013), viral infection causes inflammation which narrowing the air tract. Furthermore, the inflammation may trigger the overproduced of mucus, which worsens the narrow airways. On common conditions, the immune system’s inflammation response

Asthma is a disease of the lungs that can be influenced by different genes or alleles. When the epithelial or mucosal barrier is exposed to pollens, allergens, microbes or pollutants, these can stimulate the underlying antigen presenting cells (APC) which causes an immune response to occur.17 This can cause a cell influx into the airway that is primarily eosinophilic or neutrophilic. When the allergens present themselves, they can initiate a breakdown in the physical barriers, causing further allergic, inflammatory responses.

Case Studies and Conclusions Circle the correct answer for each question. Then under each question, type the rationale(s) of the answer in a complete sentence(s). Make sure you include an intext citation for each rationale/answer. DO NOT USE DIRECT QUOTES when providing your rationale(s). SJ is a 17-year-old white female with a 3-day history of dyspnea, fever, and frequent cough with a past medical history of asthma.

Currently, physicians will perform a variety of tests to diagnose asthma. Physical exams are done to cross out respiratory infections and COPD. Pulmonary function tests are given to conclude how much air moves in and out of lungs as breathing occurs. Spirometry and Peak flow meters are utilized to perform lung function tests. Patients will need to sit in front of a machine to be fitted with a mouth piece. The mouthpiece needs to fit snug for the reason that all the air that the patient breathes goes into the machine. Patients will also need to wear a nose clip so that air won’t come out through their nose. The physician or RT will instruct the patient to breathe in and out deeply and quickly for several seconds. The

Asthma is a long-term medical condition that affects the airways. When a person has asthma the walls of the air tubes that transport the air in and out of the lungs become irritated and swollen. In this condition, the air tubes get smaller and the cells produce more mucus than usual clogging the air tubes and preventing the air to reach the lungs. This disease makes the airways very sensitive, in consequence they may be greatly affected by any allergic reaction a person may have. Asthma affects people of all ages, there is an average of 25 million people affected by this condition in the united states. People that have a family history with asthma and allergies are more likely to have this condition.

Asthma can best be described as a chronic inflammatory disease involving the pulmonary airways, and bronchial hyper responsiveness that results in lower airway obstruction (Kudo, Ishigatsubo, & Aoki, 2013). The pathophysiology of asthma involves airway inflammation, intermittent airflow obstruction, and bronchial hyper responsiveness (Kudo et al., 2013). It is now considered to be an assortment of several diseases that have similar characteristics and symptoms (London et al., 2017). Cells that were learned to be associated to airway inflammation include mast cells, eosinophils, epithelial cells, macrophages, and activated T lymphocytes (Mims, 2015). These cells influence smooth muscle tone and contribute to remodeling of the airway. Airway hyper responsiveness in asthma occurs from an overactive response to numerous organisms found from

Recent studies have established that genetic and environmental factors are associated with the development of asthma (Maddox L, Schwartz DA, 2002). Numerous environmental factors such as allergens, air pollution and other environmental chemicals have been associated with the development and increased asthma severity (F. J. Kelly, 2011). Other factors can include low air quality from high ozone levels, traffic pollution as well as smoking during pregnancy and after delivery (Gold, Diane R., 2005). Asthma runs strongly in families; it is believed that three-fifths of all asthma cases are hereditary (WebMD, 2014). According to a CDC report, if an individual has a parent with asthma, that person is three to six times more likely to develop asthma than someone who does not have a parent with asthma (WebMD, 2014).

Asthma is a chronic lung disease characterized by episodes in which the bronchioles constrict due to oversensitivity. In asthma, the airways (bronchioles) constrict making it difficult to get air in or out of the lungs. Breathlessness is the main symptom. The bronchi and bronchioles become inflamed and constricted. Asthmatics usually react to triggers. Triggers are substances and situations that would not normally trouble an asthma free person. Asthma is either extrinsic or intrinsic. Extrinsic is when the inflammation in the airway is a result of hypersensitivity reactions associated with allergy (food or pollen). Intrinsic asthma is linked to hyper responsive reactions to other forms of