 |
|
| |
|
 |
 |
at Global Oneness Community.
Share your dreams and let others help you with the interpretation!
Dream Sharing Forum
|
 |
Asthma - Epidemiology |  | Asthma - Epidemiology: Encyclopedia II - Asthma - Epidemiology |  | Asthma is usually diagnosed in childhood. The risk factors for asthma include:
a personal or family history of asthma or atopy;
triggers (see Pathophysiology above);
premature birth or low birth weight;
viral respiratory infection in early childhood;
maternal smoking;
being male, for asthma in prepubertal children; and
being female, for persi ...
See also:Asthma, Asthma - History, Asthma - Signs and symptoms, Asthma - Diagnosis, Asthma - Differential diagnosis, Asthma - Pathophysiology, Asthma - Bronchoconstriction, Asthma - Bronchial inflammation, Asthma - The immune response, Asthma - Pathogenesis, Asthma - Treatment, Asthma - Relief medication, Asthma - Prevention medication, Asthma - Long-acting β2-agonists, Asthma - Emergency treatment, Asthma - Alternative medicine, Asthma - Prognosis, Asthma - Epidemiology, Asthma - Socioeconomic factors, Asthma - Asthma and athletics |  | | Asthma, Asthma - Alternative medicine, Asthma - Asthma and athletics, Asthma - Bronchial inflammation, Asthma - Bronchoconstriction, Asthma - Diagnosis, Asthma - Differential diagnosis, Asthma - Emergency treatment, Asthma - Epidemiology, Asthma - History, Asthma - Long-acting β2-agonists, Asthma - Pathogenesis, Asthma - Pathophysiology, Asthma - Prevention medication, Asthma - Prognosis, Asthma - Relief medication, Asthma - Signs and symptoms, Asthma - Socioeconomic factors, Asthma - The immune response, Asthma - Treatment, Atopy, Hopkins syndrome, Immune response |  | |
|  |  | Asthma: Encyclopedia II - Asthma - Epidemiology
Asthma - Epidemiology
Asthma is usually diagnosed in childhood. The risk factors for asthma include:
- a personal or family history of asthma or atopy;
- triggers (see Pathophysiology above);
- premature birth or low birth weight;
- viral respiratory infection in early childhood;
- maternal smoking;
- being male, for asthma in prepubertal children; and
- being female, for persistence of asthma into adulthood.
There is a reduced occurrence of asthma in people who were breast-fed as babies. Current research suggests that the prevalence of childhood asthma has been increasing. According to the Centers for Disease Control and Prevention's National Health Interview Surveys, some 9% of US children below 18 years of age had asthma in 2001, compared with just 3.6% in 1980 (see figure). The World Health Organization (WHO) reports[26] that some 8% of the Swiss population suffers from asthma today, compared with just 2% some 25–30 years ago. Although asthma is more common in affluent countries, it is by no means a problem restricted to the affluent; the WHO estimate that there are between 15 and 20 million asthmatics in India. In the U.S., urban residents, Hispanics, and African Americans are affected more than the population as a whole. Globally, asthma is responsible for around 180,000 deaths annually.[25]
Asthma - Socioeconomic factors
The incidence of asthma is higher among low-income populations, which in the western world are disproportionately minority, and more likely to live near industrial areas. Additionally, asthma has been strongly associated with the presence of cockroaches in living quarters, which is more likely in such neighborhoods. [27] [28]
The quality of asthma treatment varies along racial lines,likely because many low-income people cannot afford health insurance and because there is still a correlation between class and race. For example, black Americans are less likely to receive outpatient treatment for asthma despite having a higher prevalence of the disease. They are much more likely to have emergency room visits or hospitalization for asthma, and are three times as likely to die from an asthma attack compared to whites. The prevalence of “severe persistent” asthma is also greater in low-income communities compared with communities with better access to treatment. [29] [30]
Asthma - Asthma and athletics
Asthma appears to be more prevalent in athletes than in the general population. One survey of participants in the 1996 Summer Olympic Games showed that 15% had been diagnosed with asthma, and that 10% were on asthma medication.[31] These statistics have been questioned on at least two bases. Persons with mild asthma may be more likely to be diagnosed with the condition than others because even subtle symptoms may interfere with their perfomance and lead to pursuit of a diagnosis. It has also been suggested that some professional athletes who do not suffer from asthma claim to do so in order to obtain special permits to use certain performance-enhancing drugs.
There appears to be a relatively high incidence of asthma in sports such as cycling, mountain biking, and long-distance running, and a relatively lower incidence in weightlifting and diving. It is unclear how much of these disparities are from the effects of training in the sport, and from self-selection of sports that may appear to minimize the triggering of asthma.[26] [32]
In addition, there exists a variant of asthma called exercise-induced asthma that shares many features with allergic asthma. It may occur either independently, or concurrent with the latter. Exercise studies may be helpful in diagnosing and assessing this condition.
Other related archivesAdvair, Anticholinergic, Antihistamines, Atopy, B cells, Bernardino Ramazzini, Buteyko method, CT scan, Centers for Disease Control and Prevention, Chronic obstructive pulmonary disease, Cochrane, Complementary and alternative medicine, Desensitization, Epidemiological findings, FDA, GERD, Galen, Greek, Hippocrates, Hopkins syndrome, IL-4, IgE, Iliad, Immune response, Inflammation, Leukotriene, Mast cell, Methotrexate, Moses Maimonides, Omalizumab, Pathophysiology, Signs, Summer Olympic Games, T cells, T helper 0, TH0 cells, Tremors, Western Europe, World Health Organization, adrenergic agonists, air ionisers, air pollution, airways, albuterol, allergen, allergens, allergic, allergy, allergy tests, alternative possibilities, aminophylline, antacids, anti-inflammatory, antibodies, antigen presenting cells, antigens, aspiration pneumonia, aspirin, asthma spacer, atopic constitution, atopy, atropine, bacteria, basophils, beclomethasone, beta-blockers, beta2-adrenoceptor agonists, bronchi, bronchial, bronchodilator, bronchodilators, budesonide, cardiac, cell surface, cell-mediated immunity, chest X-ray, chest pain, chiropractic, chloramines, chlorinated, clavicles, cockroach, consciousness, corticosteroid, coughing, cromoglicate, cycling, cytokines, dendritic cells, desensitization, developed world, developmental, dexamethasone, diagnose, differentiate, disabilities, disease, diurnal, drugs, dysphagia, dyspnea, eczema, eicosanoids, emergency room, emotional stress, endotracheal tube, enflurane, enzymatically, eosinophil, eosinophils, ephedrine, epinephrine, epithelial cells, epithelium, exercise, exercise-induced asthma, family history, flunisolide, fluticasone, formoterol, gastroesophageal reflux disease, genetic, glucocorticoids, glycopyrrolate, grass pollen, halothane, hay fever, histamine, history, homeopathy, house dust mite, humoral immune system, humoral immunity, humoral response, hydrocortisone, hygiene hypothesis, hypersensitive, hyposensitization, immune response, immune system, immunological, infections, inflammation, inflammatory, ingested, inhalers, inheritance, ipratropium, ipratropium bromide, isoflurane, isoproterenol, ketamine, leukotrienes, lung function test, lymphocyte, magnesium sulfate, major histocompatiblity complex, mast cells, medical history, medication, medications, meditation, meta-analysis, methacholine, methylprednisolone, mice, montelukast, mould, mucosa, mucus, muscles, nebulizer, nitrogen dioxide, organic, osteopathic, oxygen, ozone, paradoxical pulse, parasites, pathogenesis, peak flow meter, peptides, pets, phenotype, physiotherapeutic, pollen, polypeptides, prednisolone, prednisone, prevalence, rabbi, receptor, respiratory, respiratory infection, respiratory infections, respiratory system, respiratory therapeutic, rhonchous, running, salbutamol, salmeterol, secondhand smoke, shortness of breath, sine qua non, skiing, smoking, smooth muscle, spasm, speech therapist, spirometry, sputum, sternum, stethoscope, stress, sulfites, sulfur dioxide, symptoms, systematic review, tachycardia, tachypnea, terbutaline, theophylline, tissues, transform, triamcinolone, variation, viral, wheezing, yoga, zafirlukast, zileuton, β-adrenergic antagonists
 Adapted from the Wikipedia article "Epidemiology", under the G.N U Free Docmentation License. Please also see http://en.wikipedia.org/wiki |
|
|
More material related to Asthma can be found here:
|
|
« Back
|
Search the Global Oneness web site |
|
|
|
|
 |
Sneak-Peek of Global Oneness Community
Hi friend! The Global Oneness Community, the place for information and sharing about Oneness is not really launched yet (you will see there is still some clean up to do) ...but it is now open for a sneak-peek! And if you wish - please register and become one of the very first members to do so! Jonas
Forum Home,
Articles,
Photo Gallery,
Videos,
News,
Sitemap
...and much more!
|