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If you or a loved one has asthma, you should know about the most effective asthma treatments for short-term relief and long-term control. Understanding asthma treatments will enable you to work with your asthma doctor to confidently manage your asthma symptoms daily. When you do have an asthma attack or asthma symptoms, it’s important to know when to call your doctor or asthma specialist to prevent an asthma emergency. Be sure to read all the in-depth articles that link to topics within each of the following sections. By doing so, you will gain new insight into asthma and how it’s treated.
Asthma medications can save your life — and let you live an active life in spite of your asthma. There are two basic types of drugs used in asthma treatment:
Steroids and Other Anti-Inflammatory Drugs
Anti-inflammatory drugs, particularly inhaled steroids, are the most important treatment for most people with asthma. These lifesaving medications prevent asthma attacks and work by reducing swelling and mucus production in the airways. As a result, the airways are less sensitive and less likely to react to asthma triggers and cause asthma symptoms.
For in-depth information, see WebMD’s article on Asthma, Steroids, and Other Anti-Inflammatory Drugs.
Bronchodilators and Asthma
Bronchodilators relieve the symptoms of asthma by relaxing the muscles that can tighten around the airways. This helps to open up the airways.
Short-acting bronchodilator inhalers are often referred to as rescue inhalers and are used to quickly relieve the cough, wheeze, chest tightness, and shortness of breath caused by asthma. They may also be used prior to exercise for people with exercise-induced asthma. These should not be used daily in the routine treatment of asthma. If you need to use a short-acting bronchodilator as a rescue inhaler more than twice a week, then your asthma is not optimally controlled. Ask your doctor about improving your asthma controller medication.
Long-acting bronchodilators are used in combination with inhaled steroids for control of asthma symptoms or when someone has ongoing asthma symptoms despite treatment with a daily inhaled steroid. Long-acting bronchodilators are never used alone as long-term therapy for asthma.
For in-depth information, see WebMD’s article on Bronchodilators: Airway Openers.
Asthma inhalers are the most common and effective way to deliver asthma drugs to the lungs. They are available in different types that require different techniques for use. Some inhalers deliver one medication and others contain two different medications.
For in-depth information, see WebMD’s article on Asthma Inhalers.
If you’re having difficulty using small inhalers, your doctor may prescribe an asthma nebulizer, also known as a breathing machine. The asthma nebulizer uses a mouthpiece or mask and is typically used for infants, small children, older adults, or anyone who has difficulty using inhalers with spacers. The nebulizer changes asthma medications from a liquid to a mist, so that they can be more easily inhaled into the lungs. This takes a few more minutes than using inhalers.
Ventolin as low as
Ventolin is used for treating or preventing breathing problems in patients who have asthma or certain other airway diseases. It may be used to prevent breathing problems caused by exercise. Ventolin relaxes the smooth muscle in the lungs and dilates airways to improve breathing.
Advair as low as $24.95
Advair is a combination of two medicines (fluticasone and salmeterol) that are used to help control the symptoms of asthma and improve lung function. Fluticasone is the anti-inflammatory component of the combination, while salmeterol treats constriction of the airways.
A Novel Epididymal HOXB2 Homeoprotein and Its Domain-Specific Association with Spermatozoa: DISCUSSION(11)
Although the functional relevance of this intercellular transfer is not yet known, recent data on homeoproteins indicate that, following transfer, the transcription factors can regulate transcription and translation in the recipient cell as ‘‘messenger proteins’’. While attempts are being made to understand the role of HOXBES2 in sperm function, its … Continue reading
A Novel Epididymal HOXB2 Homeoprotein and Its Domain-Specific Association with Spermatozoa: DISCUSSION(10)
The differential localization of HOXBES2 protein on the spermatozoa suggests that the antibody recognizes a species-specific but identical epitope of HOXBES2 in which the protein may or may not have an identical role to play in different species. Similar observations have been reported for a testis-specific sperm autoantigen, TSA70, identified … Continue reading
A Novel Epididymal HOXB2 Homeoprotein and Its Domain-Specific Association with Spermatozoa: DISCUSSION(9)
The characteristic ability of penetratin to induce cell internalization and micelle formation lies in its basic nature (four arginine residues) and the 48th tryptophan residue of the antennapedia homeodomain. The 75% identity between the amino acids 168-183 of HOXBES2 with 43-58 residues of penetratin, including the tryptophan and the basic … Continue reading
A Novel Epididymal HOXB2 Homeoprotein and Its Domain-Specific Association with Spermatozoa: DISCUSSION(8)
Proteins P26h, P25b, and P34H synthesized in these regions with or without signal peptide, were carried on to the sperm by epididymosomes, and later attached to the sperm surface through a GPI anchor. The presence of a potential GPI modification site at position 287-serine of the putative HOXBES2 protein might … Continue reading
A Novel Epididymal HOXB2 Homeoprotein and Its Domain-Specific Association with Spermatozoa: DISCUSSION(7)
Studies on homeo-proteins indicate that they could reside exclusively in the cytoplasm, although their functional relevance has not yet been clearly understood, as in the case of Csx/Nkx 2.5 homeodomain protein in the cranial skeletal muscles in vertebrates and 50 Hox genes, Growth arrest-specific (Gas) protein 8, testicular proteins like … Continue reading