Treatment of acute larynitis and basic medication

Acute larynitis is a larynx disease caused by such factors as oversounding, irritation or infection, mainly in the form of acute mucous larynitis, mainly in the sonar area. At the same time, it is a common acute respiratory infection. Acute larynitis is one of the infectious diseases common in adult respiratory tracts, accounting for about 1 per cent ~2 per cent of ear, nose, throat and neck surgery, with a high incidence among men and a high incidence of winter and spring. The acute larynitis of children is good for children aged 6 months to 3 years, with the peak of the disease in January to February. Acute larynx can be classified as adult acute larvae and paediatric acute larvae: 1. Adult respiratory infections common to adult acute larynx, with hissing as the main symptom, generally without serious consequences. 2. Children with acute larynx are generally in acute and severe condition due to their larynx structure, and failure to treat them in a timely manner may endanger life. Incidence of acute larynitis: 1. Infection: frequently caused by viral infections followed by bacterial infections. The infection begins to occur from the mouth, nose, throat, and then the infection expands downward. The most common bacteria include the golden fungus, the soluble streptococcus, the pneumococcus, the Katamola, the fluobacteria, etc. Acute childhood larynitis is mostly caused by viral infections and may be followed by acute infectious diseases such as influenza, pneumonia, measles, pox, pertussis, red fever, etc. 2. The use of oversonics, such as overspeaking, shouting and severe, long coughing, can also cause acute throatitis. The prevalence rate is higher when teachers, actors, salespersons, etc. with more voice are not available. Acute larynitis induced factors: 1. Reduced body resistance: excessive alcohol and tobacco, cooling, fatigue, etc., has reduced resistance and is prone to acute larynitis. 2. Environmental factors: sudden changes in air moisture and indoor dry heat are also contributing factors to acute larynitis. Harmful gases: Inhalation of harmful gases (e.g. chlorine, ammonia, sulphuric acid, etc.) and excessive productive dust can cause acute larynitis. 4. Throat trauma: Artificial damage to the mucous membrane of the throat can also result in acute larynitis. Typical symptoms of acute larynx: Adult patients are mainly suffering from acoustic hissing, coughing, coughing, pain or discomfort in their throat (e.g. drying, itching and alien sense), which can be completely silenced in serious cases. Patients with small children generally suffer from acute conditions, with the main symptoms being hissing, canine barking coughing (“empty-empty”) coughing, snorting (continuous larvae symptoms) and breathing difficulties, which, if not timely, may result in confusion, pale, hairy, and eventually death from respiratory respiratory failure. Symptoms of acute larynx: If a cold is followed by all-body symptoms, such as cold, fever, inactivity, etc., it is even more evident for children. General treatment for acute larynitis: first, the use of sound belts to rest, to minimize speech or silence, and to avoid the use of whispering, which can put greater pressure on the sound. Secondly, water is sufficient to avoid drinking alcohol and coffee. The wetting or hot water vapour may also be used to keep the humid throat. Medical treatment for acute larynitis: 1. Mist inhaled: For example, antibiotics, sugary cortex hormones, etc., should be mistified in the mistifier, followed by a deep larynx rinsing each time it is completed and clean of the face to prevent oral ulcer. 2. Treatment of whole-body drugs: antibiotics such as head spores and sugary cortex hormones may be used in cases of bacterial infection and when the disease is serious. 3. Treatment of ailments: If there is severe pain in the throat, the acetaminophenol or brofen may be administered in accordance with the instructions. Broven needs to be dressed with food in order to mitigate the adverse effects of the gastrointestinal tract. Surgery treatment for acute larynitis: a bronchial cut should be performed if the medication does not alleviate acute larynx or causes severe throat infarction. Care in the management of daily life of acute larynx patients: Keep the sound belt as far as possible to avoid speaking loudly or for too long; avoid going to smoke and dusty places. Equivalent motion to increase immunity; diets that are mostly light, avoiding spicy foods that stimulate throats; blood-depressants, such as ephedrine; salt water or gum chewing; and humid throats. Prevention of acute larynx: cessation of smoke and avoidance of second-hand smoke and reduction of stimulation of the throat; restriction of intake of alcohol and caffeine; adequate drinking water and maintenance of indoor humidity, maintaining humid larynx; addition of whole grains, vegetables and fruits to the diet, supplementing multivitamins to help maintain the health of the larynx; avoidance of the consumption of spicy irritant foods; avoidance of “cleaning of the throat” behaviour, which leads to abnormal vibrations of the acoustic cord and causes more mucous rinsing, leading to a vicious circle; hands-washing, hygiene, avoiding, as much as possible, upper respiratory infections and avoiding direct contact with people infected with upper respiratory tract infections, such as cold. Breastfeeding is an important protection measure for children. The common antibiotics for the treatment of the disease are the science of the head-head drug, which is achieved through the effects of anti-grean positive infections, anti-grean vaginal infections, anti-false cystasy, anti-cream cystasy, anti-cream cystasy, anti-drug resistance strains, etc. 1. Anti-Grean positive bacterial infections: anti-bacterial disease by inhibiting bacterial cell wall synthesis, resulting in bacterial rupture and death; 2. Anti-grean cactus infections: head enzymes can interfere with the synthesis of bacterial cell walls, causing bacteria to die from a lack of integrity and with anti-bacterial effects. 3. Anti-fashion cystasy: Head enzymes can interfere with the activity of the bacterial protein synthesis process, thus affecting bacteria ‘ growth and reproduction; 4. Anti-copper cystasy cystasy: Head cystasysterin can effectively disrupt the synthesis of bacterial cystals and render them unstable for fungicide purposes. Anti-drug-resistant strains: Capricorn remains highly sensitive to multiple drug-resistant strains and can be one of the options for treating drug-resistant infections. Hepatic and kidney functions need to be monitored in the use of head spores to avoid long-term intensive use to prevent resistance. Patients should follow medical instructions, and do not change the dose at will or the time of withdrawal. Alcohol is not allowed for 48 hours before head spasm and within a week of medication to prevent a double-sulphur-like reaction that endangers life.