Acute nasalitis treatment and clinical application of penicillin

The concept of acute nasal inflammation: This disease can also be called acute sepsis, an acute sepsis infection of the sepsis of the sepsis, often followed by acute nasal inflammation, mostly in 12 weeks. The incidence of acute sinus is significantly higher in asthma, allergies, etc. than in the general population. Type of acute nasal inflammation: Depending on the area in which the disease is occurring, it can be classified as acute epidemiology, acute scathrinitis, acute scathrinitis, acute scathrinitis, acute scathrinitis and acute whole group of sinus. Causes of acute nasal inflammation: As a result of the connection between the nasal cavity and the nasal inflammation, nasal muscular inflammation, such as acute nasal inflammation, and the contamination of the nasal insect. A facial trauma, such as a fracture of the upper larvae, can also cause direct infection of the nasal cord. Contiguous tissue infections, such as dental disease, tear-breeditis, tonsil adenitis, facial soft tissue infections, etc. Acute infectious diseases, such as pneumonia, cause sinus infections from blood sources and are an important cause of inflammation in children. The insects are close to each other, and the disease tends to be exhausting and causing the infection. Acute sepsis: mostly pneumococcus, e.g. pneumococcus, soluble streptococcus, cartacoccus, etc. Virus infections can also cause acute haematoma in the nasal mucus, followed by bacterial infections. Inducing factors for acute nasal inflammation: Changes in the structure of the nasal nasal anatomy have led to an increase in snotitis susceptibility. Nasal meat, septums in the nose, mutations in the nose, swelling of the nasal cortex, etc., cause congestion of the muscular complex and lead to gas flow disorders and subsequent infections. Nasal mucous membrane dysfunctions contribute to the low functioning of the mucous fibre removal system for nasal nasal cavity, which leads to increased inflammability. Immunosuppression caused by overall diseases, such as erythroacne, can also be followed by nasal inflammation; these include long-term steroid treatment, immunoglobin deficiency and infection with human immunodeficiency virus. Typical symptoms of acute nasal inflammation: 1. Nasal plugs; mostly sustained nasal plugs with side nasal cavity and, if both sides suffer from both sides of the disease, persistent nose plugs with both sides. This is due to swollen swollen nasal membrane and septical clogged noses. 2. Fluid aldicarb; sometimes snot with a small amount of blood, odour of osteoporosis in the tooth, and slugs flow back to the larvae, irritating larvae, exotic, disgusting, dry vomiting, etc. 3. Face pain; caused by inflammatory and oppressive neurological tailings such as inflammating genres and bacterial toxins. Early manifestations are neurological pain, pervading pain, and later pain is often limited to certain areas. Sniffing disorders; the loss of conductive smelling during acute inflammation due to nose plugs; and the decline of sensory smell in a small number of cases; the return of smelling as the inflammation recedes and nose plugs improves; and the decline of permanent smelling as the latter causes. Symptoms associated with acute nasal inflammation: Patients are more visible in their whole body, with symptoms such as cold, fever and infirmity. The principles for the treatment of acute nasal inflammation are: non-surgery treatment is the main method; the causes of the disease are eliminated as soon as possible, the flow of gas to the snot is promoted, and the infection is controlled in order to prevent complications or turn into chronic nasal inflammation. Functional nasal endoscopy can be considered when conservative treatment is ineffective. General treatment of acute nasal inflammation: take care of rest, maintain appropriate indoor temperature and humidity, and drink more hot and hot water and fresh diets. Treatment of drugs related to acute nasal inflammation: 1. Antibiotics; antibiotics can be used if bacterial infections are combined. Preferably and in sufficient measure, the use of penicillin-type antibiotics, such as an allergy to penicillin or resistance to such antibiotics by bacteria, as well as the possibility of switching to other broad spectrum antibiotics or sulfamide-type drugs (a group of women, minors, etc.). The right choice and adequate use of anti-inflammatory drugs is important to prevent complications or the transformation of chronic sinusitis. 2. Nasal sugar cortex hormones, which have better local resistance to inflammation and oedema, can improve the symptoms of a patient ‘ s nose plug, sneeze, etc. Common drugs include fluorine acreasone, tra-Nayed and momesone acne. 3. Anti-monostamine; effective for allergies of nasal itchness, aldicarb, sneezing. Among the most common drugs are Zoltan, Zoltan and Zoltan. 4. Nasal anticholines; local use to mitigate severe fluorine symptoms, with no significant effect on symptoms such as nasal itching, sneezing and nasal plugs. Common drugs include ammonium isopropobromomine, etc. 5. Molybdenum-promoting; mucous-promoting can be used to improve the genre and ease release, e.g., aluminum intestines. Defillant; to promote the aerobic flow of nasal beaks, snort can be sprayed with 1 per cent ephedrine physio-saline drops or 0.05 per cent hydroxylene nostrils. This is done by placing a nostril on the back of the head when the upper nostrils (i.e., e.g., e.g., e.g., sifts, sifts) are infected, and by placing a nostrils on the side. 7. Depressants or analgesics; if headaches or local aberrations, severe facial pains, appropriate tranquilizers or analgesics such as phenylbarbitor, Broven, etc. Surgery treatment for acute nasal inflammation: the high incidence of acute haemorrhoids and acute thiopemias, if the symptoms of conservative treatment do not improve, have emerged or are designed to prevent serious complications outside the nose, need to be accompanied by the choice of the right path for surgery, the early onset of surgery and the reduction of internal pressure. If the outbreak of acute nasal inflammation has an anatomical mutations, such as hysteria in the nose, and the surgeries of hooks, the procedure should be terminated as soon as possible after the acute symptoms have been controlled to avoid recurrence. Acute nasal inflammation is better planned, but it should be treated in a timely manner to reduce the duration of the disease and promote rehabilitation. If the treatment is not timely, there is a high risk of complications in the whole body and adjacent tissue organs. Possible complications of acute nasalitis: Acute sinusitis can spread to neighbouring tissues or organs in many ways. Inflammation directly affects the respiratory and digestive tracts, causing gland paralytic inflammation, osteoporosis, tonsil inflammation, bronchitis and hunger. An ear inflammation can be caused by ingesting the tube into the mid ear. Tired and dung walls can cause osteoporosis or osteoporosis, causing bone damage and then intrusion into a neighbouring tissue. Intra-circle, eye contact is caused by vascular and neuropathic complications. Attention to everyday life: Keep as far as possible away from people who are suffering from cold, wash their hands with soap before eating, avoid inhaling irritating smoke and contaminated air, and reduce the risk of acute nasal inflammation by humidifiers. Increased physical activity, improved health, improved living and working conditions, and prevention of flu and other acute infectious diseases. Persons who are associated with a whole-body disease, such as red lupus and asthma, should be actively treated. Timely and reasonable treatment of various chronic inflammable diseases of the nasal cavity, nasal cavity, osteal and oral cavity, and maintenance of air and flow of nasal cavity. Medicine for treatment: common antibiotics for acute sinusitis Penicillin is an antibiotic of β-neamide and is produced by the fermentation of yellow fungus in cultures containing phenylacetic acid. The product has a broad spectrum of microbicides, and its antibacterial principle is to cause bacterial cells to break to death by inhibiting the mucous synthesis of bacterial cell walls and resulting in cell wall damage. Penicillin is applicable to a variety of infections caused by gland positive fungi such as streptococcus, yellow grapes, etc., such as pneumonia, nasal inflammation, tonsilitis and mid-ear. It is also used for the treatment of endometriitis caused by herbary green streptococcus and intestinal fungi, tetanus, aerobic noma, diphtheria, epidural meningitis, syphilis, dysentery and soygitis. Clinical practice has shown that penicillin uses Quincin (which has a certain ear toxicity and is therefore banned for groups such as minors and pregnant women). In order to prevent serious allergies from occurring, the penicillin must be preceded by a detailed inquiry into the past history of the disease, including the history of the use of the drug, whether it has an allergy of penicillin, headgillin or other β-Nemamine antibiotics, and by close observation of the presence of allergies that can be ignored by the patient, such as chest coughing, skin itching, facial aching, fever, etc., as well as the history of the individual or family member ‘ s perversion to the disease. Precaution with penicillin-skin-sensitive tests is required, and positives are banned. Pregnant and lactating women use or follow medical instructions. The elderly and those whose kidney function has been severely impaired are used with caution. Adults are commonly used: IMs of 800,000 to 2 million U per day, 3 to 4 times; intravenous drips of 2 to 10 million U per day, 2 to 4 times. General infections among children: intra-immuno injections: 25,000 to 50,000 U/kg per day, 2 to 4 times. Vigilante drops: 50,000-400,000 U/kg for 2-4 times per day. Common drug use error: Is a penicillin test slightly allergic, which means that penicillin can never be used? Response: Pied test as a safety-driven risk prediction tool can effectively reduce the risk of patients having a sensitive shock. However, as a means of screening, there is an inherent risk of false positives and negatives, and the skin of patients, their operating environment, their operating techniques, medical personnel ‘ s judgement, etc., may have an impact on the test, so it is recommended that a test be performed before penicillin is used.