There were many kinds of anti-allergy drugs with many names. Commonly seen are Ketotifen (Thiopperdone), Loratadin (Clarityne), Terfenadin (Butylpipradol), Levocetirizine (Qiangyi, Dimi), Desloratadin (Xinminting), Mizolastine (Mizolastine), Cetirizine (Stirling, Zyntermin), Chlorphanamine Malonate (Chlomerramine), Dihenadramine, Cypromethadin, Promethrazine, Ranitidine, Dexamethason, methypoisondol, Cyclosporine, Thioterbine, Montelukast, Imiquimotide Cream, Urea-based cream, zinc-based ointment, etc. Different anti-allergic drugs belonged to different types, and their mechanisms of action were also different. When using them, it was necessary to use them according to the specific allergic symptoms and individual conditions under the guidance of a doctor. Read more exciting novels for free
Anti-allergic drugs included loratadin, clomiphene, and thiramine. During infusion, it was usually combined with calcium to have an anti-allergic effect. Medicines that could improve immunity included factor capsules or oral liquids, immune globulins, and protein. In addition, Jinye Baidu Granules could improve immunity, and spleen amylin could improve immunity in both ways. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
There are many anti-calf allergy drugs. The following are some common drugs: 1. ** Medicinal Pills **: - Loratardine: mainly used for calf acne caused by allergy, and often used for seasonal and persistent rheumatism, hives, itching, catarrhus Rhinoceros, and other diseases. Pregnant women are prohibited, and lactational women and drivers should use it with caution. The side effects of central nervous system suppression are very low, occasionally dizziness, headache, fatigue, dry mouth, etc., and the side effects of digestive system are mild. - [Levocetirizine]: It can be used to treat diseases such as hives, allergic rhinoceros, acne, and itchy skin. Pregnant women and breast-feeding women are prohibited to use; children over 2 years old can use it; It has the advantages of fast effect, strong and lasting effect, and few side effects. There are no central nervous system side effects such as sedative and drowsiness. - [Desloratadin]: It can be used to treat the symptoms of chronic idiopathic hives and allergic rhinoceros in the lower legs, as well as various allergic diseases. Compared with the first and second generation antihistamines, it has the advantages of strong effect, fast effect, long duration of effect, and low toxicity. For the time being, it is not recommended for children under the age of 12. It should be used with caution in breast-feeding women and pregnant women. It is prohibited for patients with severe high blood pressure or cardiovascular disease. - Mizolastine: It can be used to relieve seasonal and year-round allergic rhinoceros, allergic concupitis, hives, and other allergic reactions in the calf. It should not be chewed and taken. It should not be used in patients with severe liver damage. The drug rarely penetrated the blood-brain barrier. There was no obvious drowsiness or sleepiness. It had no anti-chloridic effect and did not cause weight gain. It should not be used in pregnant women, nursing women and children. - [Cetiridine]: It was one of the most commonly used antihistamines in the country. It could be used to treat calf allergy with fewer side effects. 2. ** External medicine **: - ** Triamcinolonide-neomycins Plaster **: It is pasted on the affected part of the calf. It contains a certain amount of medicinal ingredients that can penetrate into the body through the skin to achieve the effect of local relief of acne. At the same time, it can also block the friction between the skin and clothes to prevent the skin from worsening due to repeated friction. - [Desonide Cream: Can be used for calf allergy.] - ** Fluticason Propionate Cream **: Can be used for calf allergy. - If the calf is allergic and itchy, and the area is small, you can apply ointment containing steroids such as tromethorphan Butyrate Ointment and Mometasone Furoate Ointment locally for anti-allergic and anti-itch treatment. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Anti-allergic drugs mainly included four categories: antihistamines; mast cell membrane stabilizing agents such as cromoglicate and ketotifen; calcium agents (commonly known as calcium tablets) that reduced blood vessel penetration; and steroids such as steroid, steroid, and other hormonal drugs. Antihistamines were divided into the first generation and the second generation. The first generation of antihistamines included chorphanamine, diphenhydralin, cypromethamine, promethrazine, and ketonifen; the second generation of antihistamines mainly included loratadin, cetiriizine, fexofenadin, ebastine, desloratadin, levocetiriizine, and mizolastine. In addition, there were also antihistamines such as oxomrazine and methodirazine. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
There were four main categories of anti-allergic drugs: antihistamines; mast cell membrane stabilizing agents such as cromoglicate and ketotifen; calcium agents that reduced blood vessel penetration; and steroids such as dexterity and prodione. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Chlophanamine Malonate, Loratardine, CalciumGluconate, Budesona Nasal Spray, Cetirizine, and Montelukast were all Grade B anti-allergic drugs. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Anti-allergy injections were usually antihistamines or steroids. If it was an antihistamine-type anti-allergic injection, such as diphenhydralin, after being injected into the human body, it might act on the central nervous system, causing dizziness, poor mental state, lethargy, and other central nervous depression symptoms. It might also affect the secretion of glands, causing dry mouth and tongue. If it was a class of drugs such as steroid, dexterity, etc., the most common side effects were the reactions in the digestive tract, such as nausea, vomiting, abdominal pain, diarrhea, and other symptoms. However, the specific side effects may vary from individual to individual, and the treatment should be based on the course of the disease and the indication. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
The following drugs were commonly used in allergy first aid: 1. Adrenaline: It is a first-line drug for the treatment of allergic reactions. It can be administered by injection or inhalation. It can constrict blood vessels, increase heart rate and blood pressure, and relieve breathing difficulties and other allergic symptoms. When rescuing patients with allergic shock, 0.5 - 1 milligram of adrenaline solution was usually used for rapid intravenous injection, with an interval of 5 - 10 minutes between each injection. 2. Corticosteroids, such as dex, could reduce the inflammation of allergic reactions and relieve symptoms. In the treatment of allergic shock, 250 - 500 milligrams of cortisone was usually used for intravenous injection to prevent relapse. 3. Antihistamines: such as diphenhydralin, loratadin, cetirizine, etc., can relieve itching, rash and other symptoms caused by allergic reactions, but antihistamines should be used according to the doctor's advice. 4. Isoproterenol: It is a drug that maintains blood pressure. It can increase blood pressure and maintain blood circulation by constricting small blood vessels and increasing cardiac contractility and heart rate. It is usually injected with 0.1% - 0.5% Isoproterenol solution. 5. " Hydrochlor thiazide: It is a diuretic that can reduce the burden on the circulation and lower blood pressure by expelling excess fluid from the body. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
Medicines for allergy treatment were mainly divided into the following categories: 1. ** Antihistamines **: This is a commonly used type of anti-allergy medicine. According to its structure and function, it could be divided into three generations. The first generation was represented by diphenhydralin, chloridimine, and promethrazine, which were effective in treating allergic reactions of the skin and mucus membrane, but had a strong central nervous system inhibition effect, which could easily cause adverse reactions such as drowsiness and dry mouth. It was less effective for asthma, and was prohibited for the elderly, newborns, premature infants, and alcoholism. The second generation was represented by loratadin and cetiridine, which had no sedative effect or mild sedative effect. It was effective in treating skin and mucus allergy, but some of them had cardiac toxicity, severe liver or kidney function damage, children under 2 years old, pregnant women, and nursing women should be used with caution. It should be used cautiously when combined with CyP3A4 or CyP2D6 inhibition. The third generation was represented by desloratadin and fexofenadin, which were the active metabolism products or single optical isomes of the second generation. They had almost no sedative effect and no cardiac toxicity, but they were more expensive. They were not recommended for children under 12 years old, and were prohibited for those with severe liver incompetence. 2. ** Histamine-desensitizing drugs **: For example, betahistine can improve the patient's tolerance to histamin and reduce allergic reactions. However, there are adverse reactions such as dry mouth, nausea, stomach discomfort, dizziness, and itchy skin. It is prohibited for patients with pheotrophioma, allergic people, and children. 3. ** Corticosteroid drugs **: For example, dex, etc., which can neutralize the effect of antibiotics and suppress the release of histamin. The contraindications include active digestive ulcers, severe high blood pressure, hardening of arteries, pregnant women, patients with severe mental illness, heart and kidney incompetence, etc. 4. ** Cyclotriene regulator **: For example, montelukast et al., which can suppress the cysteinyl-cyclotriene receptor in the airways and is used to treat allergic diseases of the respiratory tract. However, it should not be used to treat acute asthma attacks, aggressive behavior, excitement, palpitations, and adverse reactions such as digestive tract reactions such as indigestion and nausea. It is prohibited for people who are allergic to this drug. 5. ** Antigen and antibody-suppressing drugs **: For example, adrenaline. It is prohibited for people allergic to this product, patients with coronary-artery disease, patients with diabetes, patients with hyperthyreosis, patients with foxglove poisoning, patients with hemorrhage shock, patients with cardiogenic asthma, etc. The specific medication should be consulted with the doctor for guidance. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
In response to nuclear pollution, common drugs were iodines (such as iodines) and iodate. These drugs could reduce the harm of nuclear pollution to the human body, but they could not completely eliminate its effects. Anti-nuclear pollution drugs also included calcium, rifampicin, and nidation antagonist. In addition, natural Zeolite had great potential for environmental restoration. Although it was not a traditional medicine, it could be used to absorb harmful ions (such as heavy metals such as lead and mercury) in industrial pollution, agricultural waste water, and domestic sewage. It could also be used for soil restoration to reduce the bio-utilization of heavy metals in the soil, thereby reducing the harm to crops. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>
The anti-flu drugs could be divided into Neurannidase Inhibition, Hemaglutinin Inhibition, Virus DNA Polymerase Inhibition, M2 Ion Channel Blocker, etc. Among them, the drugs used for the treatment of neurosaminidases included oseltamivir, zanamivir, etc.; the anti-flu drugs used in oral preparations included mabalosavir, abidole, and familavir tablets; and Nuclozan, a compound that was discovered by the School of Medicine of the University of Hong Kong, was expected to become a new target drug for the treatment of flu. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>