What are the effects of ceftriaxone on babies?

Cephalexin is a very common anti-inflammatory drug in life. Babies with low body resistance during growth will be prone to some physical diseases. Cephalexin can effectively treat some body inflammations. However, taking cephalosporin will have some effects on the baby's body and may easily cause vomiting or diarrhea in the baby, so it needs to be taken or injected appropriately.

What effects does ceftriaxone have on babies?

Cefprozil is a second-generation cephalosporin drug, which is often used to treat upper respiratory tract infections, pharyngitis, tonsillitis and other diseases. In addition to allergic reactions, adverse reactions mainly include gastrointestinal reactions such as diarrhea, nausea, vomiting and abdominal pain. Prolonged use may cause kidney damage or secondary infection.

If the general infection is suspected to be caused by bacteria, it is recommended to use penicillin, which has fewer side effects. No incompatibility has been found in the combination of cephalosporins or penicillin and Feining Granules. However, unless the condition requires it, use as few drugs as possible to reduce side effects.

What should I do if my baby is allergic to medicine?

Drug allergic reaction: It usually occurs in a small number of children with allergic constitutions. It is unpredictable and non-dose specific. It has nothing to do with the dosage, route of administration and the pharmacological effects of the drug itself. Drugs, whether taken orally, injected, applied topically or sprayed, can cause damage to the skin, mucous membranes, and even the entire body. Immediate reactions usually occur within minutes and often include general manifestations of allergic reactions; delayed reactions often occur 3 days or later after treatment and include various rashes, drug fever, and serum sickness-type reactions. Drug allergic reactions are more often judged through clinical observation. The two necessary factors that induce drug allergy are allergic constitution and contact with drugs. Both are indispensable. Not all drugs can cause allergic reactions. Only drugs that can cause allergic reactions are called allergenic drugs. Therefore, drug allergy only occurs in people with allergic constitution and must be caused by medication.

Drug allergic reactions are divided into immediate reactions and delayed reactions. The former appears instantly after taking the medicine, such as after injecting penicillin, or even during a skin test, symptoms such as chest tightness, palpitations, shortness of breath, blue complexion, profuse sweating, cold hands and feet, and even a weak pulse and shock may occur. This drug reaction is serious and if not treated in time, it can cause the death of the child. A delayed reaction is a rash that appears several days after taking the medicine and the rash types vary, including fixed drug rash, urticaria, scarlet fever-like rash, measles-like rash, etc. In severe cases, exfoliative dermatitis may occur. Immediate responders are often accompanied by systemic symptoms. Immediate responders are often accompanied by systemic symptoms. Those with delayed reactions may have exfoliative dermatitis. Slow responders may only invade the skin or one organ locally, with relatively mild symptoms.

If a child has an allergic reaction after taking a medication, the medication should be stopped first and desensitization treatment should be given, such as diphenhydramine, phenergan, chlorpheniramine, calcium gluconate, etc. When a systemic allergic reaction occurs, the child should lie flat, unbutton his clothes, tilt his head to one side, pay attention to changes in blood pressure, clear secretions from the mouth and nose, keep the airway open, and go to the hospital as soon as possible.

Since drug allergies only occur in people with allergic constitutions, parents of babies with drug allergies should actively adjust their babies' allergic constitutions. Children are allergic because they are young and have good body plasticity. Appropriate preventive measures can significantly reduce or avoid the occurrence of allergic diseases. Modern medicine has raised its attention to infant and child allergies to start from the root and improve the inheritance of allergic constitutions.