Antibiotics and antibacterial agents are valuable tools in the fight against infections, as in the actual forms and ingestion. Antimicrobial action of these powerful drugs can be used to treat a wide range of bacterial infections, including pneumonia, tuberculosis, meningitis, inflammation of the throat and many other diseases. More than 100 different compounds classified as antibiotics such as penicillin, erythromycin, tetracycline and other main types of antibacterial agents. Some antibiotics are more effective against certain bacteria, while others can be used to treat a wide range of bacterial infections. They are sometimes called broad-spectrum antibiotics. The ancient Greeks and Egyptians used various types of forms for the treatment of certain diseases. These primitive antibiotics provided some protection against the growth of bacteria in wounds or systemic infections. Ayurvedic tradition of folk medicine in India are also included seeds Moringa oleifera in ointments and poultices for treating infections. Now we know that these seeds contain a natural antibiotic substances known as pterygospermin. Modern antibiotics medicine is rooted in 1870's, but when the action of antibiotics were first discovered and registered by Louis Pasteur, Robert Koch and others. Alexander Flemings experiments with bread forms led to the discovery of penicillin, a powerful antibiotic that can be used to control a wide range of bacterial types. Doctors and health workers using synthetic, semisynthetic and natural antibiotics, depending on the disease to treat and needs of the patient. Modern antibiotics are usually divided into two separate classes. Bacteriostatic antibiotics to prevent division and replication of bacteria, thus disrupting the growth and spread of infection. Bactericidal antibiotics, however, work to destroy bacteria directly and work more quickly, as a result. Antibiotics can be further classified into different families, including:
cephalosporin antibiotics slow down and prevent the formation of cell walls of most bacteria, preventing the spread of infection. Glycopeptides Attacking cell walls and prevent them from forming or reforming correctly glycopeptides slow the growth of bacteria. Quinolones antibiotic action of quinolones prevents the proper genetic replication of bacteria affected by these drugs. Macrolides Although not recommended for people with liver problems, macrolide antibiotics lines are usually used to treat tuberculosis, Lyme disease and leprosy. Tetracycline is one of the most popular families of antibiotics, these drugs are used as broad-spectrum antibacterial agents to combat a wide range of infections and diseases. In addition, natural antibiotics available that can provide anti-bacterial benefits to patients suffering from infections. In some cases, certain classes or families, antibiotics can not get into the patient due to severe allergies. Penicillin allergy is the most common type of allergy antibiotics, and about ten percent of all men report some degree of allergic reaction in the treatment strattera of drug. The most common reaction is a rash or discomfort, but serious allergic reactions are possible, including anaphylactic shock and even death. Seeds of plants morinhi includes natural antibiotic that can be used for treatment and infection control. Pterygospermin can be used to combat the effects of a number of bacteria responsible for causing infections, and antifungal effect provides for even more useful. Because pterygospermin occurs naturally in the seeds morinhi, it usually does not have the same high risk of allergic reactions, as a higher degree of processing antibiotics. In addition, a study conducted in 1981 and published in the Plant Medica determine the presence of benzyl yzotyotsyanat in seeds. This substance is also very effective antibiotic and can be used to treat bacterial infections, which makes morinhi valuable medicinal additives in cases where the bacteria may represent a threat to the health or life. .
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