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Although antibiotics are sometimes used to treat bacterial infections, they can be effective against other kinds of infections as well, e.g. viral infections, fungal infections (especially yeast), viruses, bacterial pneumonia, and viruses of the central nervous system. They can be useful to treat other pathogenic infections as well, e.g. infectious diseases, inflammatory disorders, and other conditions of inflammation and inflammation-related diseases (especially non-inflammatory conditions such as fibrosis). Such medication is usually administered with a diet rich in foods rich in micronutrients and phytochemicals (tannins) found in the plants, fruits and fungi of the plants. Because an antimicrobial agent stimulates growth of bacterial cells or bacteria, it can cause or alleviate symptoms, while a conventional therapy, which uses the usual antibiotics to treat conditions that are related to an infection, is highly ineffective. (Oxycycline is used primarily to treat Lyme disease). The efficacy of many of the antibiotics used in the medical therapy of the common cold (ie, azithromycin, cefomyces cefotaxime and tetracycline) is inversely related to their potency against other classes of bacteria. The lower potency of the antibiotic used for treating influenza may be associated with the higher cost of antibiotics for treating other diseases. (Sertraline is a common antihistamine used in the treatment of the cold) In contrast to the typical case of a single antibiotic, one of the major differences between bacteriophages and bacteriocis infections is the distribution of antibiotic resistance genes. Bacteriology can be described as any group of organisms in which the presence or disappearance of antibiotic resistance genes results in a reduced ability of the organism to cause an infection by other bacteria. There are three main classes of antibiotic resistance genes: the dominant type, a subtype, and an orphan type genes that are found within each antibiotic-resistance gene. The dominant-type genes are used in many forms such as, but are not limited to, antibiotics, fungicides and antimicrobial agents. The subtype-resistance genes are found on an increased frequency among certain strains of yeasts (proteobacteria), on certain types of viruses (the enteroviruses), and on all of the bacteria found in the human environment. Antibiotics are highly resistant bacterial species, as most species naturally express certain mutations in antibiotic resistance genes. A bacteriophage is a bacteriocide that is used to attack bacteria. There are approximately one million types of bacteriophages that are used by humans; only a few of these are specific bacteria, However, because of the resistance of bacteria and many instances of antibiotic resistance with many species, there is considerable concern for the safety of bacterial infections. Most infections will kill bacteria but some will not. Thus, bacteriophages are considered potentially dangerous for humans. A bacteriophage is used to control pathogenic microbes that exist in a host’s environment and (The drugs used at first seem less effective than after some time). An experimental treatment may be administered when it is believed that an unusual reaction is causing the illness. The drug is administered in very large amounts as a dose or a dose at once. Other methods of administration used for experimental treatment include intravenous (IV) injection of a live bacterial antiserum (also known as a fluoroquinolone, penicillin, or ciprofloxacin), or needle aspiration of a live organism from an infected wound.