One organism, Methicillin-resistant Staphylococcus aureus (MRSA), kills approximately 19,000 Americans annually, which is more than HIV / AIDS, Parkinson's disease, emphysema, and homicide combined (5). In the mid-1980s, the incidence of MRSA isolates was close to zero, and by 1998 the incidence of MRSA was approximately 70% in Japan, 40% in Belgium, 30% in the United Kingdom, and 28% in the United States (1). Every year, 2 million Americans

Antibiotic resistant organisms has become a topic of much debate in recent years. Antibiotic resistance is a serious concern because of the health care implications that occur as a result of this problem. The purpose of this discussion is to explain antibiotic resistance development in humans. The research will also provide a General overview of specific strains, causes and effects. Antibiotic Resistance Development According to the Centers for Disease Control and Prevention

Antibiotic Resistant Streptococci There are more than thirty different species of streptococcal bacteria. The infections that strep causes in humans range from "strep throat," which is caused by Group A strep and relatively easily treatable, to diseases such as pneumonia and serious wound infections, both of which can prove deadly.(1) Antibiotics were first developed during World War II, and have saved many millions of human lives since then that would have been

Antibiotics When Antibiotics Quit Working When they first began to be used, antibiotics were considered miracle drugs because they cured infections that normally killed many people. Over the decades, these compounds have come to be a common treatment for bacterial infections. But as the use of antibiotics has increased, a seriously dangerous side-effect has developed: antibiotic resistant bacteria. Almost every bacteria that has been treated with antibiotics over the years has become

Conventional approaches including bacterial therapy are becoming less effective and in some cases completely ineffective for combating bacterial infection. Bacteria are evolving, becoming smarter and more virulent, and increasingly resistant to traditional treatment including antibiotic use. While scan the literature available on probiotic use supports use of probiotics for treating drug resistant strains of bacteria in some cases (Diped, 2003). If nothing else the literature supports the use of

antibiotics have saved millions of lives, their efficacy is diminished over time because of antibiotic resistance. Many pathogens possess the ability to multiply and mutate rapidly in response to the presence of antibiotics, and those mutations that are the hardiest will survive, making successive generations even more resistant. To determine how these antibiotic resistant processes operate and what steps researchers have taken in response, this paper provides a review