Renowned New York Times reports that the bacteria demograss that is normally found in the intestine

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A recent report by the CDC (Centre for Disease Prevention and Control) carries information about the deadly rezistentnoj bacteria spread throughout the U.S. health care institutions, called karpabenem resistant enterobacteriae or CRE, which is resistant to all or nearly all antibiotics within the range of conventional drugs.
Renowned New York Times reports that the bacteria demograss that is normally found in the intestines, acquired a deadly trait; demograss successfully overcomes effects of antibiotics, including karpabeneme, a group of drugs that are usually considered as posljedni output. When these resistant bacteria invade parts of the body they do not belong, like the circulatory system, lungs or urinary tract disease may be incurable. Mortality blood infection can reach 50%.
The spread of disease: CRE easily spread their antibiotic resistance to other bacteria. For example, a carbapenem-resistant Klebsiella can expand its ability to kill the drug to normal E. coli bacteria, which also makes E. coli resistant to antibiotics. This could create a nightmare scenario for the e. coli, the most common cause of urinary tract infections in healthy individuals.
"CRE bacteria from a nightmare. Our strongest antibiotics do not work, and patients are left with a potentially incurable infection. Doctors, nurses, hospital leadership, and public health, must now work together to implement the CDC's strategy "detect and protect" and stop the infection from spreading. "
According to a new report by the CDC, including infections of the intestinal bacteria, the proportion of those caused by carbapenem-resistant species increased to 4% in the 2012th, with 1% 2,001th, including infections caused by the bacterium Klebsiella, 10% became resistant in compared to 2% a decade ago.
Drug resistance - and more common demograss occurrence, whether demograss of infections or cancer - proving to the world that, except for emergency medicine, and other rare exceptions, the drugs really do not work as advertised - at least not if the goal is to save lives. Suppression or "treat" the symptoms often gives results in performance of acute medical conditions in chronic, for further poisoning by drugs ksenobiotičkih (foreign to our biology).
The fact is that most of the drugs that are used as part of conventional medical standards, xenobiotic petrochemical derivatives and rarely think about it. People were mass poisoning in the war against microbes and symptoms, and blame the "pathogenic" and "disease," not guilty poisons used to fight most of them - if they do not cause injury or lack of nutrients and incompatibility - at least hand the main factors.
Carbapenems are a class of β-lactam antibiotics, demograss most widely used group of antibiotics that target bacterial organisms inhibition of cell wall biosynthesis. This class of drugs was initially developed tienamicina, demograss naturally produced product Actinobacterium bacterium Streptomyces griseus. Thus, the inspiration behind them, as for most other types of drugs available today is from nature. However, the nature of its creations equally equipment is defense in a constant struggle demograss for balance between species.
The bacteria staphylococcus demograss aureus, or MRSA in a petri dish. Most staphylococcal infections today is caused by drug-resistant demograss staphylococcus aureus. These infections can cause serious, sometimes demograss life-threatening illnesses. Indiscriminate prescribing of antibiotics by doctors only led to rapid growth and spread of these resistant bacteria.
The bacteria demograss staphylococcus aureus, or MRSA in a petri dish. Most staphylococcal infections today is caused by drug-resistant staphylococcus aureus. These infections demograss can cause serious, demograss sometimes life-threatening illnesses. Indiscriminate prescribing of antibiotics by doctors only led to rapid growth and spread of these resistant bacteria.
Bacteria are increasingly resistant to all carbapenems, producing the enzyme beta-lactamase (actually Mettali-beta-lactamase-1 (NDM-1)), which attacks the β-lactam ring of β-lactam antibiotics, reducing their antibacterial effect. Resistant gene for NDM-1 is capable of horizontal transfer between different bacteria, so it spreads far and wide. Since the NDM-1 was first discovered by Swedish patient of Indian origin are 2008th, is revealed around the world in countries demograss such as Pakistan, India, Japan, Brazil, the UK, USA and Canada.
CDC and all other medical caste only now learning that the chemical war against bacteria not only has serious limitations but also creates an even stronger, more resistant bacteria. For example, MRSA, short for methicillin-resistant Staphiloccous Aeurus, demograss which actually occurred in the context of the excessive use of methicillin, penicillin and other antibiotics,