I chose this topic because there are many kinds of plants and foods, including antibiotics, but many people do not know. Scientists who make fake antibiotics not only kill bad antimicrobials but they also kill good antimicrobials. I want to find a natural source of antibiotics, so I can create antibiotics just to kill bad antimicrobials. I can make the same tablets as antibiotics, but it does not have many side effects. If I can make tablets of natural antibiotics, I can make them those made by hospital doctors and sell natural antibiotics. Antibiotics Antibiotics are defined as drugs produced by certain microorganisms. Most doctors use antibiotics to help fight the patient's bacteria. Antibiotics are derived from almost everything on plants, fungi, air, water, soil, and the earth. Antibiotics kill bacteria and viruses in the body and attack it, but usually do not hurt human cells. Antibiotics are used to treat various kinds of diseases, such as tuberculosis, syphilis, and some infections. People have been using antibiotics for over 2,500 years. They use mold to cure some skin infections and rashes. In the late 1800s, real medical research began. Louis Pasteur discovered that bacteria are the cause of the disease and proved that the theory of self-generation is wrong. After him, Robert Koch developed a way to separate and cultivate bacteria. Most of the antibiotics and medicines we are using today come from fungi, plants, and even microbials of animal bacteria. Recently scientists at George Mason University reported that they discovered antimicrobial protein fragments in the blood of the Komodo Dragon that they seemed to help animals fight fatal infections. This finding may be a new leader in the development of stronger antibiotics that can resist antibiotic resistant bacteria. However, after talking to Professor Cameron Currie of the Department of Bacteriology at the University of Wisconsin-Madison, this interesting new discovery may not be exciting. On a global scale, scientists have discovered many naturally occurring soils that inhibit disease, including Minnesota soil. These suppressive soils support high-density antibiotics that produce microorganisms that kill plant pathogens. According to Kinkel, in each case, one cultivation - plant grows in the soil for many years. She repeated this phenomenon in a long-term research trial at U Cedar Creek Ecosystem Science Reserve. However, Kinkel said monoculture is thought to be bad, as it increases plant diseases. It all depends on the ability of microorganisms to fight pathogens, especially through antibiotics. "If you are a microorganism and you are in an environment holding multiple plants, different plants can offer you many different foods." This produces antibiotics to kill the competitors It means that doing things may not be beneficial. Therefore, the number of microorganisms producing antibiotics decreases.

Most antibiotics are based on natural products synthesized by bacteria and fungi. Quinolones (such as Cipro) and sulfonamides (such as sulfamethoxazole) are the main exceptions to this rule. Antibiotics belong to the class of natural compounds called secondary metabolites. These molecules are not essential for normal growth and metabolism (sugars, amino acids, nucleic acids etc.), but have special effects. For secondary metabolites, organisms that can not move or talk can communicate, control the environment, and protect themselves. When making complex molecules, bacteria, plants and fungi are far superior to human chemists. These biosynthesis are usually performed in large enzyme complexes in which intracellular plants, ie various precursors and intermediates, are assembled, modified and delivered. Complete synthesis of vancomycin has been done in the laboratory but I think that it is still being produced commercially by Amycolatopsis orientalis bacteria which was first isolated from fermentation. It is important to pay attention to these secondary metabolites. Any substance produced by enzymes can be degraded by enzymes - usually the same as the material from which it is produced. If these enzymes are slightly adjusted or simply placed in different environments antibiotics may be broken down. Therefore antibiotic resistance is an inevitable feature inherent in the use of antibiotics. The story of 'incurable gonorrhea' has become the headline of this week. However, antibiotic resistance is not a new phenomenon. Like other organisms, bacteria eventually will inevitably learn to fight common antibiotics. The use of antibiotics in Nigeria exacerbates this problem for the following reasons: Prostate cancer is one of the most common types of cancer in men. Prostate cancer usually proliferates slowly, it is initially confined to the prostate and may not cause serious injury. Certain types of prostate cancer grow slowly and may require little or no treatment, but other types of invasion spread rapidly Antibiotic abuse, also called antibiotic abuse or excessive antibiotic use, refers to the abuse or overuse of antibiotics that can have serious health effects. This is a factor that contributes to the occurrence of antibiotic resistance, including the production of multidrug resistant bacteria informally known as "super bug". Bacteria that are relatively innocuous (staphylococci, enterococci, acinetobacter, etc.) can be produced more. Resistance to antibiotics and cause of life-threatening infection The discovery of antibiotics against bacterial infections is considered one of the most important advances in medical history. Unfortunately, bacteria are highly adaptable and overuse of antibiotics has made many bacteria resistant to antibiotics. This causes serious problems, especially in hospital environments. Vaccines have been developed since the beginning of the 20th century. This vaccine has greatly reduced the number of new cases of viral diseases such as polio, measles, varicella. In addition, this vaccine can prevent infectious diseases such as influenza, hepatitis A, hepatitis B, human papillomavirus (HPV). Antibiotics are used in the manufacture of several vaccines to prevent the growth of bacteria and contaminate the vaccine. However, antibiotics (penicillins, cephalosporins, sulfonamides, etc.) that usually cause allergic reactions are not used in vaccines. Trace amounts of five antibiotics are included in several vaccines used in the UK. These are neomycin, streptomycin, polymyxin b, gentamicin and kanamycin. Those known to be allergic to any of these antibiotics should consult experts before vaccinating these vaccines.

Abuse of antibiotics Over the years, human beings have various possibilities to overcome health problems, expansion of infectious diseases and infections, disease management, and efforts to build a healthy society without disease and health problems I have tried. They were very successful. The book "good bacteria, bad bacteria" explains the average life expectancy even if it is much older than before. Epidemiologic problems and infections are getting less and less, and humans are undergoing treatment. The overuse of antibiotics has become one of the main reasons for the development of antibiotic resistance. Since the beginning of the era of antibiotics antibiotics have been used to treat a variety of diseases. Excessive use of antibiotics is the main cause of an increase in antibiotic resistance. The main problem is that the doctor is willing to prescribe antibiotics for those who believe that antibiotics can cure almost any disease including viral infections such as colds. In prescription drug analysis, 36% of individuals with colds or upper respiratory tract infections (both due to viruses) received antibiotic prescriptions. In addition to increasing the risk of further evolution of antibiotic-resistant bacteria, these prescriptions have not been realized. Antibiotics combat colds, influenza, sore throat, bronchitis, and infectious diseases such as sinusitis and ear infections. The widespread use of antibiotics for these diseases is an example of how excessive use of antibiotics can promote expansion of antibiotic resistance. The smart use of antibiotics is the key to controlling the spread of resistance. A: Bacteria are resistant to antibiotics in several ways. Some bacteria can "neutralize" antibiotics by changing it to make it harmless. Other people learned how to return antibiotics to bacteria. Because some bacteria can change their external structure, antibiotics can not adhere to the bacteria they kill.

In a year, patients who did not enter the hospital prescribed 133 million antibiotics, but about 50% was unnecessary. Antibiotics are considered "magical medicines" because they may once make a fatal illness a simple inconvenience. However, different methods of prescribing antibiotics by physicians may affect long-term and short-term effects of the entire population. In order to correct these errors, physicians must understand that using antibiotics without caution can cause serious and widespread problems. Tedros Adhanom Ghebreyesus, secretary general of the World Health Organization (WHO), says: "The lack of effective antibiotics is as serious as the sudden death of the disease Important:" A group of animals treated with antibiotics creates drug-resistant bacteria, To farm workers or through food.The Super Bug MRSA has been found in a large sample of pork products on the UK supermarket shelf, according to a guardian survey, the risk of people being infected with this strain There is sex. Are there sisters, uncles, cousins, or friends whose lives are reversed by a fatal bacterial infection? In most cases, they are a happy ending - an important corner of transformation with the help of "right" antibiotics. We can not help but think about what kind of life will be without these magical medicines. But this could soon be our future, our new reality. Bacteria are increasingly more resistant to life-saving antibiotics, largely because they are overworked. Many people are not aware that livestock production is the main factor in this problem. Finally, about 70% of all human important antibiotics sold in the United States are used for edible animals; most of them are used to promote growth and disease prevention of untreated animals . Despite increased consciousness, doctors continue to use antibiotics, patients continue to refrain antibiotic therapy. At the same time, the livestock industry consumes 70% of US antibiotics to breed antibiotic-resistant meat, soil and even farmers to keep animals healthy. According to the British report of 2014, it is estimated that by 2050 10 million people die every year due to antibiotic resistance. Experts are still discussing the imminent antibiotic-resistant tsunami, but one thing is obvious: in 2018 it rarely dies from debris, but in 2080 they look a little different ing.

Article: With the advent of antibiotics in 1929, Mr. Fleming stated as follows. Many medicines make them resistant. "Today we saw this idea by using excessive antibiotics.The overuse is most common as there is a lack of education for the patient.Therefore, the way to overcome this is because patients In addition to educating, it is educating doctors. Antibiotic abuse, sometimes referred to as antibiotic abuse or antibiotic abuse, refers to the abuse or overuse of antibiotics that can cause serious health effects. It is a factor that contributes to the development of antibiotic resistance, including the production of multidrug resistant bacteria, which is informally known as "superbug". Resistant to multiple antibiotics leading to life threatening infections Excessive use of antibiotics bring antibiotic resistance, threaten health care at all levels and challenge public health interventions around the world. There is no single way to deal with the epidemic of antibiotic overuse, but it requires multiple approaches and strong government support. Fortunately, some progress has been made in properly regulating the use of antibiotics in developing countries. Governments in developing countries such as Indonesia and Pakistan legitimately include antibiotics only in prescription medicines and their sales are limited to hospitals, public health centers, and regional pharmacies. Similarly, the initiative led by world-wide NGOs such as the World Health Organization (WHO) to educate patients about the proper use of antibiotics has been successful in the past few years. The overuse of antibiotics has become one of the main reasons for the development of antibiotic resistance. Since the beginning of the era of antibiotics antibiotics have been used to treat a variety of diseases. Excessive use of antibiotics is the main cause of an increase in antibiotic resistance. The main problem is that the doctor is willing to prescribe antibiotics for those who believe that antibiotics can cure almost any disease including viral infections such as colds. Analysis of the prescription of the medicine, 36% of individuals with a cold or upper respiratory tract infection (both from the virus) received antibiotic prescriptions. In addition to increasing the risk of further evolution of antibiotic-resistant bacteria, these prescriptions have not been realized.

In a year, patients who did not enter the hospital prescribed 133 million antibiotics, but about 50% was unnecessary. Antibiotics are considered "magical medicines" because they may once make a fatal illness a simple inconvenience. However, different methods of prescribing antibiotics by physicians may affect long-term and short-term effects of the entire population. In order to correct these errors, physicians must understand that using antibiotics without caution can cause serious and widespread problems. Tedros Adhanom Ghebreyesus, secretary general of the World Health Organization (WHO), says: "The lack of effective antibiotics is as serious as the sudden death of the disease Important:" A group of animals treated with antibiotics creates drug-resistant bacteria, To farm workers or through food.The Super Bug MRSA has been found in a large sample of pork products on the UK supermarket shelf, according to a guardian survey, the risk of people being infected with this strain There is sex. Are there sisters, uncles, cousins, or friends whose lives are reversed by a fatal bacterial infection? In most cases, they are a happy ending - an important corner of transformation with the help of "right" antibiotics. We can not help but think about what kind of life will be without these magical medicines. But this could soon be our future, our new reality. Bacteria are increasingly more resistant to life-saving antibiotics, largely because they are overworked. Many people are not aware that livestock production is the main factor in this problem. Finally, about 70% of all human important antibiotics sold in the United States are used for edible animals; most of them are used to promote growth and disease prevention of untreated animals . Despite increased consciousness, doctors continue to use antibiotics, patients continue to refrain antibiotic therapy. At the same time, the livestock industry consumes 70% of US antibiotics to breed antibiotic-resistant meat, soil and even farmers to keep animals healthy. According to the British report of 2014, it is estimated that by 2050 10 million people die every year due to antibiotic resistance. Experts are still discussing the imminent antibiotic-resistant tsunami, but one thing is obvious: in 2018 it rarely dies from debris, but in 2080 they look a little different ing.

Antibiotics are one of the greatest advances in medical history; people suffering from glandular plague in genital infections. Obviously, these medicines are necessary to treat many diseases ... but cold. The abuse of antibiotics can put patients at risk of future health problems, bacteria become resilient to these lifeguards, and the government must cope with the increased costs. Antibiotics may be a treatment for many diseases, but unnecessary prescriptions harm more than good for individuals. Antibiotics cause severe reactions and may significantly increase treatment costs. In the United States, antibiotics and antiinfectives are the major causes of harmful drug reactions. In a study conducted in 32 countries in 2011, antibiotics and antiinfective drugs accounted for approximately 24% of ADE at admission and 28% of ADE at hospitalization. If antibiotic tolerance continues to increase from current levels, it is estimated that by the year 2050, 10 million people will die each year due to the lack of available treatments, and the world's GDP will be 2 - It decreases by 3.5%. Unless global action is taken to combat the development of antibiotic abuse and antibiotic resistance from 2014 to 2050, an estimated 300 million people will die prematurely due to drug resistance, and 60 to 100 It is an economic output of trillion US dollars. loss The time for our antibiotics is exhausted. In 2016, a woman in Nevada died of a bacterial infection caused by Klebsiella pneumoniae resistant to all available antibiotics. Colistin-resistant bacteria have been found in Chinese pig farm, this antibiotic is the last antibiotic. Bacteria have evolved to fight antibiotics faster than before. At the same time, scientists need more than ten years to develop new antibiotics and obtain FDA approval. The slow response of our means that we have failed in the competition of antibiotic weapons. Alternatives to combat bacterial infection are urgently needed. A promising way to kill bacteria is to use phage: a virus that infects and kills bacteria. Phage: Do you solve the antibiotic problem? How can we use this virus to fight bacterial infections? A: Excessive use and abuse of antibiotics can cause antibiotic-resistant bacteria. Every time a person takes antibiotics, sensitive bacteria (antibiotics can still attack the bacteria) are killed, but resistant bacteria grow and proliferate. This is how antibiotic use repeatedly increases the number of drug-resistant bacteria. Antibiotics combat colds, influenza, sore throat, bronchitis, and infectious diseases such as sinusitis and ear infections. The widespread use of antibiotics for these diseases is an example of how excessive use of antibiotics can promote expansion of antibiotic resistance. The smart use of antibiotics is the key to controlling the spread of drug resistance

Objective: The goal of this project was to identify the crystal structure, active binding site and functional analysis of the domains present in the HldE protein. It is possible to change the formation of lipopolysaccharide (LPS) layers in bacteria by discovering these important factors of the protein and changing the active site. This will help antibiotics stand out due to certain problems occurring with these bacterial types. To achieve this goal, we need to compare that protein with the proteins present in other structures. Cox: Even with the use of any antibiotic, even proper therapeutic use may promote the development of drug-resistant bacteria. Antibiotics affect bacteria that cause infectious diseases, but it also affects the "good" bacteria that we need and need for our bodies (such as our gut digestive bacteria) . This is why it is important for physicians to use antibiotics only when prescribing antibiotics for treatment of bacterial infections. Even if antibiotics are taken without being infected with bacteria, your disease will not be treated and a series of events that can lead to the emergence of resistant bacteria will be caused. Therefore, in order to retard bacterial tolerance to antibiotics, these medications must be used properly. Resistance of bacterial antibiotics is often referred to as antibiotic resistance. This means that the bacteria become resistant to antibiotics. The emergence of drug resistance often reflects evolutionary processes occurring during antibiotic treatment. For example, antibiotics such as penicillin and fluoroquinolone have been shown to be more effective against many bacterial species and strains and due to their poor ability due to the widespread resistance of gonorrhea anymore Not recommended for the treatment of epididymitis. Class of medicine Antibiotics and resistant bacteria exist in the environment. Antibiotics may be beneficial to drug-resistant bacteria. As with other environments, the importance of this process depends on antibiotic concentration, bioavailability, and other constraints. This varies in water, sewage sludge, soil and sediments due to antibiotic concentrations, physical and chemical limitations, and bacterial mobility and their resistance genes. The ability to absorb DNA from the environment is common in natural isolates. To understand the interaction between antibacterial compounds and bacteria in the environment and to conduct a rational risk assessment, it is essential to use a test system and field survey.

How can we cure diseases that can not be cured with antibiotics once people become antibiotic resistant? When a doctor takes medicine, most people are not aware that they are receiving antibiotic therapy. If we humans are resistant to this medicine, as many Americans have never resisted these diseases without the help of antibiotics, red fever, influenza and even the common cold are serious problems . Growth hormone (GH) is currently also commonly used in CAFO. Animal food is no exception. The most conventionally raised livestock is raised in a combination of soybeans and maize, 90% of which are genetically modified maize. Their feed also contains hormones and antibiotics. For cattle, transgenic bovine growth hormone called rBGH is given to increase milk yield. A forced increase in milk production causes infection and animals ingest antibiotics. These hormones and antibiotics enter dairy products and ultimately enter your body. Genetic engineering changes crops to provide weather and insect resistance. For example, genetically modified corn combines with bacteria to produce its own pesticide called Bt toxin. Bt toxin kills insects by destroying the inner wall of the gastrointestinal tract. This poison is not peculiar to insects but it penetrates the holes of human cells to destroy the intestines and cause intestinal leakage. Antibiotics are administered to livestock for rapid growth and disease resistance, but this practice makes food pathogens more resistant to antibiotics. Growth hormone rBGH is used by dairymen to increase milk yield per day (5 kg per cow), but there are also scientists claiming that this method produces unhealthy foods . To date, the Canadian Department of Health and Welfare has refused approval. Food distribution is fast and literally spread all over the world. You are a fresh bean of Kenya, Morocco or Japanese Orange, Chinese Pear, Florida Orange, California products, Chili or South American or Italian grapes, Portuguese or Argentine pears, French cheese, Indian or Mexican okra, And you can find mango. It is common in many major cities in North America. And this is just a few of the other products you can buy. Rapid transport and distribution helps to promote the spread of pathogens and epidemics

The discovery of antibiotics was due to the discovery of the first commercially available antibiotic (penicillin) by Alexander Fleming around 1928. Antibiotics, also known as antibacterial agents, are drugs that are taken to destroy or slow the growth rate. Bacterial antibiotics are essential for the success of many medical practices such as surgery, organ transplantation, cancer treatment, treatment of severe disease. (Ramanan Laxminarayan, 2013) The emergence of penicillin indicates the arrival of the age of antibiotics, allowing the elimination of diseases that usually end with death or dysfunction, allowing people to live. The discovery of Scottish biologist Sir Alexander Fleming by his enzyme lysozyme (1921) and the antibiotic penicillin (1928) defined a new vision for modern antibiotics. Penicillin contained in Penicillium notatum improves the treatment of bacterial infections such as syphilis, gangrene and tuberculosis. He made a tremendous contribution to medicine through his work on bacteriology, immunology and chemotherapy. His research and his military career study stimulated him to discover natural antimicrobial enzymes in 1921 when he named lysozyme. This substance is contained in tissues and secretions such as mucus, tears, egg white, but it is not effective for strong harmful bacteria. Six years later, due to successful coincidence discovery, he stumbled on penicillin Alexander Fleming is a Scottish doctor scientist who was admitted for discovering penicillin. Millions of lives were saved by discovering and using antibiotics, and with Fleming we won a series of companies in Howard Floyd and Ernst. Bell Physiology / Medical Award. On August 6, 1881, Alexander Fleming was born at Hew Fleming and Grace Stirling Morton on the Scottish Rockfield Farm. Fleming first got educated in Scotland and eventually moved to London with three brothers and one sister and completed his youth education at the Regent Street Technical University. He worked for four years at the shipping company, not immediately entering the medical department. When his uncle John died, he distributed his legacy equally to his brothers and sisters, prostitutes and nephews, and Fleming was able to use his share to receive medical education .

Advantages and Dangers of Antibiotics Introduction Producers face many problems in today's practice. One of the problems concerns the widespread use of antibiotics in livestock feed. There are several advantages and risks to this use. These problems not only affect livestock industry but can also be seen on a larger scale in general. This article outlines the strengths and weaknesses of this problem. Antibiotics have been approved for use in livestock feed for over 30 years. Antibiotics - There are many advantages to using antibiotics in agriculture; they promote growth and are essential for the treatment of animal infections. However, antibiotics are used in excess, and are often used as part of intensive agriculture to prevent infection and promote growth. This caused antibiotic tolerance and resulted in new "superbacteria" ingested by humans during food intake. These "super bugs" can cause human infections, which can adversely affect health. Researchers all over the world are alerting farmers to greatly reduce the amount of antibiotics used in agriculture to avoid the crisis. You can find great articles here to explain the problem through the British National Health Service article. In the fields of science and technology and industry there are many new developments that bring about benefits and risks to the environment and human health. These include nanotechnology, genetic modification of animals and plants, antibiotic resistance, threats to food safety, and the growing biofuel market. Protection of ecosystems and endangered species, problems related to animal experiments, and many years of challenges remain. It will develop further. In order to cope with these problems in a responsible way, we study the relationship between human health and the environment to involve participants in multiculturalism, society, community forum, academic conference, legislative debate etc. We must continue the scrutiny of the fair and democratic public of. Economic, philosophical and scientific viewpoint In our review, we have found that the use of antibiotics in edible animals is common, but its characteristics are bad. Furthermore, in existing research, the risks to human health and the benefits of animal production are not well studied. We also found that there is a lack of consistency between domestic policies and international policies. The following sections outline the current literature on the nature and extent of the use of antibiotics in edible animals and the epidemiological relationship between the use of antibiotics in food animals and the resistance of humans. Next, I will outline the complicated risk analysis framework necessary to solve this problem. Finally, we reviewed major policy and regulatory recommendations at home and abroad.

Antibiotics They are among the greatest medical advances in history. They are the savior of patients with pneumonia, tuberculosis, and enteritis. There is no doubt that these medicines are necessary to treat many diseases; however, it seems that everyone entering the doctor's office seems to bring a note with a prescription, is. With antibiotic abuse, the patient gets worse than before, the bacteria become more resistant, and the cost increases. So why not make a new antibiotic to deal with these new bacterial strains? The answer is mainly economic. Since the 1980's there was no new class of antibiotics - drug research institutes ceased to invest in production, as they are not as profitable as anti-cholesterol drugs and cancer treatments. The cost of manufacturing and selling a single medicine is as much as $ 2.6 billion. However, considering the economic consequences of many people being infected with incurable diseases and being unable to get a job or attend school. Imagine how many health care workers, first aid workers, police and military officials are too sick to go to work and imagine the impact on public safety. Understanding a wide range of antibiotics and antiinfective drugs is not easy. Antiinfective medicines are a large class of medicines covering a wide range of infectious diseases including fungi, viruses, bacteria and even protozoal infections. What about the players' legs? This is a common fungal infection. HIV? Antiviral drugs are always necessary. Bladder infection? Yes, this may require general antibiotics. Head lice? Topical antiparasitic drugs can reduce itching. There are no antibiotics that can treat all infections. Antibiotics treat infections caused by bacteria such as Staphylococcus aureus, Streptococcus, Escherichia coli, etc. It kills bacteria (sterilization) or protects against breeding and proliferation (bacteriostatic). Antibiotics can not fight virus infection The time for our antibiotics is exhausted. In 2016, a woman in Nevada died of a bacterial infection caused by Klebsiella pneumoniae resistant to all available antibiotics. Colistin-resistant bacteria have been found in Chinese pig farm, this antibiotic is the last antibiotic. Bacteria evolved to fight antibiotics faster than ever. At the same time, scientists need more than ten years to develop new antibiotics and obtain FDA approval. The slow response of our means that we have failed in the competition of antibiotic weapons. Alternatives to combat bacterial infection are urgently needed. A promising way to kill bacteria is to use phage: a virus that infects and kills bacteria. Phage: Do you solve the antibiotic problem? How can we use this virus to fight bacterial infections?

National University of Singapore Water Environment Research Center Department of Civil and Environmental Engineering 1 Engineering PhD 2, Singapore 117576, Singapore E-mail: ceelop@nus.edu.sg Taiwan Kaohsiung City Kaohsiung City Road 415 Kaohsiung University of Applied Sciences Department of Chemical Engineering Pharmaceutical wastewater produced by antibiotic (penicillin) company is processed by aerobic membrane bioreactor (MBR) and sequencing batch reactor (SBR). With a low organic loading factor of 0.22 kg-COD m (-3) d (-1), both types of reactors treat wastewater so that treated wastewater meets emissions regulations except for total dissolved solids can do. However, if the load factor increases to 92 kg COD m (-3) d (-1), performance will become unstable due to foaming problems. Overall, the MBR achieved better solids removal, but the SBR performed better in the decomposition of aromatics as determined by UV absorbance (UVA). Finally, ozone treatment is applied to two different flows, which is promising at high currents - this corresponds to the effluent of the formulation and contains most of the biodegradable compounds. Ozone treatment succeeded in reducing UVA, lowering pH and increasing biochemical oxygen demand. It is the ratio of the chemical oxygen demand (BOD 5: COD) of strong current. However, wastewater pretreated with biofilters is not efficient due to the lack of selectivity for refractory compounds. It is widely used for wastewater treatment by biochemical oxidative dissolution and secondary treatment of colloidal organic compounds and it is suitable for some agriculture and industrial wastewater. Biological oxidation will preferentially eliminate organic compounds that can be used as a food supply for therapeutic ecosystems. Concentrations of some non-digestible compounds may be reduced by co-metabolism. Removal efficiency is limited by the minimum food concentration required to maintain a therapeutic ecosystem There are two sewage treatment plants, chemical or physical treatment plants, and biological wastewater treatment plants. Biological waste treatment plants use biomass and bacteria to decompose waste. Physical waste disposal plants process wastewater using chemical reactions and physical processes. Bioprocessing systems are ideal for processing wastewater from households and businesses. Physical wastewater treatment plants are mainly used to treat wastewater from industrial, industrial and manufacturing companies. This is because most of the wastewater from these industries contains chemicals and other toxins that are very harmful to the environment. Sewage treatment is the process of removing pollutants from municipal sewage, mainly including domestic wastewater and some industrial wastewater. Physical, chemical and biological processes are used to remove contaminants and produce treated wastewater (or treated wastewater) that is safe enough to be released into the environment. The byproduct of sewage treatment is semisolid waste or mud called sewage sludge. Sludge must be further processed before it is suitable for processing or application to land.

According to Benjamin Kligler MD, M.P.H, 80,000 chemicals have been used for commercial use since the Second World War, and few chemicals have been tested for their health effects (Palmer, 2010). Food additives most people eat. According to the US Food and Drug Administration, it refers to a food additive as "any substance for its intended use, or it directly or indirectly characterizes it as an optional food or in any other way It is rationally anticipated that it affects the characteristics of the food "is a substance added to a specific food for a specific purpose. Antibiotics, medicines and growth hormone also go directly to meat and dairy products. Tens of millions of pounds of antibiotics are used each year for animal feed. The alliance of scientists estimates that approximately 70% of the antibiotics produced in the United States are given to animals for non-therapeutic purposes. American farmers have produced sex hormones and growth hormones for cattle in order to artificially increase the amount of meat and milk produced by cattle. An additional feed is required. Hormones given to cows are not broken down even at high temperatures. Therefore, they remain intact and enter the consumer's meal directly while eating meat. Homogeneous milk is extracted from cows producing hormones, pesticides, antibiotics, and milk with the help of various ingredients. Dairy products are produced using recombinant bovine growth hormone (rBGH), a recombinant growth hormone extracted from bovine pituitary gland, and it is possible to dramatically increase milk production from 15% to 25% I can do it. According to the mother: Is milk suitable for everyone? This is a good thing for farmers, but it is not good for medicinal cows, as they are more sensitive to infection when they are receiving treatment. We do not know that milk processed with rBGH is a good thing for people, but it certainly is not better than now. When you already have a surplus, do you really need more milk production? I am looking for antibiotics and hormone free products. Many traditional meat and milk producers offer antibiotics and hormone-free choices at a slightly lower cost than organic comprehensive meat and milk. Whatever kind of meat you buy, please cook thoroughly, kill bacteria, handle carefully in the kitchen. Environmental conservation organizations purchasing organic agricultural products threaten to destroy millions of tons of fertilizer each year in the field during normal food production and threaten the health of neighboring residents by large amounts of waste and toxic gases from industrial animal farms I point out.

"Maddy Reimer was only seven weeks when we lost the fight against MRSA.Lad herself, her twin, Luke, parents of Beth and Ken Reimer near Chicago five years ago Maddy and Luke were born in a newborn baby After a while staying in the treatment room and staying for a while before coming home Beth Raimer entered a nursery one morning and caused Maddy to get up.Since breathing was difficult, Bess took her to the family doctor the day before, The doctor said that she had a cold. There is a super fool bug that will come to your neighbor right now. According to a recent article on lancet infection, bacteria currently use a new gene called NDM-1 that makes bacteria resistant to almost all antibiotics. Most of the bacteria with this gene are E. coli, but this gene is clearly easier to transfer to other bacteria. The only antibiotic sensitive to tigecycline and colistin by bacteria with this gene. Most of the isolates are now in India and Pakistan, but that is just a matter of time before super bean worms spread all over the world. Although antibiotics seem to save lives and eliminate complicated and dangerous insects, the problem is not only that the antibiotics kill harmful bacteria but also help keep our healthy beneficial bacteria It is to be widely abused by livestock industry. Upon ingestion of antibiotics, you can leave a clean Petri dish where harmful bacteria can evolve into a new form without helping to maintain beneficial bacteria and maintaining the balance of the digestive system . When taking antibiotics, the immune system gradually weakens and sometimes even collapses. We provide ideal conditions for evolving to the bad guys into super monsters. Using antibiotics in excess can naturally select superbacteria, but bacteria can also deliver DNA to other living bacteria, so this is faster for dangerous pathogens. Alexander Fleming, who discovered penicillin, actually warned us not to overuse antibiotics, actually predicting this. Since the 1980's new antibiotic categories have not been developed due to the market failure and cost associated with regulatory costs. As a solution, it is necessary not to respond to treatment of antibiotic infections but to prevent infections prophylactically. Recycling of different antibiotics will also help to reduce the spread of antibiotic resistant bacteria

My report is about common viral colds, I want to talk about how it cures, how to correct it and its symptoms as soon as possible. Because common colds are caused by contact with people infected with the virus, colds are in direct contact from one infected person to another, or in winter, directly next to all heaters. Time, the lack of air flow is a good place for particles resting from the air sitting and resting the heater, just to move the virus more. Common viral diseases are colds and flu. In order to recover from these viruses, the body normally only needs appropriate rest and body fluids. However, antiviral drugs are necessary for viral infections such as HIV and herpes simplex virus. These medicines do not kill the virus, but suppress the occurrence of the virus. According to the Centers for Disease Control and Prevention, antibiotic abuse and abuse promote the development of antibiotic resistant bacteria. When people take antibiotics, sensitive bacteria are killed, but resistant bacteria can spread throughout the body. These bacteria can be extremely dangerous, and then spread throughout the community. Since antibiotics are not effective against viral infections, the use of antibiotics to treat these diseases can help to influence the increase in antibiotic resistance. Antibiotics combat bacterial and protozoan infections and have no effect on viral diseases such as colds and sore throats. Currently, doctors usually prescribe antibiotics every time sneezing or coughing. However, it must be ensured that antibiotics are only used to diagnose suspected bacterial or secondary bacterial infections with primary viral infection. Another common problem of antibiotic therapy is drug compliance. If a patient taking an antibiotic discontinues treatment prematurely (due to cost, unavailability, side effects or obvious self-diagnosis, the person has healed), the patient will not be killed in the process but can now change Antibiotics This bacterial pool now grows and spreads, eventually becoming ineffective against antibiotics.

More and more problems in today's world is the use of antibiotics and growth hormone in the animal production industry. But over the past 60 years, Americans have been exposed to conventional basic hormones when eating beef. On average (80% of farm cows), there is a hormone that helps grow faster. (Communication Foundation) "The EU banned the use of all hormone growth promoters in 1988" (Organic Consumer Association) Today, farmers use various combinations of six anabolic steroid hormones. Hormones are still used as growth promoters for cattle and sheep. It is estimated that two thirds of cattle kept in the United States are given hormones (usually testosterone or estrogen) to promote growth. After meeting the US Department of Agriculture, producers of milk and lamb can use the term "hormone free management" on the label. That is, hormones are not used for breeding animals. If you eat beef and lamb, I ask you to find such a product. The US Department of Agriculture must remain in place for some time before slaughtering in order to keep residual animals on the farm below federal limits, but for farmers to prevent or treat diseases of all breeding animals Admitting to use antibiotics. Still, I think that this is not wise because antibiotic-resistant bacteria are increasing worldwide. The absence of the term "addition of antibiotics" in meat or poultry products indicates that the producer meets the requirements of the US Department of Agriculture's Food Safety Inspection Service, ie breeding animals without antibiotics I will. Some people think that all commercial animals such as cattle, pigs, sheep and poultry are hormone-based growth promoting substances. In fact, the US Department of Agriculture (USDA) does not allow the use of hormones to keep pigs, chickens, turkeys and other poultry. That's why the US Department of Agriculture does not allow the use of the term "non-additive hormone" to the labels of pork and poultry products. Hormones are still used as growth promoters for cattle and sheep. It is estimated that two thirds of cattle kept in the United States are given hormones (usually testosterone or estrogen) to promote growth. After meeting the US Department of Agriculture, producers of milk and lamb can use the term "hormone free management" on the label. That is, hormones are not used for breeding animals. If you eat beef and lamb, I ask you to find such a product.

Tuberculosis is an infection caused by Mycobacterium tuberculosis. It usually spreads from people to people by sneezing, sneezing, or speaking contaminated aerosol droplets of an infected person. It usually affects the lungs, but diseases can spread through the blood to other parts of the body. Common symptoms of tuberculosis include chronic cough, fever, and night sweats. There are various diagnostic assays available for detecting tuberculosis or M. XDR - TB refers to TB strains that are resistant to rifampicin and isoniazid and fluoroquinolones, and three injectable TB drugs, capreomycin, kanamycin and amikacin. The Nix-TB trial is the first TB clinical trial to test a new drug combination that may be shorter and more perfect for oral and affordable treatment against XDR-TB. This combination does not require injections and tablets are much less. Research by Rockefeller's scientists hopes for a new class of powerful anti-tuberculosis weapons. Their research focuses on antibiotics that kill MTB in laboratories but are not suitable for clinical use. Fidamycin is very good at killing Mycobacterium tuberculosis cultured in the laboratory. However, when ingested, the antibiotic will be absorbed in the intestines and eventually reach the lung - but fidaxomycin can not do this Drug-resistant tuberculosis strains occur when antibiotics do not kill all of the bacteria they target. The surviving bacteria are also resistant to certain drugs and other antibiotics. Several tuberculosis strains are resistant to the most commonly used treatments such as isoniazid and rifampicin. Some tuberculosis strains also develop resistance to antibiotics called fluoroquinolones and drugs that are not commonly used for the treatment of tuberculosis, such as injectable drugs including amikacin, kanamycin and capreomycin. These medications are more commonly used to treat infections that are resistant to drugs that are more commonly used.

Factory Farmers: America is their bully, "We take care of animals, animals take care of us" (Rollin 212). The previous phrase is the policy that American farmers living in the former western part are sending their own lives. Because they own a factory farm, the lives of contemporary farmers do not live close to this phrase, and the whole reason to own a factory farm is as much as possible in the smallest space possible for maximum profit It is to rear animals. If an animal ingests these vitamins from the diet, exercise and sunlight are not essential for the growth of the animals, so in the 1920's the factories' farms and the Concentrated Animal Breeding Project (CAFO) first appeared. Farmers, factory owners, and dentists are considering creating their own tokens. For example, why does a lithium factory in Argentina need a token? there is no need. The use of block chains as tokens includes recruitment of block chain programmers, creation and maintenance of IT infrastructure. This is meaningless and very expensive program. Factory Farmers: America is very confident (we take care of animals and animals take care of us) "(Rollin 212). The previous phrase is the policy that American farmers living in the former western part are sending their own lives. Because they own a factory farm, the lives of contemporary farmers do not live close to this phrase, and the whole reason to own a factory farm is as much as possible in the smallest space possible for maximum profit It is to rear animals. Factory farm, or intensive livestock industry Along with the increase in demand for dairy products, many farmers have adopted factory agriculture. This is the process of keeping livestock in a factory type environment. Restricted to a very small range, you stand in your own waste. If untreated, this waste may leak into groundwater or surface water. In some cases, the water supply is contaminated. These animals are not alive as they want. These terrible conditions make animals sick. The farmer then processed the animals with antibiotics. Excessive use of antibiotics immunized humans and animals, even bacteria became antibiotic resistant. Antibiotic residues in treated cattle end with their milk and dairy products. These residues can cause allergic reactions to sensitive people. These are just a few of the problems concerning the use of antibiotics in agriculture at the factory. As factory agriculture becomes more common, more and more animals are kept in the room. Farmers began to maximize profits by narrowing down more animals to a narrow place. Unfortunately, this type of dwelling causes the disease to spread quickly to animals. As animals develop diseases such as swine flu, other nearby animals may also get sick. This will continue until the entire population is infected. To reduce the spread of this disease, the use of antibiotics on farms is prevalent. Antibiotics were developed in the 1940's to fight livestock diseases. By overcrowding the use of antibiotics to fight disease epidemic, farmers can increase productivity without worrying about producing "unhealthy" animals.

From typical urinary tract infections to tuberculosis - try imagining that you will develop infections. Imagine now that a doctor can not do it. The discovery of antibiotics has changed the medicine of the 20th century. Today it is widely used for the treatment of bacterial infections. There are more than 150 million antibiotic prescription drugs each year in the United States. However, bacteria have begun to adapt to these medications, making it difficult to kill. This is called antibiotic resistance. Certain bacteria can naturally resist certain antibiotics. If they change genetically or they acquire resistance genes from other bacteria, others become tolerant. Longer and more frequently used antibiotics, the effect on these bacteria is worse Antibiotic tolerance is spread all over the world, making it more difficult to treat some diseases such as meningitis and pneumonia. You may need a stronger, more expensive medicine. Or it may take more time. You may not recover quickly, or you may have other health problems. Every year, an estimated 2 million people in the United States have antibiotic resistant infections. In some cases, these infections can result in death. Resistance also makes it harder to take care of people with chronic conditions. Some people need treatment such as chemotherapy, surgery, dialysis, etc. Some people take antibiotics to reduce the risk of infection. In 2015, the White House developed a national action plan for antibiotics. The recommendations are as follows. Scientists should strengthen the development of new antibiotics and vaccines, as well as diagnostic tests to identify resistant bacteria Doctors should stop using unnecessary antibiotics and help to develop safer treatments at hospitals and clinics Do not take antibiotics unless you are convinced that you need antibiotics. It is estimated that 30% of the millions of prescriptions written annually are not needed. Always ask your doctor if antibiotics really help. Due to virus-caused diseases - colds, bronchitis, and many ear and sinus infections - they do not Finish your pill. Please take the entire prescription as instructed. Even if you start feeling better, do this. If the infection stops before the infection completely disappears, those bacteria may become more resistant. Immunization Vaccination protects you against certain antibiotic treatments. They include tetanus and pertussis Please keep safe in the hospital. Antibiotic-resistant bacteria are common in hospitals. Please confirm that your carer is wash your hands properly. Also ask how to maintain surgical wound so as not to be infected. The risk of overuse of antibiotics is the resistance to antibiotics and the potential for increased side effects of antibiotics. Antibiotics are drugs that fight bacterial infections. Bacteria usually learn how to avoid antibiotics over an extended period of time. The more bacteria come into contact with more antibiotics, the more bacteria will learn to avoid it. Bacteria develop resistance to antibiotics. Patients regularly using antibiotics are more likely to be infected or infected with antibiotic resistant bacteria. Due to the ability of this bacterium to tolerate antibiotics it is very important to take prescribed antibiotics. Antibiotic-resistant bacteria are bacteria that are not controlled or killed by antibiotics. They may survive and even proliferate in the presence of antibiotics. Most bacteria that cause infection may develop resistance to at least some antibiotics. Bacteria that are resistant to many antibiotics are called multidrug resistant organisms (MROs). Several bacteria have developed resistance to antibiotics that have been used to treat them. For example, Staphylococcus aureus (S. aureus or MRSA) and Neisseria gonorrhoeae (a cause of gonorrhea) are currently almost always resistant to benzylpenicillin. In the past, these infections were usually controlled by penicillin. Every time you in

Once a year, the rural and national mass media have focused on issues related to overuse of antibiotics. Some people think that these issues are realistic and serious, but others think that the topic being discussed is just a new "fashionable" theme. Cost of war At the same time, over the past 20 years, antibiotic abuse has been a common way for US physicians and agriculture related companies. Excessive use of antibiotics puts the patient at risk, antibiotic resistance and bacterial mutation rising to a new, stronger level, and the economy is hit at new cost. The risk of overuse or overuse of antibiotics includes not only an increase in antibiotic resistance, but also an increase in the severity of the disease, the duration of the disease, health problems and adverse reactions, risk of death, medical expenses, rehospitalization and previous Treatment of health problems is also included. The increase in demand may have been solved on its own. Antibiotic abuse, sometimes referred to as antibiotic abuse or antibiotic abuse, refers to the abuse or overuse of antibiotics that can cause serious health effects. This is a contributing factor in the development of antibiotic resistance, including the production of multidrug resistant bacteria informally known as "superbug": relatively harmless bacteria such as staphylococci, enterococci and acinetobacter Resistant to multiple antibiotics that can be produced, leading to life threatening infections The risk of overuse of antibiotics is the resistance to antibiotics and the potential for increased side effects of antibiotics. Antibiotics are drugs that fight bacterial infections. Bacteria usually learn how to avoid antibiotics over a long period of time. The more bacteria come into contact with more antibiotics, the more likely it is for bacteria to learn to avoid it. This is how bacteria become resistant to antibiotics. Patients who regularly use antibiotics are more sensitive to infection by infection or antibiotic-resistant bacteria. Due to the ability of this bacterium to tolerate antibiotics it is very important to take prescribed antibiotics. A: Excessive use and abuse of antibiotics can cause antibiotic-resistant bacteria. Every time a person takes antibiotics, sensitive bacteria (antibiotics can still attack the bacteria) are killed, but resistant bacteria grow and proliferate. This is how antibiotic use repeatedly increases the number of drug-resistant bacteria. Antibiotics combat colds, influenza, sore throat, bronchitis, and infectious diseases such as sinusitis and ear infections. The widespread use of antibiotics for these diseases is an example of how excessive use of antibiotics can promote expansion of antibiotic resistance. The smart use of antibiotics is the key to controlling the spread of drug resistance

VRE resembles all enterococci - these organisms are almost as toxic as other antimicrobial organisms (ARO), such as methicillin - resistant Staphylococcus aureus (MRSA). VRE is not really infectious, it is very satisfied to colonize someone. Therefore, there are some disagreements about Canada's enthusiasm trying to combat this creature. Some hospitals treat them like other AROs, others have stopped concentrating on other creatures. Infections caused by VRE are difficult to treat. Enterococci are naturally resistant to most antibiotics, especially VRE. The VRE tends to focus on places such as the gastrointestinal tract, the urinary tract, the heart valve, the blood, and any prostheses such as artificial joints, artificial heart valves, and intravenous catheters. VRE urinary tract infections are particularly common and are often associated with indwelling catheters Colonization by VRE may increase the risk of infection in patients who frequently use catheters and receive complicated continuous or long-term care. Depending on the site, VRE infection may require long-term (sometimes months) antibiotic therapy, treatment may fail. For screening and treatment of VRE, refer to the following tools and resources. Recently, the incidence of infectious diseases caused by Enterococcus has increased in the United States. These bacteria are resistant to treatment of vancomycin (vancomycin-resistant enterococci or VRE). In addition, vancomycin resistance, they also seem to be able to tolerate the treatment of other drugs, may also transfer resistance genes to other bacteria (necessity of study of Staphylococcus aureus including cautious use of vancomycin , Improvement of training and medical staff, etc.). The main purpose of these interventions is to spread the VRE to hospital staff, residents, visitors or the general public, so that VRE patients can visit the hospital freely and go to the hospital. Treatment services for vancomycin resistance to other bacteria and diffusion prevention "Superbugs" at antibiotic-resistant hospitals such as MRSA and vancomycin-resistant enterococci (VRE) are growing dramatically, "Dr. McKendley said. "This is a big worldwide health problem driving the development of new technologies to investigate antibiotics and how they work." The cell walls of these insects are weakened by antibiotics, eventually causing bacteria I will kill, "she continued. Studies have shown that cell walls are destroyed by local antibiotic-muco peptide bonds combined with the spatial mechanical binding of these events. Studying the effects of these combinations and mechanisms on cellular structure may lead to the development of more potent and effective antibiotics in the future. " Enterococci bacteria naturally live in the intestines (Department of Health, 2006). Several Enterococcus strains develop tolerance to antibiotics known as vancomycin. These strains are called vancomycin-resistant enterococci or VRE. Antibiotic resistant strains and nonresistant strains are not relevant. When they affect the urinary tract, surgical wounds or inpatient's blood they cause serious concern. In such a case, treatment becomes difficult and even life threatening. Especially vulnerable patients are hospitalized patients with severe disease such as cancer, blood disease, kidney disease or immunodeficiency. Despite good health protection, the VRE may be infected by medical experts who treat patients and do not follow appropriate precautions. VRE can be infected by touching directly with hands and may be infected via infected surface or medical equipment (DH)

"The new Superbugs game looks amazing - and funny, it can help you find a big problem with resistant bacteria - it poses a threat to all our health." We know that our daily behavior may lead to resistance such as not completing take antibiotics or sharing prescriptions. Therefore, knowing the proper antibiotic consumption is important to reduce resistance. Games are very attractive among young people, and scientific content can be conveyed particularly effectively, sometimes even for scientific research. Superbugs is a game you can play on your smartphone or tablet. For fun computer games about bacteria and antibiotics, we recommend that you play public health UK e-bug games. The development of antibiotics is important for our survival: WHO estimates that they will increase by an average of 20 years per year. However, over 80 years since the discovery of penicillin, the excessive use of our antibiotics has put pressure on the bacteria to make it resistant, bringing refractory superbacteria. Antibiotic resistance (AMR) means that parasites, viruses, fungi do not respond to the drugs we use to combat the infections they cause. Antibiotic resistance means antibiotic resistance, especially against antibiotics Although bacteria naturally evolved to resist some antibiotics, the use and abuse of antibiotics accelerated the emergence of certain types of bacterial tolerance types or strains. Improper management of infection, inadequate hygiene control, and handling of inappropriate foods may further exacerbate this problem as it promotes diffusion resistance. Due to the spread of resistant insects around the world, it is impossible to treat common diseases and infectious diseases in general surgery such as surgery and cancer treatment. Many standard treatments will fail or become very dangerous without effective anti-infectives Under conservative estimates, the number of annual deaths due to AMR is 700,000. According to the analysis, there is a possibility that it reaches 10 million by 2050 if nothing is done. We are participating in a global effort to test people by asking people around the world to submit the best ideas to eliminate the use of antibiotics when they are not needed. The longitude award is a 10 million pound competition designed to help stop antibiotic resistance. Beginning in 2014, the awards are voted by the people and are endorsed by Prime Minister David Cameron who has the opportunity to finish it at any time and finally submit it in September 2019. Award-winning tests must be easy to use, fast, affordable and useful in various health environments around the world. Throughout history, prizes have been used to create important breakthroughs. The British longitude award reformed the marine voyage and the Orteg Award won the famous Atlantic Ferry of Lindbergh. Today, we have the XPRIZE Foundation. This is a reward for space flight and oil purification. The latest award is QUALCOMM TRICODER XPRIZE, who challenges the team to develop mobile devices that can "diagnose patients equal to or higher than a certified doctor's team". The winner is a group of middle-aged siblings that began when children saw science fiction and patched music. An organization called the longitude committee was established to manage and judge longitude awards. They got some strange and wonderful suggestions. Like the circles around us and the invention of perpetual motion machines, the phrase "find longitude" has become a slogan pursued by fools and madmen. Many think that the problem can not be solved at all. The problem of longitude was solved almost without being educated officially by the worker class carpenter of Lincolnshire. John Harrison accepted the scientific and academic establishment of his time and received a longitude award through pure determination and extraordinary talent and technical insight. The longitude award is a 10 million pound competition designed to help stop antibiotic resistance. Beg

Pyelonephritis represents urinary tract infection (UTI) that affects the upper urinary tract. Because it may affect the kidneys, it is a more serious UTI Women are at higher risk of developing UTI than men. Below, there is a danger that women's UTI will increase. Women are more likely to be infected during the menstrual cycle or at certain times during pregnancy In men, UTI is usually the result of sexually transmitted diseases, or it may develop when there is a problem with the flow of urine. Yellow granulomatous pyelonephritis is a rare chronic pyelonephritis. It causes severe kidney damage and leads to the formation of granulomatous abscess. Patients infected with yellow granulomatous pyelonephritis experience recurrence, anemia, kidney stones and functional loss of the affected kidney. Urine cultures and antibiotic susceptibility tests were performed on patients considered to be suffering from pyelonephritis. Because most cases of pyelonephritis are caused by bacterial infections, antibiotics are a common treatment option. Depending on the type of infectious organism and the antibiotic susceptibility characteristics of the organism, the treatment may include fluoroquinolone, cephalosporin, aminoglycoside or trimethoprim, alone or in combination. Treatment of patients with yellow granulomatous pyelonephritis may include antibiotics and surgery In people suspected of pyelonephritis, urine culture and antibiotic susceptibility tests are performed, so treatment can be finally adjusted to the infected organism. Because most cases of pyelonephritis are caused by bacterial infections, antibiotics are the main basis of treatment. The choice of antibiotic depends on the type of organism and the susceptibility of the antibiotic and may include fluoroquinolone, cephalosporin, aminoglycoside or trimethoprim / sulfamethoxazole, alone or in combination. Simple pyelonephritis is not a fatal disease of the antibiotic era. When a secondary condition develops, pyelonephritis includes emphysematous pyelonephritis (20 to 80% mortality rate), perirenal abscess (20 to 50% mortality rate), or one of sepsis syndrome (>) 25% of the total mortality rate) In emphysematous pyelonephritis, regardless of treatment, the mortality rate in the case of gas localization in renal parenchyma is 60%. If the gas spreads around the kidneys and the patient is being treated with antibiotics only, the mortality rate is 80%. For emphysematous nephritis, the mortality rate is 20%.

It can be cleared by diluted nasal mucus, so it has the same effect as steam. Breathing in damp air can cause inflammation of congestion relief. It is to clear nasal obstruction due to swelling of tissue and blood vessels to relieve irritation. Moisturizing the drinking fluid may help to clear a stuffy nose. I believe hot drinks can offer more help, but according to research this is just a placebo effect. This helps to reduce moisture retention in the mucus of the nose. In order to relieve pressure and force fluid. Home relief for treatment of nasal congestion: Beautiful drink, especially Java, is undoubtedly an important factor for alleviating nasal pain. Please dilute spicy tea with thick mucus. After thinning the mucus you can obviously lift congestion of the paranasal sinuses in this way. Also, at that moment you are itching, thin mucus can be washed away quickly. It spits out of sputum in addition to the same thing happened. Electrolyte plays an important role in cleaning products. Also, if your illness is not resolved, you can also consult your doctor for hospitalization. In most cases, customers can use antibiotics approved by jagged nose. You may also approve expectorant and decongestants to lose weight - it is the culprit of a nose pain. Multiple drugs, such as ibuprofen, may be designated for it by reducing the nasal irritation appearance Some doctors prescribing antibiotics because reasons and cough and nasal congestion as patients need antibiotics. If you want antibiotics to make your chest disappear or clean up your nose congestion, or in some way your sinus headache disappears, or you open the antibiotic open prescription for these symptoms If you are one of those who believe and believe that this article is for you. Representative MRSA methicillin-resistant Staphylococcus aureus. Regularly there is Staphylococcus aureus - this insect has almost disappeared in the sunset, replacing Staphylococcus aureus with steroids. In fact, antibiotics make useless - many people have antibiotic need / not to treat bacterial infections, so bacteria in the system how they knock down antibiotics I will learn. For example, in our area, Levaquin, in many cases, many doctors are used by explicit virus infection Do you always get up in the morning and have a stuffy nose? If so, it may be stuffy. Nasal mucosa usually caused accumulation of nose in the morning. People often woke up, faced with problems caused by nasal obstruction, can not breathe properly. The skull is called a small space filled with air and they are placed behind the forehead, cheeks and eyes, mucosal lining. Under normal circumstances, changes in weather and climatic conditions can also cause problems that optimize exploitation of expert service nasal congestion Pembroke Pines. In fact, the Otolaryngologist Pembroke Pines (Pembroke Pines) is an expert on the treatment of appropriate treatment and people with advanced skills and provides a variety of diseases entities.

Methicillin-resistant Staphylococcus aureus (MRSA) is a bacterium that causes infection in various parts of the body. Treatment is more difficult to treat than most S. aureus (or S. aureus) because it is resistant to some commonly used antibiotics Symptoms of MRSA depend on the infected place. In most cases, it can cause mild skin infections such as ulcers and lips. However, it may also cause more serious skin infections and surgical wounds, blood, lungs and urinary tract infections Most MRSA infections are not serious but some threaten life. Many public health experts are shocked by the spread of severe strains of MRSA. Because treatment is difficult, MRSA is sometimes called "super virus". Seeds of the garden Staphylococci are common bacteria that can live in our bodies. Many healthy people have staphylococci without infecting it. Indeed, one in three people has nasal staphylococci. However, problems can arise if it enters the body normally by cutting. There, it may cause infections. Staphylococcus aureus is one of the most common causes of skin infections in the United States. Usually these are mild and do not require special treatment. Although less common, staphylococci may cause serious problems such as infected wounds and pneumonia Staphylococcus aureus can usually be treated with antibiotics. But for decades some staphylococci (such as MRSA) are resistant to antibiotics, and when they are destroyed they become resistant. MRSA was first discovered in 1961. It is now resistant to methicillin, amoxicillin, penicillin, oxacillin and many other common antibiotics. Several antibiotics are still effective, but MRSA is constantly adapting. Researchers developing new antibiotics are working hard to maintain this condition MRSA will be contacted via contact. So, you can get MRSA by touching other skin. Alternatively, you can get it by touching the object with bacteria. MRSA is infected by about 2% of the population (2 out of 100 people), but most are not infected MRSA infections are common in the immune system and are common in hospitals, nursing homes, and other medical centers. Infections may occur around invasive instruments such as surgical wounds and catheters or implanted feeding tubes According to the Centers for Disease Control and Prevention from 2011 to 2013, the rate of invasive MRSA infections decreased by 8% from hospitals. Surprisingly, MRSA also appears in healthy people who are not hospitalized. This type of MRSA is called community-related MRSA or CA-MRSA. Skin infections of CA - MRSA are seen in certain people, and these people are in close contact with the skin or in contact with the skin. For example, team athletes, military recruits, prison inmates, and day care children. However, there are increasing numbers of CA-MRSA infections in the general community, especially in certain areas. CA-MRSA is more likely to affect young people. In a study published in the American Medical Association magazine of Minnesota, the average age of people suffering from MRSA at a hospital or medical institution was 68 years. However, the average age of CA - MRSA patients is 23 years. Treatment of skin and nails for candidiasis Candida albicans is the most common group of candida, which causes problems of Candida's skin infections or skin surface infections in areas of skin surface. If you notice that this may also be your case, please use all natural services like olive oil to dilute the oil one to one. In addition, since the sensitivity of citrus fruits is very typical, it is strongly recommended to check the orange oil before applying the orange peel oil to infected toenails to purchase a healthy skin surface I will. Contribute to extreme soft leather, remove all impurities, black spots, make the skin look beautiful, and provide health benefits to the skin and use spas and minerals to avoid skin problems . It also reduces facial lines and helps the skin look younger, lighter and more s

The side effect of triclosan is that it interferes with the body's thyroid hormone metabolism (chemical regulation that sustains life). This leads to weakening of the immune system, birth defects, infertility, and cancer cells. A bigger problem than (insecticide p.1 beyond; FDA s.1-3) may be excessive use of antibiotics throughout the last century. When bacteria survive with antibiotics, it becomes a super bag, difficult for the immune system and no immunity against antibiotics. These superbacteria consume our hospital resources by extending the number of hospital days and increasing the death rate. The main contents of this point are as follows. We live in a society obsessed with antimicrobial products ranging from soap to antibiotics. Many people do not know the harmful effects of these antibacterial products in the natural ecosystems of microorganisms present in our body and even on the skin! In this world it makes more sense to use probiotic supplements that actually support the growth and health of living beings that use products that kill 90% of the body's organism or help survive. To fulfill a role Antimicrobial products are products that fight bacteria in an unspecified way. Some products labeled "antimicrobial" kill bacteria, others contain active ingredients at concentrations just to prevent growth. Therefore, it is important to confirm that the product label "kills" bacteria. "Antimicrobials are not necessarily anti-fungal or anti-viral unless labeled, universal access to water and sanitation is an important step in reducing the burden of preventable infections in developing countries Obviously, this is best achieved through a program that combines health promotion and improved water quality and availability and sanitation. Antimicrobial products have not been proven to be effective in preventing infection spreading than products without antibiotics. The relevance between antibacterial drugs used in personal cleansing products and bacterial resistance has been demonstrated in in vitro research (controlled environment), but there is no evidence of human health effects. Further studies are needed to study the tolerance issues associated with these products. Probiotics are defined as microorganisms that can improve health when administered in adequate amounts. Various probiotics have been studied to achieve various health benefits. Those roles in the prevention of human resistant infections have not been established. Although CDC currently monitors studies on the use of probiotics, it is not recommended at this time.

Effect of antibiotic drug ceftazidime on Staphylococcus aureus Antibiotics kill bacteria by disrupting cell walls (yellow remnants) (red) Antibiotics are chemicals that kill bacteria or suppress growth and are used to treat bacterial infections. They are naturally produced by soil bacteria and fungi. As antibiotics lose competitiveness in competition, this gives benefits in competing microorganisms for competing food and water in certain habitats and other limited resources. Antibiotics exploit the difference between bacterial cell structure and host cell They prevent bacterial growth, leave the bacterial population intact, and allow host defense mechanisms to resist infection, or kills bacteria, such as by stopping the mechanism responsible for establishing cell walls . Antibiotics can also be classified according to their range of effective pathogens. Penicillin G merely destroys only a few bacteria and is called a narrow-band antibiotic. Tetracyclines are effective against a wide variety of organisms and are known as broad spectrum antibiotics. When bacteria are no longer suppressed by their previously sensitive antibiotics, it is called drug resistance. The emergence and spread of antibiotics continues to increase due to excessive use and abuse of antibiotics Patient treatment with antibiotics can lead to microbial adaptation and death, which is known as "selective stress". If strains of bacterial species acquire resistance to antibiotics, it will survive treatment. As bacterial cells with acquired resistance proliferate, tolerance is conveyed to their offspring. Under ideal conditions, as few bacterial cells may divide every 20 minutes, after only 8 hours more than 16 million bacterial cells may be resistant to antibiotics. Antibiotic tolerance may be intrinsic or acquired. Some bacteria are naturally resistant to some antibiotics due to their physiological properties. This is an essential resistance. Acquired resistance occurs initially when antibiotic-sensitive bacteria develop resistance. For example, resistance genes can be transferred from one plasmid to another or to resistance due to random spontaneous chromosomal mutations. The presence of various microorganisms in the human body plays an important role in human health. Studies show that there is a significant difference in the types of different microbial species in each human microbiome of a healthy person. In the body, these microorganisms remain in various habitats because they are found in various parts of the skin such as skin, nose, mouth, intestine, vagina etc. Other microorganisms are symbiotic with the host, but some colonized human microorganisms are symbiotic. These interactions are important for human growth and health. This small review explains the microorganisms present in various human habitats and their role in maintaining human health. The human body is made up of trillions of microorganisms. These microorganisms coexist not only peacefully with the human body but also benefit in several ways. They digest our food, coordinate our immune system, protect our skin from infection and help to play a role in obesity and severe digestive dilemmas. The main microbiomes are in the large intestine that help digestion, produce vitamins, and block harmful microorganisms. Skin and nose are other hotspots. Just because they squeeze out harmful bacteria, we die without beneficial bacteria. However, depending on environmental factors and lifestyle, the microflora varies from individual to individual. For example, studies have shown that children raised on farms are frequently exposed to microorganisms in the soil of farms, so that the rate of allergy and asthma is low, which reproduces the microflora. But time and exposure are also important Because microorganisms exist at every stage of human life, microorganisms interact with human life. The vast majority of bacteria in the body become harmless through the protection of the immun

Unbearable Resistant Bacteria "When the new Millennium is approaching, human beings are faced with another crisis, diseases that were previously curable ... now resistant are increasingly resistant." The work of the World Health Organization 1 The Director has mentioned the above in the 2002 report on infectious diseases. It seems now that people all over the world are getting sick and dying from infectious diseases; many of them have been easily healed by antibiotics in the past. Carbapenem-resistant Enterobacteriaceae (CRE) is a part of a group of bacteria inhabiting some people's intestines. For example, they are related to E. coli. These bacteria may mutate and become resistant to antibiotics. Some CREs are resistant to many drugs making them refractory and up to half of infected patients can die. This is especially worrying since carbapenem was among the only antibiotics that can successfully treat "superbug" of other Enterobacter. The epidemic of such superbacteria - normal diseases, hospitalizations, or those living in special nursing home for the elderly - is getting more and more attention. About 2 million people are infected each year in the United States. According to experts, these medicines are not available. These bacteria are produced when using antibiotics that people and animals do not need. Long-term use of antibiotics in frail patients, indiscriminate use of livestock, and loose habits of prescriptions can lead to very resistant bacteria. If you do not drink all the antibiotics, a few bacteria may still be alive. These surviving bacteria may have some natural resistance to antibiotics. As they grow and spread, new strains of resistant bacteria may begin to develop. This may be a way to develop methicillin-resistant Staphylococcus aureus (MRSA) infection. MRSA is a bacterium that is resistant to certain antibiotics. If you skip taking or stopping taking prescription medicine, you can develop HIV strains that are resistant to the medication you are taking and you can even develop even medicines you do not take I will. If you need to change your treatment plan in the future, this may reduce treatment options. According to CDC, antibiotic-resistant bacteria can infect humans in various ways. For example, when killed, resistant bacteria may enter the animal's intestine, contaminate meat or other products, or animal excreta including resistant bacteria may be used as fertilizer or for product irrigation. In a nutshell, this means that bacteria are resistant to antibiotics once, which means that the ability of the doctor to treat the infection is very limited. Because it may be fatal or because there is no risk of infection with antibiotics, it is no longer possible to use routine medical procedures, "Brooke said.

Antibiotics are drugs that fight bacterial infections. If properly used, you can save your life. However, the problem of antibiotic resistance is getting worse. Occurs when bacteria can change and resist the action of antibiotics The use of antibiotics can lead to resistance. Sensitive bacteria are killed each time you take antibiotics. However, resistant bacteria can grow and proliferate. They can spread to others. They can also cause infections that can not be treated with antibiotics. Methicillin-resistant Staphylococcus aureus (MRSA) is one such example. It can cause infections that are resistant to some common antibiotics. When taking antibiotics, please follow the instructions carefully. Even if you feel better, please take medicine. If you stop treatment too early, some bacteria may survive you and reinfection you. This is a fact of awakening. Whenever you take antibiotics that you do not need, you will contribute to the expansion of antibiotic-resistant bacteria or 'super bugs'. Alternative: At least 700,000 people worldwide die each year from antibiotic resistant disease. According to estimation by infectious disease experts, this number may increase to 10 million by 2050 if there is no global response like this. To say that this is a threat to public health is a modest expression at this time. Emergency is more accurate. It is the situation of this movie. Eight scientific documentaries will change the view of big data, antibiotics, evolution theory A: Antibiotic resistance is one of the most immediate threats to public health. Antibiotic-resistant bacteria make diseases that were easy to treat with antibiotics incurable and cause dangerous infections. Antibiotic-resistant bacteria are generally more difficult to kill and are more expensive. In some cases antibiotic resistant infections can result in severe physical disability and even death. A: Excessive use and abuse of antibiotics can cause antibiotic-resistant bacteria. Every time a person takes antibiotics, sensitive bacteria (antibiotics can still attack the bacteria) are killed, but resistant bacteria grow and proliferate. This is how antibiotic use increases the number of resistant bacteria. Antibiotic-resistant bacteria are bacteria that are not controlled or killed by antibiotics. They may survive and even proliferate in the presence of antibiotics. Most bacteria that cause infection may develop resistance to at least some antibiotics. Bacteria that are resistant to many antibiotics are called multidrug resistant organisms (MROs). Several bacteria have developed resistance to antibiotics that have been used to treat them. For example, Staphylococcus aureus (S. aureus or MRSA) and Neisseria gonorrhoeae (a cause of gonorrhea) are currently almost always resistant to benzylpenicillin. In the past, these infections were usually controlled by penicillin.

Penicillin was discovered by accident in 1929 by Dr. Alexander Fleming at St. Mary's Hospital in London. As the test continued, Fleming began to notice that he was on the brink of a great discovery. But he does not know the identity of the fungus yet and he does not know very much about fungi. His crude extract can kill the bacteria even more effectively even if it is diluted 1000 times. After many years of penicillin research, I can not go anywhere and many of his colleagues are tired of hearing that. The first true penicillin test was discovered when a 48-year-old policeman shaved. Penicillin (PCN or pen) is a group of antibiotics including penicillin G (for intravenous use), penicillin V (for oral use), procaine penicillin and benzathine penicillin (intramuscular use). Penicillin antibiotics are the first to be effective against bacterial infections caused by staphylococci and streptococci. Though they are widely used today, many types of bacteria have demonstrated resistance after extensive use. Penicillin was discovered by Scottish scientist Alexander Fleming in 1928. It was used in the treatment of infectious diseases in 1942. There are several enhanced penicillin families that are effective against other bacteria; they include anti-staphylococcal penicillin, aminopenicillin, and anti-Pseudomonas penicillin. They are derived from Penicillium The term "penicillin" is usually used to refer to benzyl penicillin (penicillin G, protothecin found in 1928), procaine benzyl penicillin (procaine penicillin), benzatine penicillin benzyl penicillin (benzyl penicillin) and phenoxy . Methyl penicillin (penicillin V). Procaine penicillin and benzathine have the same antibacterial activity as benzylpenicillin, but have a longer duration of action. Phenoxymethyl penicillin is less active against gram negative bacteria than benzyl penicillin. Phenylpropyl penicillin, procaine penicillin and benzathine penicillin can be administered only by intravenous or intramuscular injection, but phenoxymethylpenicillin can be administered orally for its acid stability. There are several different penicillins. Each is used to treat different types of infections. It is usually impossible to use one penicillin in place of the other penicillin. In addition, penicillin is used to treat bacterial infections in various parts of the body. They occasionally take other antibiotics (antibiotics). Some penicillins may also be used for other problems identified by the physician. However, penicillin is not suitable for colds, influenza or other viral infections. Founded in 1928, penicillin is a group of antibiotics effective against a variety of bacterial infections caused by staphylococcus and streptococci, such as pneumonia, erysipelas, streptococcal infections and ear infections. Banxilin explained that penicillin is also the basis of other first-line medications, people with allergies often have to take more expensive substitute medicines, which can result in more side effects There is sex. It is a chance. Penicillin allergy screening and testing at WRNMMC includes patient history, body and appropriate skin tests and / or challenge doses. The bank said the test was "very safe". He added that the test may take 1 to 2 hours and that the patient should take antihistamines within 5 to 7 days of the reservation.

The side effect of triclosan is that it interferes with the body's thyroid hormone metabolism (chemical regulation that sustains life). This leads to weakening of the immune system, birth defects, infertility, and cancer cells. A bigger problem than (insecticide p.1 beyond; FDA s.1-3) may be excessive use of antibiotics throughout the last century. When bacteria survive with antibiotics, it becomes a super bag, difficult for the immune system and no immunity against antibiotics. These superbacteria consume our hospital resources by extending the number of hospital days and increasing the death rate. The main contents of this point are as follows. We live in a society obsessed with antimicrobial products ranging from soap to antibiotics. Many people do not know the harmful effects of these antibacterial products in the natural ecosystems of microorganisms present in our body and even on the skin! In this world it makes more sense to use probiotic supplements that actually support the growth and health of living beings that use products that kill 90% of the body's organism or help survive. To fulfill a role Antimicrobial products are products that fight bacteria in an unspecified way. Some products labeled "antimicrobial" kill bacteria, others contain active ingredients at concentrations just to prevent growth. Therefore, it is important to confirm that the product label "kills" bacteria. "Antimicrobials are not necessarily anti-fungal or anti-viral unless labeled, universal access to water and sanitation is an important step in reducing the burden of preventable infections in developing countries Obviously, this is best achieved through a program that combines health promotion and improved water quality and availability and sanitation. Antimicrobial products have not been proven to be effective in preventing infection spreading than products without antibiotics. The relevance between antibacterial drugs used in personal cleansing products and bacterial resistance has been demonstrated in in vitro research (controlled environment), but there is no evidence of human health effects. Further studies are needed to study the tolerance issues associated with these products. Probiotics are defined as microorganisms that can improve health when administered in adequate amounts. Various probiotics have been studied to achieve various health benefits. Those roles in the prevention of human resistant infections have not been established. Although CDC currently monitors studies on the use of probiotics, it is not recommended at this time.

For the past 70 years antibiotics and similar drugs have been called antimicrobials for the treatment of patients with infectious diseases. Since the 1940's, these medicines have greatly reduced the disease and death of infectious diseases. However, these drugs are widely used, antibiotics designed for killing have been adapted to them for a long time, so the effectiveness of the drug is low. At least 2 million people in the United States are infected with antibiotic-resistant bacteria each year, and at least 23,000 people die each year due to the direct result of these infections. Microbial resistance (or "antibiotic resistance") to antibiotics is one of the most devastating trends in our generation. So far the government and international NGOs have failed to take influential action on this and they may eventually do so but the goal at this stage is small, That is to make sense for an ambitious young company. , Financially sustainable and scalable intrusion. Initiatives for antibiotic resistance are top priority for WHO. In May 2015, the World Health Assembly approved a global action plan on antimicrobial resistance, including antibiotic resistance. The action plan is aimed at ensuring the prevention and treatment of infectious diseases using safe and effective medicines. A political statement supported by the UN leaders at the United Nations General Assembly in New York held in September 2016 addresses the fundamental causes of antibiotic resistance across multiple disciplines, particularly human health, animal health and agriculture It shows the promise of the world to adopt a wide range of cooperative approaches. . WHO supports Member States to develop domestic action plans on antibiotic resistance based on the Global Action Plan The World Health Organization's guidance on the use of medically important antimicrobials in edible animals is based on decades of expert reporting and evaluation on the role of agricultural antibiotics in the increasing threat of antibiotic resistance. They directly contribute to the goal of the global anti-microbial resistance action plan adopted by the World Health Assembly in 2015 and the goal of the high-level conference declaration of the UN Antimicrobial Resistance Conference adopted in 2016. Since 2005, WHO has announced an important list of human medical antimicrobials that has been periodically revised as a basis for promoting cautious use. This list classifies all the antibiotics currently used in humans and animals into three categories, "important", "very important", and "important" based on the importance to human medicine .

Pathogenic bacteria are microorganisms that contribute to the development of bacterial diseases. In historical context, well-known infections cause epidemics such as plague, smallpox, cholera, typhoid, typhoid, etc. (Wassenaar, 2009). Special medicine called antibiotics is used to prevent or treat diseases. Antibiotics are chemical substances that kill, harm or inhibit the growth of pathogens. The selection of antibiotics by consumers begins with the discovery of penicillin, which plays an important role in medicine. Penicillin is undoubtedly one of the greatest discoveries of human beings **. It must be the hero of our story. In 1907, syphilis could be treated from the death sentences of incurable diseases, but it turned into a terrible illness anyway. Finally late term syphilis finished in 1917. Suddenly there was hope. However, when penicillin appeared in 1943, the game really changed. For nearly a hundred years, the story of syphilis has become a holy grail of medical progress. Before the doctor seeks a small improvement, we are now looking for a big leap. Everyone wants to destroy all diseased silver bullets at once, not a slight increase. We are reviewing the advances of medicine in the 20th century - antibiotics, anesthesia, transplant surgery - and try to apply the same gauge to our brave new world. The discovery of Scottish biologist Sir Alexander Fleming by his enzyme lysozyme (1921) and the antibiotic penicillin (1928) defined a new vision for modern antibiotics. Penicillin contained in Penicillium notatum improves the treatment of bacterial infections such as syphilis, gangrene and tuberculosis. He made a tremendous contribution to medicine through his work on bacteriology, immunology and chemotherapy. His research and his military career study stimulated him to discover natural antimicrobial enzymes in 1921 when he named lysozyme. This substance is contained in tissues and secretions such as mucus, tears, egg white, but it is not effective for strong harmful bacteria. Six years later, due to successful coincidence discovery, he stumbled on penicillin

Antimalarial drugs are used to treat or prevent malaria infections. Some drugs include brand name Plaquenil, common name is hydroxychloroquine sulfate. Plaquenil is also used to treat lupus and arthritis. Long term use of this medicine may cause irreversible damage to the retina of the eye. Product name Allen, generic chloroquine is used to treat malaria and liver disease caused by parasites. If you plan to travel to a very common malaria you need to take this medicine. Antimalarial drugs are drugs used for the treatment and prevention of malaria infections. They are also known as antimalarials. These drugs are used for routine intermittent treatment in certain populations in endemic areas. Antimalarial medicine is also used to prevent travel and individual visits in areas where malaria is prevalent. Effective antimalarial treatment not only reduces morbidity and mortality of malaria but also reduces the risk of resistance to antimalarial drugs Understanding a wide range of antibiotics and antiinfective drugs is not easy. Antiinfective medicines are a large class of medicines covering a wide range of infectious diseases including fungi, viruses, bacteria and even protozoal infections. What about the players' legs? This is a common fungal infection. HIV? Antiviral drugs are always necessary. Bladder infection? Yes, this may require general antibiotics. Head lice? Topical antiparasitic drugs can reduce itching. There are no antibiotics that can treat all infections. Antibiotics treat infections caused by bacteria such as Staphylococcus aureus, Streptococcus, Escherichia coli, etc. It kills bacteria (sterilization) or protects against breeding and proliferation (bacteriostatic). Antibiotics can not fight virus infection Can medications cure diseases? of course. Diseases caused by parasites, infections, pneumonia etc. are treated with antibiotics. Diseases caused by fungal infections are cured by antifungal drugs. There is a clear test to confirm that treatment is complete. So, why is not that treatment listed in most medical dictionaries? There are many diseases that can be cured, but can not be cured by drugs. Diseases caused by lack of health from arthritis to depression, heart disease and hypertension, and even obesity can not be cured with medicine. They are not caused by parasites that can be killed. They can only heal healthily. Lack of exercise, lack of physical stress, whether it is scurvy, all the diseases caused by acne caused by lack of nutrients - can be resolved only by solving the cause. There are no medicines that can treat these diseases

Bacterial conjunctivitis Bacterial conjunctivitis, commonly known as "pink eye", is one of the most well-known and treatable eye infections among children and adults. This name was chosen to be conjunctival inflammation. The conjunctiva is a transparent film that covers the white part of the eye and is placed on the inside of the eyelid. It is often called "eyes of pink". Because the red color of the eye comes from the stimulus and it is expressed as such. Several different microorganisms cause bacterial conjunctivitis. The most common are Hemophilus · Hominis, Koch weekly fungus. Bacterial conjunctivitis is characterized by a mucous purulent secretion and a matte of the eyelids. Common clinical symptoms of acute bacterial conjunctivitis include burns and aching. Bacterial conjunctivitis can occur only in one eye, but usually it exists in both eyes or spreads to the opposite eye. Acute bacterial conjunctivitis may be associated with otitis media. Patients with conjunctivitis and otitis media need systemic antibiotics 4, 5 Like bacterial conjunctivitis, bacterial conjunctivitis is highly contagious. The most common of infants, young children and preschoolers is acute bacterial conjunctivitis. There is one annual episode in one in eight children, and there are five million in the United States each year. Bacterial conjunctivitis is a self-limiting disorder that usually lasts 7 to 10 days without antibiotics 1-3 For example, in one study 83% were diagnosed with a child with bacterial conjunctivitis. Carrier rinses without active drugs were treated and clinically healed for 7 days. Viral conjunctivitis usually lasts longer than bacterial conjunctivitis. If conjunctivitis does not resolve with antibiotics after 3-4 days, the doctor should suspect the infection is viral. Understanding why the diagnosis of bacterial conjunctivitis is so difficult is the subject of much research. Staphylococcus and streptococci, as well as other Gram-positive and Gram-negative bacteria, are the most common cause of bacterial conjunctivitis. 8 Self-limiting infection is considered, but antibiotics are usually based on shortening infection persistence. Hypothesis of time is open. Reduce the risk of pathogen transmission. Studies and control studies of antibiotics currently used to treat bacterial conjunctivitis address the issue of whether these prescribed antibiotics have practical meaning and benefits for patients using them Because it is very important. There are many options for antibiotic treatment of bacterial conjunctivitis, but it is difficult to tell which treatment is most effective. Currently, in the world of conjunctivitis, a new antibiotic called levofloxacin is on the topic. In a study published in British Journal of Ophthalmology in 2003, a controlled clinical trial of 0.5% levofloxacin eye drop for treating bacterial conjunctivitis was conducted 1. Multiple Advantages Levofloxacin is the pure L-enantiomer of ofloxacin, which, while retaining grams, has activity against Gram-positive bacteria (mainly Streptococcus) compared to the older generation of fluorouracil appear. Excellent activity of negative pathogen 1 Levofloxacin acts by inhibiting bacterial DNA synthesis. A process that ultimately leads to cell death

In gonorrhea, "Since infections resistant to penicillin and tetracycline became very common, the Center for Disease Control and Prevention recommends the treatment of newly developed antibiotics such as ciprofloxacin for treatment, regarding infectious diseases Recently "Some Staphylococcus aureus are causing epidemics in hospitals and now cause staphylococcal infections resistant to vancomycin, one of the most potent antibiotics "(3). According to the National Institute of Allergy Research website website, 5 to 10% of hospitalized patients are infected. The controversy over the use of antibiotics on the farm shows a complex role they describe as "social drugs" in his book "Antibiotic Paradox". Antibiotic resistance begins with random or accidental metastasis of genes, but in the absence of selective pressure for exposure to antibiotics, mutants do not occupy major positions in the bacterial population. Through the abuse and overuse of antibiotics, human society has brought the possibility of a pandemic to rare events. In 1997, Levy wrote, "Everyone uses it", both humans and animals, "both contribute to the total of social antibiotic exposure, in a wider sense, resistance is ecological" in 1997 It is. Traditional broad spectrum antibiotics can cause serious incidental damage. "Not only do antibiotics select the resistance of the bacteria you are trying to treat, but also serious damage to the environment's bacteria," Stuart Levy said. "I do not know how big this domino effect is, in the previous environment bacteria that could potentially be secondary participants now have a changing environment that makes it a major player" , It is ironic that antibiotics promote serious infection. One of the most deadly cases is Clostridium difficile, a natural intestinal resident whose strong spores grow after antibiotic treatment. There is no ordinary microbial ecosystem to control it, Difficile can cause symptoms from mild diarrhea to life-threatening colitis, currently 14,000 people die in the United States and annual medical costs are at least 1 billion dollars. In 1976, Tufts University's Stuart Levy was the only prospective study to investigate whether the use of small amounts of antibiotics in livestock would potentially infect humans. His team began giving tetracyclines to some chickens on a small farm in Sherborne, Massachusetts, who had never used antibiotics for animals before. Within a week, tetracycline resistance occurred in chicken intestinal bacteria, after which untreated chickens appeared in adjacent pens - a few months later they appeared in the farm household intestinal flora. More shockingly, over time, tetracycline-resistant bacteria also develop resistance to other unrelated antibiotics that have never been exposed. This finding is due to the aggregation of the resistance gene on the mobility plasmid as described in Japan and then spreads to other bacterial species. The farm functions as a multidrug resistant incubator