What kind of antibiotics for a bacterial infection jaundice,how to get rid of pimples fast howcast origami,how can you get rid of urine smell in a mattress topper,how to get rid of candida in the stomach exercises - Step 3

08.04.2014, admin
Watch this video about when antibiotics are needed, how to use them appropriately, and how you can help stop antibiotic resistance in its tracks. Antibiotics do not fight infections caused by viruses like colds, flu, most sore throats, bronchitis, and many sinus and ear infections. Rest, fluids, and over-the-counter products may be your or your child's best treatment option against viral infections. Just because your healthcare professional doesn't give you an antibiotic doesn't mean you aren't sick. Ask your healthcare professional about over-the-counter treatment options that may help reduce symptoms.
If you are diagnosed with the flu, there are flu antiviral drugs that can be used to treat flu illness. Do not stop taking the antibiotics early unless your healthcare professional tells you to do so.
Before we had antibiotics, there were few choices when it came to treating infections: You could wait and see if the infection improved on its own, or you could cut the infection off of your body. Antibiotics work against bacterial infections; many of us have used them to treat infections ranging from strep throat to bladder infections and many types of skin infections. The type of antibiotic your doctor prescribes to treat your infection depends on the type of bacteria causing that infection. The advent of antibiotics in the late 1920s revolutionized science and medicine was brought into the modern era.
For the first time we were able to fight and win the bacteria that cause various infections, the leading cause of mortality at the time. Antibiotic kill bacterial growth We consider antibiotic is substance that can kill or inhibit bacterial growth.
To be effective and tolerable, the antibiotic needs to be a harmful substance to bacteria, but relatively safe for our cells.
The first antibiotic, penicillin, was discovered in 1928 by the English bacteriologist Alexander Fleming.
At present antibiotics are synthetic substances produced in the laboratory, many derivatives of natural substances such as penicillin. Antibiotic resistance One of the biggest problems of modern medicine is the indiscriminate use of antibiotics, which has led to the emergence of bacteria resistant to them. The antibiotic kills bacteria, however it induces the development of resistant strains, doesn't it?
However, sometimes our body cannot completely get rid of these bacteria, allowing them to reproduce and cause a new infection, now composed only of bacteria resistant to the initially chosen antibiotic.
Some species of bacteria are likely to create resistance as well as some antibiotics cause resistance more easily. Antibiotics Through previous studies we know in advance the profile of each species of bacteria.
The only way to make sure of the sensitivity profile of bacteria is through culture tests, which can be a culture of blood (blood cultures), urine, stool etc. When the case is serious and cannot wait for 72 hours, strong antibiotics covering a broad spectrum of bacteria are prescribed, and after the results of cultures only the antibiotic most indicated by specific antibiogram is left. Infective endocarditis, Tonsillitis, Erysipelas, Urinary tract infection, Pneumonia, Meningitis, Tuberculosis, Gonorrhoea, Syphilis, Sinusitis, infection by H.
Pregnant women should be very careful with antibiotics, because some classes are associated with malformations. Many antibiotics are eliminated by kidneys; it may become toxic for patients with renal failure, since their removal becomes affected. AzithromycinThe duration of treatment and the dose depends on two factors: the drug circulation time in blood and resistance profile of bacteria.


Some infections are easily treated with short courses of one antibiotic, such as gonorrhea, chlamydia or cystitis. In milder infections, antibiotic choice is empirical, based on prior knowledge of sensitivity.
AmoxicillinPenicillin was the first antibiotic developed and resulted in several other structurally similar ones. It should be noted that despite all mentioned above derivatives belong to penicillin family, the spectrum of action of each is very different, and piperacillin, for example, is used by hospital infections, whereas amoxicillin is generally indicated for infections of the airways.
Cephalosporin appeared soon after penicillin, its mechanism of action and exhibit very similar to the latter.
So the penicillin and cephalosporin, although having different spectrum of action, are highly variable, they can also be used against serious infections such as meningitis, and even for simple skin wounds. Quinolone are used to treat many infections, bacteria from the gut, including, diarrhea and urinary infections. Aminoglycoside are antibiotics used in majority of cases during a hospital stay, because they are administered intravenously. DoxycyclineMacrolide are generally used for respiratory infections, often in combination with penicillin or cephalosporin, acne, or chlamydia, in many cases as a substitute for penicillin allergic patients. Other groups: aztreonam, clindamycin, ethambutol, imipenem, isoniazid, meropenem, metronidazole, nitrofurantoin, pyrazinamide, rifampicin, trimethoprim-sulfamethoxazole.
When you use antibiotics appropriately, you do the best for your health, your family's health, and the health of those around you. Unneeded antibiotics may lead to harmful side effects and future antibiotic-resistant infections. Talk with your healthcare professional about the best treatment for your or your child's illness.
It wasn't until 1928 that the very first antibiotic was discovered -- accidentally, at that -- when researcher Alexander Fleming came back to work after a weekend away from his lab and found a certain type of mold, Penicillium notatum, had halted the growth of Staphylococcus (staph -- a bacteria that can cause skin infections, pneumonia and some food-borne illness, among other infections) in his petri dishes. In this paper I will speak of the major classes of antibiotics, briefly explaining why they are used. Antibiotics can be bactericidal when directly destroy bacteria, or bacteriostatic, when they prevent the multiplication of them, facilitating the work of our immune system in infection control. This does not mean that there can be side effects but, by definition, an antibiotic must be more toxic to invading bacteria than to the body invaded. Its discovery occurred by accident when his boards of study with the bacteria staphylococcus were accidentally contaminated by a fungus of the genus Penicillium.
When the first antibiotics began to be traded, there was an idea that infectious diseases were in their final days, and it was just a matter of time to be free from any kind of bacterial infection. Antibiotic resistance can be understood through the laws of evolution and natural selection.
It usually takes some courses of taking the same antibiotic, over months or years for resistant bacteria to emerge. Many of the infections that we have are caused by bacteria that live naturally in our body, controlled by our immune system, just waiting for a drop to attack in defense. For example, we know that the E.coli bacteria that cause urinary tract infection are usually sensitive to antibiotics Bactrim and Ciprofloxacin. For these analyzes you should collect a small amount of fluid or secretion that contain the infecting bacteria and place in an environment conducive to bacterial growth.
Viral infections do not improve with antibiotic and therefore should not be treated with the same ones.
Some patients are allergic to certain classes of antibiotics; the most common are penicillin and sulfonamides. In these cases, it is often necessary to adjust the dose to prevent overuse of antibiotics in the bloodstream.


A single infection can be treated for different times depending on the prescribed antibiotic.
For curing others, such as tuberculosis, antibiotics need to be trebled and a treatment of at least 6 months is needed to heal. In more severe cases or in infections not responding to antibiotics originally prescribed culture of a suitable material should be made to better guide the choice of antibiotic. The main antibiotics of the penicillin derivatives are: amoxicillin, ampicillin, azlocillin, carbenicillin, cloxacillin, mezlocillin, nafcillin, penicillin, piperacillin, ticarcillin. Examples: cefaclor, cefadroxilo, cefazolin, cefixime, cefoperazone, cefotaxime, cefotetan, cefoxitin, ceftazidime, ceftriaxone, cefuroxime, cephalexin, cephalothin, loracarbef. And not only did it kill Staphylococcus, it also worked when he tried it against other bacteria, including Streptococcus, Meningococcus and Diphtheria bacillus. While all antibiotics will kill or stop the growth of bacteria, not all antibiotics are effective against the same bacteria, and not all antibiotics fight bacteria in the same way. These classifications are based, basically, on the type of cell wall that the bacteria has. It's no use killing bacteria that cause pneumonia and at the same time killing the cells of the lungs. Fleming noted that around these fungi, there were no bacteria, which led to the discovery of penicillin, an antibacterial substance produced by these beings. However, as the use of new antibiotics became more widespread, resistant strains of bacteria were emerging and multiplying, creating thus a vicious cycle that continues until today. This process is nothing more than natural selection where the fittest survive and pass their genes to their offspring.
If an antibiotic is prescribed 10 days, it is because it is known beforehand that this time is required to kill almost all the bacteria.
If the patient takes no antibiotics, for example, to treat virus infections, it will be pre-selecting for the most resistant bacteria, and subsequently there will be a real bacterial infection, caused by resistant bacteria. However, patients with conditions of recurrent urinary tract infection, with multiple courses of antibiotics, they may have E.coli resistant to these antibiotics. 48 to 72 hours later it will be possible to identify exactly which bacteria are present and perform various tests with various antibiotics, trying to find out which are effective and which are ineffective. Examples: ciprofloxacin, enoxacin, levofloxacin, lomefloxacin, moxifloxacin, norfloxacin, ofloxacin. Gram-positive bacteria -- such as Streptococcus -- have thin, easily permeable, single-layered cell walls. Moreover, not all of urinary tract infection is caused by E.coli, there may be bacterial infections with completely different sensitivity profiles. If the treatment is stopped after 5 days, for example, more resistant bacteria, which need more time to antibiotics, may continue living and multiplying, causing now much more resistant infection. How to know, then, specifically for each case which bacterium is causing the infection and which antibiotic is the most appropriate?
Every culture is taken in its outcome, so the name of the bacterium and a short list of antibiotics, to which they are resistant and sensitive, can be identified, so your doctor can choose the best option.
What happens is that if we reduce the number of bacteria to 5% or 10%, the infection goes away because our immune system is able to control what's left.
For an antibiotic to successfully treat a bacterial infection, it needs to be able to penetrate either or both types of bacterial cell walls.




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