Aspiration pneumonia: lung infection ...

Aspiration pneumonia is inflammation of the lungs and airways in the lungs (bronchi) from inhalation of foreign material. Aspiration (as-pi-RAY-Shun), pneumonia (Noo-MZ-Nyah) occurs when a liquid or object is inhaled into the lungs. A common cause of aspiration pneumonia is inhalation (aspiration) acid or vomit from the stomach. The presence of food, drinks, or saliva (spit) from your mouth to go into the lungs can cause aspiration pneumonia. When these things go into the lungs, it can hurt (pain) in the lungs, or cause a blockage. This damage or blockage can cause swelling and fluid in the lungs. It can also cause infection (in Fek-Shun) in the lungs, such as bacterial (bak-Ti-Ri, etc.) pneumonia. Chemical pneumonia unusual type of lung irritation. Pneumonia is usually caused by bacteria or virus. In the chemical pneumonia, pneumonia tissues of poisons and toxins. Only a small percentage of pneumonia caused by chemicals. Many buy strattera substances can cause chemical pneumonia, including liquids, gases and small particles such as dust or fumes, also called solid particles. Some chemicals only slight damage, but some toxic substances affect other organs besides the lungs and can lead to serious organ damage or death. Aspiration pneumonia is a form of chemical pneumonia. Aspiration means that you breathe oral secretions or stomach contents into the lungs. Inflammation comes from the toxic effects of gastric juice and enzymes in the lung tissue. Bacteria from the stomach or mouth can also lead to bacterial pneumonia. Chemical pneumonia is only one kind of pneumonia. You can read about viral pneumonia and bacterial pneumonia in their sections. Pneumonia is an inflammation of the lungs, usually caused by infection. Bacteria, viruses, fungi and parasites can cause pneumonia. Pneumonia is a particular concern if you are over 65 and have chronic diseases or compromised immune systems. It can also occur in young, healthy people. British thoracic society. (2004) BTS guidelines for the treatment of pneumonia in adults: update 2004. British thoracic society

pneumonia caused primarily bacteria, viruses and chemical stimuli. There are more than 50 reasons. Tiny air sacs in the lung area become inflamed and fill with mucus and pus. This is unlikely to be contagious. Pneumonia, aspiration: eMedicine Emergency medical care

March 15, 2010 ... Overview: desire is defined as the inhalation or oropharynx or stomach contents into the lower airways. Aspiration pneumonia - Wikipedia, the free encyclopedia

Aspiration pneumonia is bronchopneumonia that develops due to the entrance of foreign materials incorporated in the bronchial tree, usually oral or gastric ... Care management for aspiration pneumonia, possible causes, signs and symptoms, standard treatment and care and support. Aspiration pneumonia definition - Medical Dictionary definitions of ... March 14, 2011 ... Aspiration pneumonia: lung infection due to aspiration (sucking in of ... Definition Aspiration pneumonia Related Articles ...

Once the body makes its way to the site...

| | Pneumococcus is a type of streptococcus, which is a major human pathogens. She was recognized as a major cause of pneumonia in 1880 and is the subject of many studies of humoral immunity. The body was originally called dyplokokk pneumonia in 1926, because its characteristic appearance in Gram-stained sputum. It was renamed pneumoniae in 1974 because of its growth in chains in liquid media. Due to its role as the etiological agent of pneumonia, has long been informally name was the as pneumococcus. Despite the name, in the body causing many kinds of infections, but pneumonia, including acute sinusitis, otitis media, meningitis, osteomyelitis, septic arthritis, endocarditis, peritonitis, pericarditis, cellulitis and abscess of the brain. S. pneumonia is the most common cause of bacterial meningitis in adults and is one of the top two isolates found in otitis media. Pneumococcal pneumonia is more common in very young and very strattera 10mg old. Summary

S. pneumonia is usually found in the nasopharynx 5-10% of healthy adults and 20-40% of healthy children. He joins the nasopharyngeal cells through interaction of bacterial adhezyny surface epithelial cells. This normal colonization can become infection if the organisms carried out in areas such as the Eustachian tube or nasal sinuses where their design is complicated (as it would be if an allergy or infection is present). Pneumonia occurs when the organisms are inhaled into the lungs and is not cleared (again, viral infections, smoking or caused tsylyarnoy paralysis may be factors). Once the body makes its way to the site where it usually is not found, it activates the complement protein group, stimulates the production of cytokines and attract white blood cells (including polymorphonuclear neutrophils). Polysaharydnoy capsule body makes it resistant to phagocytosis, and if no existing anticapsular antibody, alveolar macrophages can not adequately kill the pneumococci. The body covered in blood and transferred into the meninges, joint cracks, bones and abdomen, and can lead to meningitis, brain abscess, septic arthritis or osteomyelitis. The risk of pneumococcal infection is greatly increased in individuals with violations of the synthesis of IgG, a violation of phagocytosis or defective clearance of pneumococci. In particular, the absence of a functional spleen, through innate aspleniya, splenectomy or sickle cell disease predisposes to more severe course of infection. In the 19th century, it was shown that immunization of rabbits killed pneumococci protected them from subsequent challenges with viable pneumococci. Serum from immunized rabbits or from people who have recovered from pneumococcal pneumonia also conferred protection. In the 20th century, the effectiveness of vaccination has been demonstrated in South African miners. It was found that pneumococcus capsule made it resistant to phagocytosis, and in the 1920s, it was shown that antibodies specific for capsular polysaccharide helps kill S. pneumonia. In 1936 penumococcal polysaharydnoy vaccine capsule has been used to abort the epidemic pneumococcal pneumonia. In 1940, experiments on transformation of capsular pneuococci first identified DNA as the material that carries genetic information. In 1900 it was recognized that different serotypes of pneumococci exist, and that immunization of this serotype does not protect against infection of other serotypes. Since then more than ninety serotypes were discovered, each with a unique polysaccharide capsule. Because some of these serotypes are often the cause of the disease, possibly to provide reliable protection by immunization with less than 90 serotypes, with the current vaccine contains 23 serotypes (ie, a "23-valence"). Serotypes are numbered according to two systems: the American system that has them in the order in which they were found, and the Danish system, which groups them by antigenic similarity. Treatment is usually with? -Lactam antibiotics. In 1960, almost all strains of S. pneumonia were susceptible to penicillin, but since then, there was an increased prevalence of resistance, especially in areas of high use of antibiotics. Various shares of penicillin-resistant strains may be resistant to erythromycin, macrolides, and clindamycin and fluoroquinolones. Most remain susceptible to vancomycin, which is less desirable antibiotic because the question dosing and penetration into tissue. Susceptibility testing routine, with empiric antibiotic treatment, guided by resistance in the community in which the body was purchased in anticipation of the results. Pneumococcal vaccine (Pneumovax ™ is one brand) gives at least 85% protection to persons under 55 years, for five years or longer. Immunization is available to those at greatest risk of infection, including 65 years and older, and generally should be single dose of life (high risk of side effects in repetition). Standard 23-valent vaccine is not effective for children under two years old, 13-valent conjugate vaccine is effective for them and should be reinforced with a standard 23-valent vaccine after the age of 2 years. It should also be introduced to splenectomy. Current guidelines call for American College of Physicians Immunization administration under the age of 2 to 65 years if there are indications, or in 65 years. If someone has received immunization at the age of 60 years, the guidelines call for one-time revaccination. Revaccination intervals show also for those with other conditions such as aspleniya or nephrotic syndrome. The product offers a license every 5-10 years, and immunity testing in general be useless clinically Revaccination every six years received land, aim for 5 annual risk of more side effects if vaccination is carried out prematurely because of miscalculated interval. Posted by Staff May 13, 2005 6:21

Author: Jesse Hall on December 2, 2005 2:25

This soil bacterium simon!

Welcome, welcome, welcome! Polly said that you can fall. If you want, I will present you with some

with real characters who inhabit the wonderful world of cells. I Chloe chloroplasts. I am part of the plant cell. My job is to turn the light in sugar! Is not it

great job? Plant cells and animal cells, however, quite

complicated. Why not allow me to meet some of the more modest People cells first. These humble people

cells rather complex in its own way. They come in many, many forms. They live in every corner >> << worldwide. Scientists call them bacteria. Sometimes they get a bad rap

. Many people think only about the bad bacteria cells. But, in truth, most of the

to do amazing things for the planet, people included. Oh! Look at who goes by! This soil bacterium Simon! Let's talk about the good guy! You know, when people talk about

processing and bio? Well, here or Simon biodehradiruyuschie! It takes >> << all organic material that falls to the ground and breaks it into very small parts >> << for plants to take over its roots. He does a great job, too. It's hard to know Simon, but without it you can not see all these plants

everywhere. Simon has a cell wall around

him for protection, kind of like armor. Just inside that he is

membrane, which keeps its insides inside and outside its outer side. I threw enough

much anywhere within its DNA, protein-factories, power makes the device, its digestive system

, and everything else. Simon has almost all the same kind

things that plant and animal cells is, only he just throws it where it will fit. It is organized in plant and animal cells. You probably know people like

Simon. You can be as Simon himself. So, you know, he gets everything done

he should do it just do not care how he looks when he does it! Now let's see who will come to see

what we gossip about! This Ishy E. coli! Ishy doing the same thing that Simon does, only Ishy life

in the intestines of animals, not land. Ishy, probably knows some

Escherichia coli that live in you now! Ishy also know that poorly Branch

E. coli family that cause people sick. Ishy is not so! After

stomach was a chance to grind and bite your last meal, the food continues to

your intestines. This is where Ishy helps you. It takes some products

Your body can not digest, and he digests it for you. It destroys some large molecules >> << food in small molecules that are small enough for you to absorb. It works like a >> << Ishy and your interests, you feed him, and he helps you get more out of food

! Ishy very similar to Simon in

some sense, is not it? Cell wall, membrane, and then everything else just threw

in any place. Let's see if there is anyone here

as Simon and Ishy. We must keep our eyes peeled for those with

cell wall, membrane, and which are still mixed together. Let's see. Oh, look strattera 25mg there! He BeeGee blue-green algae. I'm glad I saw it because I forgot that there are other organisms besides bacteria

not organize all the things in them. Is the

and blue-green algae, as BeeGee! Cells, as Simon and Ishy and BeeGee is

called prokaryotes, scientists simply because they do not organize their insides

. You know, Bee Gee does what Simon and Ishy not do. Bee Gee,

blue-green algae can convert solar energy into sugar, as I do! Only that material

rushes in like everything else in his inside. You must have seen

BeeGee or his relatives. They like to live on top of standing water. Note that

blue thing you call "the fence? Do not worry, you did not want anything >> << unkind. And here comes Suzy

Spirillum. It has the tails, called flagella

to help them swim around. She lives in water and eat the dead plants. Well, all these bacteria and

blue-green algae are very important in the world. Some cause disease, but many >> << to do such useful things that we plants and animals can not live without them! Let's look at the moment. Learn more! Google:

| | | | © Copyright, 1998-2008, Eureka! Sciences, Inc. I can do it! is a trademark of Eureka! Sciences, Inc.