However, it becomes more of those already...

Pathogens such as bacteria, viruses, fungi and parasites are known to be responsible for causing a condition known as pneumonia. It is simply defined as inflammation of the lungs. This condition can affect people of all ages, and even those who are healthy. However, it becomes more of those already suffering from chronic diseases or over 65 years. In addition, it is usually complication that occurs with other conditions such as influenza. Some people may suffer from mild that, but for some it can become life threatening. Classic signs and symptoms of pneumonia in adults have been described in detail in the following. What are the symptoms of pneumonia Do so in adults? Symptoms do not remain the same for everyone. They depend on the agent and to any underlying disease that the patient may suffer from. Symptoms of pneumonia in adults were common in most cases include fever, cough, shortness of breath and sweating. These symptoms may be accompanied by chills, headache, muscle pains in different parts of the body and fatigue. Patients may also have chest pain as a symptom of pneumonia in adults, which varies in nature breathing. It is amazing to realize that people are more vulnerable to this infection contracts usually have mild symptoms than those who are not. Lasting fever 102 F (38 9. C) or higher, if they are accompanied by these symptoms of pneumonia in adults, which seem to persist for a long time, should be reported to the doctor. It is more important in the case of elderly people. Speaking of walking pneumonia symptoms in adults, they are usually mild form above. In addition, they appear with a gradual pace. Treatment of pneumonia and intensity of symptoms determine treatment. For example, if the infection is caused by bacteria, the patient will be with antibiotics. The whole strattera 25mg treatment of pneumonia must adhere to bacterial infection has a high tendency to recur and become resistant to antibiotics. Also, stopping medication too early may lead to the emergence of strains resistant to antibiotics of bacteria. While for viral pneumonia, doctors often recommend taking a lot of rest and drink plenty of fluids. The virus just go their own way until it resolved itself. Mycoplasma pneumonia and treatment with antibiotics, but when it comes to fungal infections, antifungal drugs are included in the procedure of treatment. At home the patient should give yourself more rest, because his body is fighting infection. The patient should stay home until symptoms subside. This is to prevent the state from being amplified and spread to others. Keeping the body hydrated helps in making the mucus in the lungs freely. To do this, plenty of fluids should be included in the diet, including water. Regular follow-up is also necessary to state controlled. After a few steps can help prevent discomfort arising from all these symptoms of pneumonia. Pneumonia vaccination is important, as is the habit of washing hands before eating and after visiting the toilet. Avoiding smoking reduces the risk of pneumonia significantly, as well as education of a healthy diet and regular exercise. Losing weight also helps. Another important aspect of preventing the spread of infection to others in the mask or using a handkerchief or tissue while coughing or sneezing. .

The bacteria that cause bacterial pneumonia ...

Serious infection or inflammation of one or both lungs. caused by inhalation of infected microorganisms (tiny single-celled organisms such as bacteria, viruses, fungi and protozoa) spread through contact with an infected person. Microorganisms enter the body through the mouth, nose and eyes. If the body's resistance is reduced, the natural process of combating diseases and weakened germs can easily spread to the lungs and lungs with air bags. Air bags are filled with fluid and pus from the infectious agent, making it more difficult for the body to get the oxygen it needs, and people can get sick. Possible complications include pneumonia, pleurisy (fluid around the lung), empyema (pus in the pleural cavity), hyponatremia (low sodium in the blood) and rarely

in the lungs. There are more than 30 different reasons but the most common causes are bacteria (including mycoplasma) and viruses. According to these causes is the most common types of pneumonia - bacterial pneumonia, viral pneumonia and mycoplasma pneumonia. Bacterial pneumonia Pneumonia bacteria present in many throats, but when the body's defenses are weakened (eg, illness, old age, malnutrition or impaired immunity), bacteria can multiply, working its way into the lungs, inflaming the air sacs and lungs fill with fluid and pus. The bacteria that cause bacterial pneumonia, streptococcus pneumonia (resulting in lobar pneumonia), haemophilus

(resulting in bronchopneumonia) lehionelly pneumophilia (by

) and Staphylococcus aureus. Viral pneumonia Half of all pneumonias are thought to be caused by viruses such as influenza (flu), adenovirus, Coxsackie virus, chicken pox, cytomegalovirus and. These viruses penetrate the lungs and multiply. Mycoplasma pneumonia (also called "walking pneumonia") as bacterial pneumonia, mycoplasmas multiply and spread, causing infection. Some other disorders associated pneumonia aspiration pneumonia, chlamydial pneumonia syndrome Löffler, in pnevmotsistnoy pneumonia, child pneumonia and necrotizing pneumonia. People with other lung diseases, such as

and people are people with chronic diseases such as lung disease,, kidney, sickle cell or

Symptoms vary, depending on the type

and personality. In bacterial pneumonia, a person may experience:

In viral pneumonia, a person may experience:

With mycoplasma pneumonia, a person may experience:

Regardless of the type of pneumonia, the person may also experience the following problems: , >> << For diagnosis, the doctor begins with a medical history and physical examination. Placing the stethoscope on the chest, the doctor may hear crackling sounds, coarse breathing, wheezing and / or breathing may be weak in any area of ​​the chest. In addition, the doctor may order X-ray chest, sputum Gram and blood. Chest X-ray may show spotty and white areas where fluid and pus builds up in the air bag light. Sputum grain stain and a blood test can determine the cause and severity of disease. If these tests do not give results, your doctor may conduct a procedure called bronchoscopy. In this procedure, a flexible, thin and lit viewing tube is inserted into the nose or mouth after a local anesthetic injected. Airway can be directly addressed by strattera prescription a doctor and samples from the infected part of the lung can be obtained. Treatment depends on the severity of symptoms and type of pathogen infection. Bacterial (caused by streptococcus pneumonia bacteria) is often treated with penicillin, ampicillin-clavulanate (Augmentin) and erythromycin. Bacterial pneumonia (caused by haemophilus bacteria

), treated with antibiotics such as cefuroxime (Ceftin), ampicillin-clavulanate (Augmentin), ofloxacin (Floxin), and trimethoprim-sulfanethoxazole (Bactria and Septra). Bacterial pneumonia (caused by Legionella pneumophilia and staphylococcus aureus bacteria), antibiotics such as erythromycin. Viral pneumonia does not respond to antibiotic treatment. This type of pneumonia usually passes with time. If the lungs become infected secondary bacterial infection, the doctor prescribe the appropriate antibiotics to eliminate bacterial infection. Mycoplasma pneumonia is often treated with antibiotics such as erythromycin, clarithromycin (Biaxin), tetracycline or azithromycin (Zithromax). In addition to pharmaceutical intervention, the doctor also recommend bed rest, plenty of fluids, therapeutic coughing, breathing exercises, proper diet, cough, fever and pain relievers such as aspirin (not for children) or acetaminophen. In severe cases, oxygen therapy and artificial ventilation may be necessary. The course of pneumonia varies. Recovery time depends on the organism involved, the general state of health, and when the doctor was received. Most people who suffer fully recover for several weeks, with residual coughing kept from six to eight weeks after the infection has passed. Practice good hygiene. Get a flu shot each fall. Get pneumonococcal vaccine. People who benefit from vaccination of persons older than 65 years, anyone with chronic diseases (such as diabetes, kidney disease, heart disease, etc.), anyone who had their spleen removed, who lives in the house for elderly or chronic medical institutions, teachers with chronic diseases (health care workers or family members), children with chronic respiratory diseases (eg asthma), and everyone who had pneumonia in the past (due to increased risk of reinfection). Pneumonococcal vaccine is 90 percent effective against bacteria and protects against infection for five to 10 years. Practice good preventive measures are proper nutrition, regular exercise and a lot of sleep. Do not smoke. There are tests necessary to diagnose and identify causes of pneumonia? Why? How serious is the disease? What treatment would you suggest? How long until recovery? Can pneumonia recur more often? You recommend a vaccination? .

Giving weight (rhpv), feed intake, feed conversion (

Diet formulation (maximum output or least cost) × feed ingredients of plant origin (additive or not additive) factorial plan was

used to provide a total of four dietary treatment experiment Biostrong 505 + and 4 additional procedures for Biostrong

510 experiment: Max/505 + Max / No505 +, Least/505 + + Least/No505, Max/510, Max/No510, Least/510 and Least/No510. Biostrong

505 + and 510 Biostrong experiments were conducted during the same period. However, each experiment was conducted

in another floor of the pen numbers and statistical analysis was conducted separately. Maximum power and cost diets were formulated

through Cobb-Vantress Ltd [

] recommendations (Table 1). If necessary, premixes containing Biostrong 505 + was included in the diet at 0. 05% (0. 025% active 505 +) and premixes containing >> << Biostrong 510 were included in the diet at 0. 05% (0. 015% active 510). A diet designed to Biostrong 505 + experiment

excluded antibiotics. A diet designed to Biostrong 510 experiments contained antibiotic bacitracin methylene disalicylate

[

] included in 0. 05% of the total diet. Three-phase meal (starter, manufacturer, finisher) was used (Table 1

). All eight diets were determined using short-conditioning [0. 31 × 1. 30 m (1. × 02 4. 25 feet), 10 with saving time]

set at a constant temperature of 82. 2 ° C (180 ° F) and the saturated vapor pressure 262 kPa (38 psi guage). Pellets were created by

Master Model California Pellet Mill with 4. 76 × 44. 96 mm (3/16 × 1. 77 inch) die. Author diets were crumbled and

fed from 0 to '18 gardener and finisher diets were fed in granular form from 19 to 30 g and 31 to 40 g, respectively. A total of 1344500 broilers Cobb [

] mixed sex were obtained from commercial incubator to hatch. Broilers were randomly allocated to a 64 floor pens [0. 69

× 2. 44 m (2. × 26 8. 00 m)] is 2-room joined barrier fabric, wire, thereby heating and ventilation to move freely between rooms

. Located in a cross-ventilated negative pressure building with forced air brooders. The first room contains Biostrong

505 + treatment and the second number from a Biostrong 510 procedures. Broilers were provided

with food and water, served by Kuhl [

] feed pan adapted to the bunkers and Ziggity [] nipple drinkers for consumption of plenty. Room temperature was maintained at 32. 2 ° C (90. 0 ° F) and decreased to

21. 1 ° C (70 0 ° F). During the 0 - to 3-week period. For 3 - to 6-week period, the temperature remained at 21. 1 ° C (70. 0 ° F). Biostrong 505 + and 510 Biostrong experiments were conducted simultaneously in different rooms. Each room contains 8 blocks

, and each block consists of a group of 4 pens. Each request in the experiment (Biostrong 505 + or 510 Biostrong experiment)

was presented in each block in the appropriate room. Broilers were placed on the density of birds landing 21 / pen [0. 065 m

/ bird (0.

70 feet / bird)]. All broilers were raised on built in manure obtained from commercial broiler house and transported to West Virginia >> << poultry University. Giving cheap strattera weight (RHPV), feed intake, feed conversion (

FC), and percentage of mortality (

Mort) were determined from 0 to 18 g, from 19 to 30 g, 31 to 40 g and 0 to '40 Feet LC lesion (

FPL) scores were determined for D 40 of the method described by Dawkins et al. [

]. Litter samples were taken from each pen, mixed in the treatment and analyzed for DM [

] and microbial contamination [] in D 0 and 40. On d 40, two men broilers per pen, ± 100 g average weight pen for men were treated at West Virginia University

processing plant pilot. Slaughter weight (

CW), bone and breast yield (

BY), and yield of fat bar (

FPY) data were obtained. All animals were raised in accordance with protocols established by West Virginia University Animal Care

and Use Committee. .

Acute sinus infection can last up to four weeks.

Person may be sinusitis or sinusitis, when the sinuses and nasal passages swell and become inflamed. Antibiotics for sinusitis is necessary if it is found that a bacterial infection. Acute sinus infection can last up to four weeks. Symptoms of infection sinus headaches, nasal congestion and or drainage. Fever and sore throat, in some cases may be accompanied by sinus infections. Tips to prevent sinus infections include health practitioners, such as washing or disinfecting hands and avoid people with colds or respiratory infections. Individuals prone to sinus can also use humidifiers to moisten the air in their homes. Bacterial infections caused by bacteria. Antibiotics for sinusitis be able to kill bacteria. Antibiotics can be classified into two types, broad-spectrum and narrow spectrum. Broad spectrum antibiotic used when the target of a narrow spectrum antibiotics fail. Broad spectrum antibiotics are not intended to treat any particular type of bacteria strattera dosing. Cephalosporins, which is associated with penicillin, is broad-spectrum antibiotic. Penicillin is a narrow spectrum antibiotic proposed for specific types of bacterial infections. The fall of antibiotics for infections that the body can be resisted them. The use of broad-spectrum antibiotics will destroy other bacteria in the body, including stomach. Many doctors when prescribing antibiotics to patients advised to eat yogurt containing live cultures. Yogurt containing culture, Lactobacillus acidophilus such as may help the body produce a beneficial bacteria needed for digestion. Amoxicillin is one of the most frequently prescribed antibiotics for sinus infections. Amoxicillin is a narrow spectrum antibiotics. Individuals are less likely to develop resistance to narrow spectrum antibiotics. More and more doctors are not resolved prescribe antibiotics if it is clear there is a specific bacterial infection. In the past, antibiotics were intended only to be on the safe side. Many people with aversion to medication or are allergic to antibiotics, have found some relief from nasal irrigation. Saline washing is a popular method for nasal irrigation passes. The best defense against any infection is a strong immune system. Well-balanced diet, exercise and proper amount of sleep are all good starts stronger immune system. Antibiotics for sinusitis is the most successful method of eliminating the infection. Many may wonder how they develop and continue to eat. The bacterium causing the infection can get into the sinuses through various means. Violation of the sinuses can lead to accumulation of mucus, which is an ideal breeding ground for bacteria. Keeping sinuses clear mucus may help prevent infections. .

Aminopenitsyliny such as ampicillin and...

Oldest class of antibiotics, and have the general chemical structure which they share with cephalopsorins. These two groups are classified as beta-lactam antibiotics, and usually, bacteriocidalthat, they kill bacteria rather than inhibiting growth. Penicillins order strattera can be further subdivided. Natural pencillins based on the original structure of penicillin G; penicillinase-resistant penicillins, including methicillin and oxacillin, active even in the presence of bacterial enzyme that inactivates most natural penicillins. Aminopenitsyliny such as ampicillin and amoxicillin have an extended spectrum of activity compared with the natural penicillins, extended spectrum penicillins are effective against a wide range of bacteria. They usually include coverage

Pseudomonas aeruginaosa and can provide penicillin in combination with a penicillinase inhibitor. .>

Back in the lab, franklin took all strokes ...

From Barto currently decisions are places to put in a new fleet of vehicles and passengers' permanent aversion to the existing blue fabric seats, we decided to test BART seats to see what germs are hiding in the tissue. You can read the full story of what we found, the consequences for BART riders and reactions. Below-the-scenes look at the science in this story. Once we asked at San Francisco State University Department of Science, Darleen Franklin, head of the biology lab whod conducted similar tests in the past, volunteered to help us. Our goal was to find out what grows in the BART seats. We also decided to check plastic seat Mooney for comparison, since BART is now a choice between plastic, vinyl, cloth seats for their new cars. We went in mid-day on February 2 and jumped by 28 Muni line that runs from San Francisco State University in Daly City BART station. His line thats, widely used by students, some may consider themselves not purely creatures in the world. We wipe the back seat on the bus, then clean it with alcohol and wipe again with the idea that we would like to learn how easy it was to clean plastic. Students listen to their iPods, text messages on their phones, and nobody paid any attention to us. In Daly City BART station, we jumped on the train set off Dublin / Pleasanton BART collect our samples. Again, we went in the back seat, where soap headrest and seat cushion before and after cleaning the seat with alcohol. We also found wild stream, which we took to the lab for testing. Finally, we tested the air for the baseline. Back in the lab, Franklin took all swabs and streaked them on Petri dishes. Then we waited strattera online. On February 16 I went back to see what grew. You can see the result in the pictures. Samples of plastic seat Mooney released two small colonies of bacteria. Sample taken from the Mooney place (top row) after it has been cleaned with alcohol did not show growth of bacteria at all. Franklin said that indicated that the Mooney seats were easily cured. Next, we looked at a sample of seat headrest BART (second row). As bacteria and mold growing. Rubbing alcohol worked on the headrest, and no bacteria were detected after it has been cleared. The sample of seat cushion BART (third line) was a spectacle. There was an explosion of fluorescent bacteria colonies at least nine different strains, as well as mold. Even after the seat cushion has been emptied, the bacteria are still growing. Stream, we have also issued several colonies of bacteria. The next step was to do tests to determine which bacteria we found. Finally, Franklin test strains of bacteria to see if they are resistant to antibiotics, a sign that they are potentially dangerous for BART riders. As she examined for drug resistance was to grow the bacteria on sheep blood plate, which had little discs of antibiotics on the surface (see row four). If the bacteria avoid the drive, we know that they can be killed with antibiotics, but if they do so, we would know that they are resistant to drugs. Franklin identified three strains of bacteria, all of pillows BART, which were resistant to antibiotics. One strain was resistant totetracycline and sulfur-based antibiotics. Other studies have shown that bacteria are likely to come from fecal contamination, as Franklin said. That is, the person or not wash their hands after using the toilet or just spoil yourself in the seat BART. Another strain, resistant to penicillin were from the same source: human intestinal tract. The last strain of bacteria that are resistant to antibiotics, especially Fr. In two separate tests, Franklin identified characteristics of methicillin-resistant staphylococcus gold, or MRSA, which grow in the seat. The first test (in the middle row of four) confirmed the presence of staphylococcus aureus, a skin origin of bacteria, because bacteria transformed mannitol salt agar plates yellow with red. The second test confirmed that the bacteria were resistant to the antibiotics penicillin and methicillin, as MRSA (last picture in the fourth row). Bacterial growth is independent of these two antibiotics, growing right through them. However, the third test to make sure that bacteria will devour the blood cells of sheep that MRSA usually does, came back negative. Franklin said that this means that bacteria were the characteristics of MRSA and may be MRSA, but more tests will need to confirm what it was. Known as MRSA Superbug, because it is resistant to antibiotics. It infects people through open wounds, attacking the immune system, 19000 deaths per year associated with MRSA infections, according to the Centers for Disease Control and Prevention. Both cloth and hard plastic seats are bacteria and humidity of the riders. , 330,000 passengers ride BART every day. Last year the police received complaints from 1051 BART smoking, eating and drinking, 245 complaints urination or defecation, 82 reports of indecent exposure, including masturbation, and 56 reports of spitting. Our experiments show that the Mooney seats more sanitary and easier to treat. BART seats, conversely, is a breeding ground for fungus and bacteria. They are much harder to cure and dry off and, therefore, microbes flourish in the tissue. Web production Tasnim Raja. .

Spp.

FL Pfleger and SL Gould

2012

regents of the University of Minnesota. All rights reserved. Many plants are susceptible to bacterial leaf diseases, especially

in dark winter months. Common symptoms include leaf spot,

plant diseases and decay. Bacterial diseases are limited >> << leaves often can be controlled. What is bacteria? Bacteria

microscopic unicellular organisms that reproduce by dividing

twice. This may occur as often as every 20 minutes,

, or it may take several hours. Some faster multiplication

species, one bacterium can cause more than 47 million descendants

at 12:00. About 170 species of bacteria

can cause disease on leaves of plants. Bacteria can not penetrate

directly into the tissues of plants, but they have to go through wounds or natural >> << openings like stomata (pores for air exchange) in the letter.

Bacteria normally present on the surface

factory and will only cause trouble condition

favorable for their growth and reproduction. These terms and conditions >> << include high humidity, overcrowding and poor air circulation around plants.

Spraying plants provide film of water on the leaves >> << where bacteria can multiply. Too much, too

little or irregular watering plants can put under stress and

may predispose to bacterial infection. Other conditions that produce stress

include low light intensity, temperature fluctuations,

poor drainage of the soil is too small or too large a pot, and insufficient >> << or excess nutrients. Bacterial diseases are usually dominated by

deciduous plants in the winter when light intensity and duration

reduced. During this time the plants do not grow

actively and easily he said. Different types of bacteria affect plants

differently. Plant symptoms include tip burn, leaf spot

plant diseases, rot, weakening or complete collapse of plant tissues. The most severe and destructive disease

, deciduous plants caused by bacteria belonging to the genera Erwinia, Xanthomonas

and Pseudomonas. These bacteria infect

many plants, some of which are listed below together with the general >> << symptoms. However, many plants suffer from bacterial diseases

is not talking. Control measures for all bacterial diseases leaves

foliage plants are the same and will be discussed later in this Bulletin >>. Figure 1 <<. Bacterial leaf spot and Tipburn (

Xanthomonas satrezMz Faith. Dieffenbachiae) on a sheet of Dieffenbachia.

Note the yellowing leaves of the province. The older >> << infected area was brown. Bacteria were isolated from rectangular >> << reduction letter. Sensitive plants >> << Filodendron SPP. ,

Dieffenbachia SPP. ,

Anthurium SPP. And others. This disease >> << most active in hot, humid conditions. The most common symptom is yellowing

along the edge of the sheet at the beginning of the tip sheet. In hot and humid conditions, the edge of the letter can be reddish brown

instead of yellow. Early symptoms of infection are small, translucent

point, which then turn yellow. Centers

older lesions often turn brown. As the disease progresses, affected leaves turn yellow and

fall from stem cells. Figure 2. Bacterial leaf spot (Pseudomonas

cichorii) to stsyndapsus gold (Pothos). Yellow halo

you can see around the spots on the underside of leaves of the Pothos. Susceptible plants include golden Epipremnum (Pothos)

Filodendron panduraeforme (Fiddleleaf Filodendron)

ahlaonemy SPP. (Chinese Evergreen)

monstera and SPP. (Split-list Filodendron).

Symptoms are varied and may include brown-black lesions, light and strattera 40mg dark areas on

Epipremnum golden leaves, and yellow halo around the affected area

on monstera Deliciosa goes. (Xantomonas SPP).

Susceptible plants include synhonium SPP. ,

Ahlaonema roebellinii (often called Schismatoglottis), and possibly other

ahlaonemy SPP. (Chinese Evergreen). Synhonium SPP. Most bouts of this bacterium. Symptoms include translucent >> << lesions on the tip sheet and along the edges of leaves. Losses can >> << elongated and extend into the middle letter. Losses

dark green at first, then turn yellow and eventually turn brown

when dead. Lesions are often surrounded by bright yellow >> << halo, which separates it from the healthy part of the letter. White

flakes dried bacterial exudate often even on older >> << lesions on lower leaves. (Erwinia

chrysanthemi This disease affects many plants, including

ahlaonemy SPP. (Chinese Evergreen)

Dieffenbachia SPP.,

Filodendron SPP., A

synhonium SPP . Bacteria attack

some plant system (internally), especially

Dieffenbachia SPP. symptoms of systemic infection are yellowing of new leaves,

fading, and soft, stinking stem rot. air distribution> ;> << this bacterium can cause infection of leaves. Symptoms may appear as

fast, mild collapse letter on

Filodendron SPP., defined >> << leaf spots on

, synhonium SPP., or all of these symptoms on

<< selloum Filodendron. >> Erwinia chrysanthemi grows

best in warm to hot, wet and humid environment. attack these bacteria

often leads to death of leaves of plants (Xanthomonas

satrezMz Faith hederae These bacteria attack

English ivy, Hedera

spiral leaf spots

light green and transparent, with reddish edge ...

senior spots turn brown or black. stem leaves are black and shriveled.

This decay can reach branches and woody stems, and some ulcers

can be seen. Table 1 . more susceptible plants. and signs of bacterial diseases Many bacteria are limited to

on the leaves of plants can be controlled, however, prophylaxis should be

to ensure the plants to the light conditions that are optimal

for their growth. . Sun loving plants should receive full sun, and the rest

should be placed near the east window or given more

light. Avoid plants where

is high humidity, crowding, or poor air circulation . Do not mist plants and avoid wetting foliage when watering,

as bacteria need water to multiply and spread to healthy leaves. Water plants according to the recommendations, be careful and do not

surface them. Proper watering, transplanting every 6 months to 1 year

in fresh sterile soil, fertilizer every 8-12 weeks, during >> << infection in the spring and summer, and control insect

keep plants healthy and reduce the possibility> > << infection by bacteria or other organisms of the disease.

If the plant is infected by bacteria, the following suggestions

could help stop the spread of infection. Ensure

are optimal for plant growth, as described above.

Isolate sick plants and prune the affected leaves, but avoid excessive handling >> << diseased plants. If more than one-third of the plant

is a part, cut the leaves infected over time as

remove too many leaves at one time put the plant under >> << to further stress. Treat scissors before each immersion reduction

them in freshly prepared solution of 1 part Chlorox or bleach Hilex

and 9 parts water. If the disease is systemic and spread throughout the plant >> << that affect stems and leaves, plant

can not recover. We recommend destroying the plant to prevent the spread

bacteria, plants healthy. F L. Pfleger,

Professor S. Gould, assistant scientist

Plant Pathology Prepared by Educational Communications and Technology Services, University Extension

Minnesota. According to the American Disabled Act, this material is available in alternative formats. Please contact the University of Minnesota Extension office or the Extension Store at (800) 876 -8636.