how to break each link in the chain of infection?
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Break the chain by cleaning your hands frequently, staying up to date on your vaccines (including the flu shot), covering coughs and sneezes and staying home when sick, following the rules for standard and contact isolation, using personal protective equipment the right way, cleaning and disinfecting the environment, ...
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Example of a Chain of Infection The route of transmission is direct to the new host, which takes place through inhalation (the portal of entry) of the virus.
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['Type the following command and hit Enter. mklink /J "path to junction link" "path to target folder" ... ', 'The junction link is thus created.', 'To remove it, type the following command and hit Enter. rmdir "path to junction link" ... ', 'About Debaleena.']
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The first link in the chain of infection is the infectious agent or pathogen which can take the form of: Viruses - such as Influenza A, shingles and Hepatitis. Bacteria - including Lyme disease and Leptospirosis.
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['Wrap the yarn over the hook 3 times.', 'Insert hook into the top loop from front to back of the 6th chain stitch from the hook.', 'Wrap the yarn over the hook once.', 'Draw through the chain stitch.', 'Wrap the yarn over the hook once.', 'Draw through two loops on the hook.', 'Repeat steps 5 and 6 (3 more times)']
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Direct transmission requires close association with the infected host, but not necessarily physical contact. Indirect transmission requires a vector, such as an animal or insect. The link can be broken through hand washing, safe sex practices, or avoiding contact with infected individuals.
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['Fixation. Fixation is carried out immediately after the removal of the sample to be observed. ... ', 'Embedding. Embedding is the step that follows fixation in a fixative solution. ... ', 'Sectioning. Sectioning is performed using microtomy or cryotomy. ... ', 'Staining and immunolabeling. ... ', 'Mounting.']
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['Step 1- Replication of DNA. The bacterium uncoils and replicates its chromosome, essentially doubling its content.', 'Step 2- Growth of a Cell. ... ', 'Step 3-Segregation of DNA. ... ', 'Step 4- Splitting of Cells.']
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The fourth link is the means of transmission. The pathogen can be transmitted either directly or indirectly. Direct transmission requires close association with the infected host, but not necessarily physical contact. Indirect transmission requires a vector, such as an animal or insect.
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['52 paracord. [00:05]', 'Wrap cord around 3 fingers. [00:19]', 'Turn your hand over. [00:50]', 'And thread the free end underneath. [01:07]', 'Bring the free end back to the start. [01:42]', 'Now follow the original strand, always staying to the right of it. [02:05]', 'Keep turning and threading. [03:05]', 'Now just do the passes again Stay to the right side! [04:22]']
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The 6 points include: the infectious agent, reservoir, portal of exit, means of transmission, portal of entry, and susceptible host. The way to stop germs from spreading is by interrupting the chain at any link.
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['Uncomplicated cases can be treated with a topical antibiotic such as tobramycin, trimethoprim/polymyxin B, a fluoroquinolone or chloramphenicol four times daily for 5–7 days to accelerate recovery.', 'Patients should be seen every 2–3 days until signs and symptoms are resolved.']
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['Stop any antibiotic treatment.', 'Treat with anti-fungal Nystatin for 5 days.', 'Add a probiotic supplement to feed.', 'Add copper sulphate to water.']
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1st link in the accident chain; can be changed to break the chain (ex. Someone is running late for work so he rushes outside to the car.) 2nd link in the accident chain; can be changed to break the chain (ex.
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['Catheter-associated urinary tract infection (CAUTI)', 'Central line-associated bloodstream infection (CLABSI)', 'Surgical site infection (SSI)', 'Ventilator-associated events (VAE)']
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This process, called the chain of infection, can only occur when all six links in the chain are intact. By breaking this chain at any of the links, the spread of infection is stopped. Disease Microorganisms (Agent). These are the pathogens that cause communicable diseases.
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['Step 1: Activation of the Phagocyte. ... ', 'Step 2: Chemotaxis of Phagocytes (for wandering macrophages, neutrophils, and eosinophils) ... ', 'Step 3: Attachment of the Phagocyte to the Microbe or Cell. ... ', 'Step 4: Ingestion of the Microbe or Cell by the Phagocyte.']