Please provide an example of a water-borne pathogen. Please provide the genus and species of the pathogen, along with the name of the illness the pathogen causes in humans.
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Please provide an example of a water-borne pathogen. Please provide the genus and species of the pathogen, along with the name of the illness the pathogen causes in humans.
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- Please write in table the pathogen ,their morphology, ecology, mode of -:transmissions, diseases, and their prevention methods , for : chlamydia SPPPlease write in table the pathogen ,their morphology, ecology, mode of -:transmissions, diseases, and their prevention methods , for : Rickettsia and Related GeneraWrite down names of pathogenic anaerobic bacteria along with the disease
- Please write the pathogen ,their morphology, ecology, mode of -:transmissions, diseases, and their prevention methods , for : 1-Anaerobic Bacterial Species 2- Rickettsia and Ehrlichia 3- SalmonellaPlease write in table the pathogen ,their morphology, ecology, mode of -:transmissions, diseases, and their prevention methods , for : Mycoplasmas abd cell Wall-Defective BacteriaComplete the table with the clinically important bacteria and the disease that they inflict. Fill in the other details describing the symptoms, the mode of transmission, the diagnosis and the treatment of the disease. Choose two cocci, two bacilli and two spirochetes. Causative Agent Disease Symptoms Mode of Transmission Diagnosis Treatment
- What is black Sigatoka disease? Discuss and describe comprehensively. Be able to include the causative agent, symptoms, and the mode of transmission.https://youtu.be/kUlKRIMxpZQ?si=HXom3VXfbwAeMNPl Answer the questions after watching the video above and please cite any other sources that is used. Thank you How do public health officials work together to solve the issues? How do you investigate the outbreak? What do you need to do?Find a recent article or case study about a mono outbreak. Write a short essay in which you: summarize the outbreak, describe the process of diagnosis, and provide details about the therapy given to infected individuals. Make a cite the references used in your case study or article.
- Below are a list of virulence factors/ strategies paired with an example of an organism that utilizes them. How do each of the following strategies contribute to the virulence of the pathogen? Strategy - Causes the host to produce more receptors (Organism - Rhinovirus) Strategy - Produces gas as a product of fermentation (Organism - Clostridium perfringens) Strategy - Produces a capsule (organism - Klebsiella pneumonia) Strategy - Ability to move between adjacent cells (organism - Cytomegalovirus) Strategy - Ability to use pilus as a motility structure (organism - Pseudomonas aerogenosa)Please refer to the given scenario below. What is the most appropriate sample to be collected to isolate the causative agent of the infection? * A 46-year-old male encountered a motor-vehicular accident (MVA) resulting in multiple injuries on his anterior chest and left lower extremities. Aside from the injury, his medical history was unremarkable. The patient was admitted for nine days and underwent debridement and was discharged with an external fixator. However, during his admission, on his 7m post-operative day, the wound was noted to have persistent purulent, bloody discharge from drain site, which is highly suggestive of surgical site infection (SSI). Whole blood Debridement Serum Discharge from drain sitePlease select all the statements that apply to botulism and its causative agent. (NOTE: Please change all question marks to checkmarks for correct answers or empty boxes for incorrect answers.) Check All That Apply The causative agent of botulism is an anaerobic Gram-positive, spore-forming rod. The causative agent of botulism is an anaerobic Gram-positive, spore-forming rod. The causative agent of botulism is a Gram-negative, spore-forming rod that causes endotoxic shock in infected people. The causative agent of botulism is a Gram-negative, spore-forming rod that causes endotoxic shock in infected people. C. botulinum produces an A-B neurotoxin, which binds to receptors on neurons and gastrointestinal cells. C. botulinum produces an A-B neurotoxin, which binds to receptors on neurons and gastrointestinal cells. Botulinum toxin binds to receptors on muscle cells, preventing them from contracting. Botulinum toxin binds to receptors on muscle cells,…