Identify ONE disease that can be caused by pseudomonas Stutzeri. In about 300 wo

Question

Identify ONE disease that can be caused by pseudomonas Stutzeri. In about 300 words, tell me about the disease, its signs and symptoms, and how the bacteria produces the disease mechanistically (endotoxin?, cell death?, etc).Also, recommend a treatment option for this disease and explain how the treatment option works. (e.g. if you recommend penicillin, tell me that it kills off the bacteria by targeting the cell wall). Be detailed in your assessments.

?Lab write up -no plagiarism, it has to be in your own words. If you don't have complete answers to the questions please don't respond.This question is for nursing class.

1. an example of a disease caused by this bacteria

2. and recommendation for a treatment of the disease caused by the bacteria

43 Also, include the mechanism of how the treatment works.

Explanation / Answer

Pseudomonas stutzeri is a non-fluorescent organism denitrifying known bacterium extensively dispersed in the setting, and it has also remained remote as an unscrupulous pathogen from humans. Over the previous years, considerable development has been made in clarifying the nomenclature of this varied taxonomical collection, representative the locality of its populaces. The classes has conventional much courtesy since of its specific metabolic possessions: it has been planned as a classical bacterium for denitrification educations; numerous strains have usual conversion possessions, making it pertinent for education of the transmission of genetic factor in the setting; several straining are capable to dose dinitrogen; and others contribute in the degradation of contaminants or interrelate with toxic metals.

Characteristically, cells are rod formed, 1 - 3 ?m in measurement and 0.5 ?m in width, and have a solitary polar flagellum. Underneath sure circumstances, one or two adjacent flagella with a petite wavelength might be shaped. Phenotypic characters of the genus comprise a negative Gram stain, optimistic catalase and oxidase examinations, and a severely respiratory absorption. In adding, P. stutzeri straining are clear as denitrifies. They can produce on starch besides maltose and have a adverse reaction in arginine dihydrolase and glycogen hydrolysis examinations.

Detection of P. stutzeri basically relies on two methods:

-enhancement and separation of unadulterated cultures and

-straight examination deprived of the essential for culturing. Together approaches are indispensable to auto environmental educations and to appreciative the character of the classes in the setting.

Pseudomonas classes have a variety of dissimilar adhesions that purpose throughout initial accessory to a substratum. This principals to biofilm development. Both flagella and pili appear to be significant in the settlement of biotic besides abiotic exteriors, chiefly in the initial development of microcomputer colonies. P. aeruginosa's original biofilm growth seems to be provisionally reliant on on type IV pili. P. stutzeri owns together flagella and pili but has not been labeled as an associate of consortia that method of usual biofilms. Type IV pili discuss jolting motility to P. stutzeri strains which is a bacterial crusade founded on pilus postponement or withdrawal. This is perhaps at smallest somewhat accountable for numerous colonies' wordy limitations. These gatherings also resemble to strains that have usual alteration ability.

No strain stands acidic circumstances: all fail to produce at pH 4.5. This is perhaps the motive why there is an adverse response to the oxidation or also known as fermentation examination for the usage of carbohydrates. Numerous P. stutzeri strains give an unbiased consequence, as the regular is not cushioned and acidification constrains additional development, even when the strain strength be capable to usage the further sugar.

P. stutzeri strains produce well underneath distinctive oxygen. Though, microaerophilic circumstances have to be recognized when nitrogen fixative strains are refined as diazotrophs. All strains labeled to date are facultative anaerobic by means of nitrate. Around few strains are likewise anaerobic, with chlorate before perchlorate as incurable electron acceptors.

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