Which of the following hint(s) suggest/s that a given specimen is likely to contain anaerobic bacteria?
A.Gas in specimen
B. Foul odour
C. Presence of sulphur granules
D. All of these
Answers
Answered by
0
Hey mate ^_^
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Answer:
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Hints like gas in specimen, foul odour and presence of sulphur granules suggests that a given specimen is likely to contain anaerobic bacteria.
Correct option D) All of these.
#Be Brainly❤️
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Answer:
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Hints like gas in specimen, foul odour and presence of sulphur granules suggests that a given specimen is likely to contain anaerobic bacteria.
Correct option D) All of these.
#Be Brainly❤️
Answered by
3
Dear respected friend,
Anaerobic Bacteria undergo a process called as Actinomycosis which is characterised by the product release of Sulfur Granules via a bacteria called Actinomyces species. They're known to survive in absence of oxygen and show many anaerobic properties because of which it gets pretty much easier to identify potential processes of infection stages in Actinomycosis. One way is to identify and detect the Sulfur Granules released by the organisms from a yellowish liquid with waste "pus" from where the granular formations, release.
Foul Odour is a significant property to identify a anaerobic bacteria, because of that uncontrollable smell we can easily identify one organism to be a anaerobic species, again this is a diagnostic test identification clearance for "A conformity" that the Anaerobic Infection is spreading throughout the body because of "longtime processes of Anaerobic bacteria" to "release end reacted waste products via metabolic processes" because of which, a very very pungent smell is released. Most of the bacteria are known to give end products from metabolic reactions hence, expelling out the gases and the smell within it.
Anaerobic Bacteria contain the "Freely formed or available gas" inside the bodies of the specimens due to those "same metabolic reactions" Carried on by the bacteria "for making energy and infecting host". These gases are also named as "Gas in the specimens" because the gases are formed inside the pathogenic bacterial body and sometimes the "Gases pass back" to "the human body" causing Gases to enter in Humans and get filled in the pus formations of humans initiated by Anaerobic bacteria.
So, our most obvious and the factually correctable options are all of the above because the frequency of these to appear are highly likely and most of them show the same properties to classify as a Anaerobic bacteria, either during Anaerobic infection or during culturing the species for economical uses in the vast field of Zymology. Therefore correct option is D) All of the above, the three characteristics are present in a Anaerobic bacteria.
Hope this helps you and solves your doubts for Anaerobic bacteria's association with three unique characteristics !!!!!!!!
Anaerobic Bacteria undergo a process called as Actinomycosis which is characterised by the product release of Sulfur Granules via a bacteria called Actinomyces species. They're known to survive in absence of oxygen and show many anaerobic properties because of which it gets pretty much easier to identify potential processes of infection stages in Actinomycosis. One way is to identify and detect the Sulfur Granules released by the organisms from a yellowish liquid with waste "pus" from where the granular formations, release.
Foul Odour is a significant property to identify a anaerobic bacteria, because of that uncontrollable smell we can easily identify one organism to be a anaerobic species, again this is a diagnostic test identification clearance for "A conformity" that the Anaerobic Infection is spreading throughout the body because of "longtime processes of Anaerobic bacteria" to "release end reacted waste products via metabolic processes" because of which, a very very pungent smell is released. Most of the bacteria are known to give end products from metabolic reactions hence, expelling out the gases and the smell within it.
Anaerobic Bacteria contain the "Freely formed or available gas" inside the bodies of the specimens due to those "same metabolic reactions" Carried on by the bacteria "for making energy and infecting host". These gases are also named as "Gas in the specimens" because the gases are formed inside the pathogenic bacterial body and sometimes the "Gases pass back" to "the human body" causing Gases to enter in Humans and get filled in the pus formations of humans initiated by Anaerobic bacteria.
So, our most obvious and the factually correctable options are all of the above because the frequency of these to appear are highly likely and most of them show the same properties to classify as a Anaerobic bacteria, either during Anaerobic infection or during culturing the species for economical uses in the vast field of Zymology. Therefore correct option is D) All of the above, the three characteristics are present in a Anaerobic bacteria.
Hope this helps you and solves your doubts for Anaerobic bacteria's association with three unique characteristics !!!!!!!!
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