1) The slowest method in reducing the number of bacteria in a culture or the environment is: a)  Sterilization b) Disinfection c) Antisepsis d) Sanitization e) Autolysis 2) The molecule that helps insert the peptidoglycan monomers into the cell wall of the bacteria  is: a) Ferredoxin b) Spherion c) Penicillin Binding Protein (PBP) d) Bactoprenol e) - Lactam Ring  3) A division in Eukaryotes that involves nuclear division without a cytokinesis will lead to the  formation of: a) Baeocyte b) Mycellia c) Syncitium d) Myofibril e) all the above 4) All the following are critical factors in determining the effectiveness of an antimicrobial agent  except: a) Population size b) Species c) Location d) pH e) Temperature  5) The autoclave temperature must be raised up to _____ in order to effectively kill the bacterial  spores: a) 121.1 o F b) 121.1 oC c) 121.1 oK d) 211 o F e) 112 o F

Basic Clinical Laboratory Techniques 6E
6th Edition
ISBN:9781133893943
Author:ESTRIDGE
Publisher:ESTRIDGE
Chapter7: Basic Clinical Microbiology
Section7.4: The Gram Stain
Problem 2RQ
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1) The slowest method in reducing the number of bacteria in a culture or the environment is: a) 
Sterilization b) Disinfection c) Antisepsis d) Sanitization e) Autolysis
2) The molecule that helps insert the peptidoglycan monomers into the cell wall of the bacteria 
is: a) Ferredoxin b) Spherion c) Penicillin Binding Protein (PBP) d) Bactoprenol e) -
Lactam Ring 
3) A division in Eukaryotes that involves nuclear division without a cytokinesis will lead to the 
formation of: a) Baeocyte b) Mycellia c) Syncitium d) Myofibril e) all the above
4) All the following are critical factors in determining the effectiveness of an antimicrobial agent 
except: a) Population size b) Species c) Location d) pH e) Temperature 
5) The autoclave temperature must be raised up to _____ in order to effectively kill the bacterial 
spores: a) 121.1 o
F b) 121.1 oC c) 121.1 oK d) 211 o
F e) 112 o
F

 

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