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Pseudomonas 1
Gram-negative, rod-shaped bacterium, facultative anaerobe
Gram-positive, rod-shaped bacterium, facultative anaerobe
Gram-positive, rod-shaped bacterium, facultative aerobe
Gram-negative, rod-shaped bacterium, facultative aerobe
Pseudomonas 2
catalase(+), oxidase(+), capable of reducing nitrate
catalase(-), oxidase(-), capable of reducing nitrate
catalase(-), oxidase(+), capable of reducing nitrite
catalase(+), oxidase(-), capable of reducing nitrite
catalase(+), oxidase(+), capable of reducing nitrite
Pseudomonas 3
incapable of metabolizing glucose; capable of different types of motilities
capable of metabolizing glucose; capable of different types of motilities
incapable of metabolizing glucose; incapable of different types of motilities
capable of metabolizing glucose; capable of different types of motilities
Pseudomonas 4
psychrotrophs, growth inhibited at pH < 4.5
psychrotrophs, growth inhibited at pH < 6
mesophiles, growth inhibited at pH < 6.5
mesophiles, growth inhibited at pH < 4
thermophiles, growth inhibited at pH < 5
Pseudomonas aeruginosa produces pigments such as py________(blue-green) ; it is also found in the human and animal d______ t_____.
Pseudomonas aeruginosa produces pigments such as pyocyanin (blue-green); it is also found in the human and animal digestive tracts
Pseudomonas fluorescens produces pyov______ (yellow-green and fluorescent) and h____-s____ enzymes (li_________ and pr_________ ), which cause milk to spoil, by causing bitterness, ca______ breakdown, and ropiness due to the production of sl________ and coagulation of p_________ .
Pseudomonas fluorescens produces pyoverdine (yellow-green and fluorescent) and heat-stable enzymes (lipases and proteases), which cause milk to spoil, by causing bitterness, casein breakdown, and ropiness due to the production of slime and coagulation of proteins; production of slime → biofilm formation
P. aeruginosa uses si________ that bind and transport i____ for growth, but also help in colonization of p____ r_____ (stimulation of plant growth) and bioactivity against f______phytopathogens
P. aeruginosa uses siderophores that bind and transport iron for growth, but also help in colonization of plant roots (stimulation of plant growth) and bioactivity against fungal phytopathogens
-> Utilization of sideromycins in antibiotic therapies (siderophores + antibiotics → Tojan horse strategy)
P. aeruginosa can be used for decomposition of petr_________ compounds (aromatic and saturated hydro_______ , asp_______, resins), which in recent years is one of the most serious env_______ problems (it shows a rapid increase in the presence of cr___ o__ and high tolerance to the increasing the concentration of sub_______)
P. aeruginosa can be used for decomposition of petroleum compounds (aromatic and saturated hydrocarbons, asphaltenes, resins), which in recent years is one of the most serious environmental problems (it shows a rapid increase in the presence of crude oil and high tolerance to the increasing the concentration of substrate)
