WorksheetsPRC-NOTES_4MT_P6
Total questions: 135
Worksheet time: 1hrs 8mins
Name
Class
Date
1.
ringworm of the body
a)
Tinea corporis
b)
Tinea cruris
c)
TInea pedis
d)
Tinea capitis
2.
inflammatory lesions of the glabrous skin, itchy, circular
rash with clearer skin in the middle, gradually enlarging and spreading.
a)
Tinea corporis
b)
Tinea cruris
c)
TInea pedis
d)
Tinea capitis
3.
demonstrates round patches around the body
a)
Tinea corporis
b)
Tinea cruris
c)
TInea pedis
d)
Tinea capitis
4.
also known as "jock itch"
a)
Tinea corporis
b)
Tinea cruris
c)
TInea pedis
d)
Tinea capitis
5.
"hadhad"
a)
Tinea corporis
b)
Tinea cruris
c)
TInea pedis
d)
Tinea capitis
6.
affects the groin area
a)
Tinea corporis
b)
Tinea cruris
c)
TInea pedis
d)
Tinea capitis
7.
Dermatophytosis of the proximal medial and inner thighs, groin, and buttocks; red and itchy rash, spreading ring-shaped erythematous lesions
a)
Tinea corporis
b)
Tinea cruris
c)
TInea pedis
d)
Tinea capitis
8.
infection of the feet: the toe web spaces are the major
reservoir on the human body for these fungi
a)
Tinea corporis
b)
Tinea cruris
c)
TInea pedis
d)
Tinea capitis
9.
also known as "athlete's foot"
a)
Tinea corporis
b)
Tinea cruris
c)
TInea pedis
d)
Tinea capitis
10.
infection of the feet: the toe web spaces are the major
reservoir on the human body for these fungi
a)
Tinea corporis
b)
Tinea cruris
c)
TInea pedis
d)
Tinea capitis
11.
characterized by cracks on the sole of feet with itching
a)
Tinea corporis
b)
Tinea cruris
c)
TInea pedis
d)
Tinea capitis
12.
fungal infection of the scalp, involving both the skin and hair; causes itchy, scaly, bald patches on the head.
a)
Tinea corporis
b)
Tinea cruris
c)
TInea pedis
d)
Tinea capitis
13.
also known as ringworm of the scalp
a)
Tinea corporis
b)
Tinea cruris
c)
TInea pedis
d)
Tinea capitis
14.
associated with red lesions on the scalp and typically infects children
a)
Tinea corporis
b)
Tinea cruris
c)
TInea pedis
d)
Tinea capitis
15.
also known as onchomycosis
a)
Tinea unguium
b)
TInea manus
c)
Tinea barbae
16.
infection of the fingernails, toenails.
a)
Tinea unguium
b)
TInea manus
c)
Tinea barbae
17.
oncomycosis
a)
Tinea unguium
b)
TInea manus
c)
Tinea barbae
18.
causes brittleness, yellow color and hard fingernails and toenails
a)
Tinea unguium
b)
TInea manus
c)
Tinea barbae
19.
ringworm of hands
a)
Tinea unguium
b)
TInea manus
c)
Tinea barbae
20.
ringworm of beard
a)
Tinea unguium
b)
TInea manus
c)
Tinea barbae
21.
dermatiaceous fungi (dark, slow-growing fungi)
a)
Chromoblastomycosis
b)
Mycetoma
c)
Phaeohyphomycosis
d)
Sporotrichosis
22.
rare infection caused by dematiaceous saprobes which invade organs like skin, lungs, and brain of immunosuppressed hosts.
-Exophiala (former Phialophora) jeanselmei
-Phialophora
-Wangiella (former Fonsecaea) dermatitidis
-Cladosporium trichoides
a)
Chromoblastomycosis
b)
Mycetoma
c)
Phaeohyphomycosis
d)
Sporotrichosis
23.
granulomatous tumor of subcutaneous tissue
a)
Chromoblastomycosis
b)
Mycetoma
c)
Phaeohyphomycosis
d)
Sporotrichosis
24.
true fungi
a)
eumycotic
b)
exophiala
c)
pseudoallescheria boydii
d)
actinomycotic
25.
most common cause of mycetoma
a)
eumycotic
b)
exophiala
c)
pseudoallescheria boydii
d)
actinomycotic
26.
Actinomyces and Nocardia are..
a)
eumycotic
b)
exophiala
c)
pseudoallescheria boydii
d)
actinomycotic
27.
sclenotic bodies or medlar bodies; looks like copper tennis
a)
Chromoblastomycosis
b)
Mycetoma
c)
Phaeohyphomycosis
d)
Sporotrichosis
28.
mixed sporulation
a)
Fonsecaea
b)
Acrotheca
c)
Cladosporium
d)
Phialophora
29.
conidia on side
a)
Fonsecaea
b)
Acrotheca
c)
Cladosporium
d)
Phialophora
30.
conidia in chains
a)
Fonsecaea
b)
Acrotheca
c)
Cladosporium
d)
Phialophora
31.
conidia in clusters
a)
Fonsecaea
b)
Acrotheca
c)
Cladosporium
d)
Phialophora
32.
only phialophora sporulation
a)
Fonsecaea
b)
Phialophora
c)
Cladosporium
33.
only cladosporium sporulation
a)
Fonsecaea
b)
Phialophora
c)
Cladosporium
34.
The mycelial phase (RT) of this organism is characterized by delicate, septate hyphae with round or pyriform conidia borne singly on conidiophores or directly on hyphae, resembling "lollipops"
a)
Blastomyces dermatitidis
b)
Paracoccidiodes brasilliensis
c)
Histoplasma capsulatum
d)
Coccidioides immitis
35.
The mycelial phase (RT) of this organism is characterized by small, septate, branched hyphae with intercalary and terminal chlamydoconidia; few piriform microconidia
a)
Blastomyces dermatitidis
b)
Paracoccidiodes brasilliensis
c)
Histoplasma capsulatum
d)
Coccidioides immitis
36.
The mycelial phase (RT) of this organism is characterized by septate hyphae with round to piriform microconidia on short branches or directly on hyphal stalk; later, large, round, thick-walled knobby tuberculated macroconidia forms
a)
Blastomyces dermatitidis
b)
Paracoccidiodes brasilliensis
c)
Histoplasma capsulatum
d)
Coccidioides immitis
37.
The mycelial phase (RT) of this organism is characterized by coarse, septate, branched hyphae that produce thick-walled barrel-shaped, rectangular arthroconidia that alternate with empty disjunctor cells
a)
Blastomyces dermatitidis
b)
Paracoccidiodes brasilliensis
c)
Histoplasma capsulatum
d)
Coccidioides immitis
38.
The yeast phase (37C) of this organism is characterized by a thick-walled, large yeast cells with single bud on a broad base; broad isthmus at constriction
a)
Blastomyces dermatitidis
b)
Paracoccidiodes brasilliensis
c)
Histoplasma capsulatum
d)
Coccidioides immitis
39.
The yeast phase (37C) of this organism is characterized by large, round to oval, tick-walled yeast cells with multiple cuds, which attached to mother cell by narrow constrictions; resembles ship wheel
a)
Blastomyces dermatitidis
b)
Paracoccidiodes brasilliensis
c)
Histoplasma capsulatum
d)
Coccidioides immitis
40.
The yeast phase (37C) of this organism is characterized by small, budding, round to oval yeast cells; intracellular to mononuclear cells possible with Giemsa or Wright's stain
a)
Blastomyces dermatitidis
b)
Paracoccidiodes brasilliensis
c)
Histoplasma capsulatum
d)
Coccidioides immitis
41.
The yeast phase (37C) of this organism is characterized by large, round, thick-walled spherules with endospores observed in tissue and direct examination, not true yeast
a)
Blastomyces dermatitidis
b)
Paracoccidiodes brasilliensis
c)
Histoplasma capsulatum
d)
Coccidioides immitis
42.
The yeast phase (37C) of this organism is known for being enclosed in a "spirul"
a)
Blastomyces dermatitidis
b)
Paracoccidiodes brasilliensis
c)
Histoplasma capsulatum
d)
Coccidioides immitis
43.
causative agent of Rose Gardener's disease
a)
Sporothrix schenckii
b)
Blastomyces dermatitidis
c)
Paracoccidiodes brasilliensis
d)
Histoplasma capsulatum
e)
Coccidioides immitis
44.
causative agent of North American Blastomycocsis
a)
Blastomyces dermatitidis
b)
Paracoccidiodes brasilliensis
c)
Histoplasma capsulatum
d)
Coccidioides immitis
45.
causative agent of Gilchrist disease
a)
Blastomyces dermatitidis
b)
Paracoccidiodes brasilliensis
c)
Histoplasma capsulatum
d)
Coccidioides immitis
46.
causative agent of South American Blastomycosis
a)
Blastomyces dermatitidis
b)
Paracoccidiodes brasilliensis
c)
Histoplasma capsulatum
d)
Coccidioides immitis
47.
causative agent of Darling's disease
a)
Blastomyces dermatitidis
b)
Paracoccidiodes brasilliensis
c)
Histoplasma capsulatum
d)
Coccidioides immitis
48.
causative agent of Speluncker's disease
a)
Blastomyces dermatitidis
b)
Paracoccidiodes brasilliensis
c)
Histoplasma capsulatum
d)
Coccidioides immitis
49.
causative agent of San Joaquin Valley Fever
a)
Blastomyces dermatitidis
b)
Paracoccidiodes brasilliensis
c)
Histoplasma capsulatum
d)
Coccidioides immitis
50.
Which of the following spp. has the yeast phase associated with the mariner ship wheel appearance?
a)
Blastomyces dermatitidis
b)
Paracoccidiodes brasilliensis
c)
Histoplasma capsulatum
d)
Coccidioides immitis
51.
Which of the following spp. have H and M bands?
a)
Blastomyces dermatitidis
b)
Paracoccidiodes brasilliensis
c)
Histoplasma capsulatum
d)
Coccidioides immitis
52.
Which of the following spp. is known for having a rectangular arthroconidia in mold phase?
a)
Blastomyces dermatitidis
b)
Paracoccidiodes brasilliensis
c)
Histoplasma capsulatum
d)
Coccidioides immitis
53.
Which phase of Sporothrix schenckii transforms to a flowerette conidia at room temperature?
a)
Yeast phase
b)
Mold phase
c)
Asteroid body
54.
Which phase of Sporothrix schenckii transforms to a cigar-shape at 37 degree Celsius?
a)
Yeast phase
b)
Mold phase
c)
Asteroid body
55.
Central halo around degenerating yeast; concentric radiating eosinophilic material (Ag-Ab reaction)
a)
Yeast phase
b)
Mold phase
c)
Asteroid body
56.
At what temperature does the dimorphic fungus becomes cigar-shaped?
a)
Room temperature
b)
37 degree Celsius
c)
55 degree Celsius
d)
Body temperature
57.
At what temperature does the dimorphic fungus obtains flowerette conidia?
a)
Room temperature
b)
37 degree Celsius
c)
55 degree Celsius
d)
Body temperature
58.
Which of the following opportunistic microorganism can be saprophytic in oral cavities, GI, or vaginal tract?
a)
Candida albicans
b)
Cryptococcus neoformans
59.
Which of the following opportunistic microorganism can be potential pathogens for immunosuppressed patients?
a)
Candida albicans
b)
Cryptococcus neoformans
60.
Which of the following opportunistic microorganism is positive for germ tube formation?
a)
Candida albicans
b)
Cryptococcus neoformans
61.
Which of the following opportunistic microorganism is urease negative?
a)
Candida albicans
b)
Cryptococcus neoformans
62.
Which of the following opportunistic microorganism is urease positive?
a)
Candida albicans
b)
Cryptococcus neoformans
63.
Candida albicans
a)
Urease positive
b)
Urease negative
64.
Cryptococcus neoformans
a)
Urease positive
b)
Urease negative
65.
Which of the following opportunistic microorganism is inositol positive?
a)
Candida albicans
b)
Cryptococcus neoformans
66.
Which of the following opportunistic microorganism is nitrate negative?
a)
Candida albicans
b)
Cryptococcus neoformans
67.
Cryptococcus neoformans
a)
Inositol positive
b)
Inositol negative
68.
Cryptococcus neoformans
a)
Nitrate positive
b)
Nitrate negative
69.
Which of the following opportunistic organism is cultured on SDA medium without cycloheximide, birdseed/nigerseed/Staib's (assimilates creatinine)?
a)
Candida albicans
b)
Cryptococcus neoformans
70.
Which of the following opportunistic organism utilizes latex agglutination test for antigen detection in CSF?
a)
Candida albicans
b)
Cryptococcus neoformans
71.
dissolves the keratin
a)
Saline mount
b)
10% KOH mount
c)
Lactophenol Cotton blue
d)
India Ink or nigrosin
72.
used for presumptive identification test for fungal infection
a)
Saline mount
b)
10% KOH mount
c)
Lactophenol Cotton blue
d)
India Ink or nigrosin
73.
aman
a)
Saline mount
b)
10% KOH mount
c)
Lactophenol Cotton blue
d)
India Ink or nigrosin
74.
stain for chitin; positive result shows bright apple green / blue-white fluorescence
a)
Calcuflour white stain
b)
Periodic Acid Schiff Stain
c)
Gram Stain
d)
Giemsa, Gridley, Gomori Methenamine Silver (GMS)
e)
Acridine Orange
75.
Green fluorescence for fungal elements and orange stain color on epithelial cells; used to stain nucleic acids
a)
Calcuflour white stain
b)
Periodic Acid Schiff Stain
c)
Gram Stain
d)
Giemsa, Gridley, Gomori Methenamine Silver (GMS)
e)
Acridine Orange
76.
Fungal culture is held for how many days?
a)
7 days to 14 days
b)
21 days to 30 days
c)
30 days to 40 days
d)
2 days to 5 days
77.
used to locate H. capsulatum in RE cells
a)
Calcuflour white stain
b)
Periodic Acid Schiff Stain
c)
Gram Stain
d)
Giemsa, Gridley, Gomori Methenamine Silver (GMS)
e)
Acridine Orange
78.
Fungi are incubated at what temperature?
a)
20 degree Celsius
b)
35 degree Celsius
c)
25 degree Celsius
d)
30 degree Celsius
79.
Which of the following composition of MYCOSEL or Mycobiotic inhibits bacteria?
a)
chloramphenicol
b)
cycloheximide
80.
Which of the following composition of MYCOSEL or Mycobiotic inhibits saprophytic fungi?
a)
chloramphenicol
b)
cycloheximide
81.
This contain inhibitor for bacteria; involves exposure to acidic conditions at 5.6 pH.
a)
Sabouraud dextrose agar
b)
Dermatophyte test medium (DTM)
c)
Cornmeal agar
d)
Czapek's agar
82.
Uses Phenol Red as an indicator
a)
Sabouraud dextrose agar
b)
Dermatophyte test medium (DTM)
c)
Cornmeal agar
d)
Czapek's agar
83.
Used for isolating Candida albicans
a)
Sabouraud dextrose agar
b)
Dermatophyte test medium (DTM)
c)
Cornmeal agar
d)
Czapek's agar
84.
Used for demonstrating toxins produced by Aspergillus spp.
a)
Sabouraud dextrose agar
b)
Dermatophyte test medium (DTM)
c)
Cornmeal agar
d)
Czapek's agar
85.
Cryptococcus neoformans shows brown to black colonies on this medium.
a)
Birdseed/Nigerseed/Staib's medium
b)
Cottonseed medium
c)
Rice Medium
86.
Used for isolating Blastomyces dermatidis
a)
Birdseed/Nigerseed/Staib's medium
b)
Cottonseed medium
c)
Rice Medium
87.
Used for differentiating Microsporum canis from Microsporum audinii
a)
Birdseed/Nigerseed/Staib's medium
b)
Cottonseed medium
c)
Rice Medium
88.
Which of the following organisms is positive in Rice medium?
a)
Microsporum canis
b)
Microsporum audinii
89.
Which of the following organisms is negative in Rice medium?
a)
Microsporum canis
b)
Microsporum audinii
90.
M. canis
a)
Positive rice medium
b)
Negative rice medium
91.
M. audouinii
a)
Positive rice medium
b)
Negative rice medium
92.
Differential enrichment medium design for the isolation and preliminary identification of C. neoformans
a)
Birdseed agar
b)
Brain-Heart Infusion
c)
Canavinine-glycinebromothymol blue agar
d)
Cornmeal agar
93.
Contains 10% sheep blood; an enrichment agar useful for the isolation of pathogenic yeast and the dimorphic fungi in yeast forms from clinical specimens
a)
Birdseed agar
b)
Brain-Heart Infusion
c)
Canavinine-glycinebromothymol blue agar
d)
Cornmeal agar
94.
Differential medium which aids in distinguishing Cryptococcus neoformans from Cryptococcus gotti
a)
Birdseed agar
b)
Brain-Heart Infusion
c)
Canavinine-glycinebromothymol blue agar
d)
Cornmeal agar
95.
C. gotti colonies appear cobalt blue, indicating the assimilation of glycine whereas colonies of C. neoformans grow poorly and leave medium greenish yellow
a)
Birdseed agar
b)
Brain-Heart Infusion
c)
Canavinine-glycinebromothymol blue agar
d)
Cornmeal agar
96.
recommended for the cultivation of chlamydospore-bearing C. albicans, with chlamydospore production further enhanced by addition of 1% Tween 80
a)
Cornmeal agar WITH 1% dextrose
b)
Cornmeal agar WITHOUT dextrose (glucose)
97.
NOT recommended for the production of chlamydospores, rather this formulation favors more luxuriant growth and improves pigment production used to differentiate T. rubrum which produces red pigment from T. mentagrophytes which does not
a)
Cornmeal agar WITH 1% dextrose
b)
Cornmeal agar WITHOUT dextrose (glucose)
98.
color of C. gotti on Canavinine-glycinebromothymol blue agar
a)
cobalt blue
b)
greenish yellow
c)
red
d)
blue green
99.
color of C. neoformans on Canavinine-glycinebromothymol blue agar
a)
cobalt blue
b)
greenish yellow
c)
red
d)
blue green
100.
Used to isolate dermatophytes from cutaneous specimens
a)
Dermatophyte test medium
b)
Inhibitory mold agar
c)
Littman oxgall agar
d)
Modified potassium nitrate assimilation medium
101.
Enriched selective medium for the growth of cyclohexamide-sensitive fungi such as Cryptococcus, Histoplasma capsulatum, and the mucoraceous fungi
a)
Dermatophyte test medium
b)
Inhibitory mold agar
c)
Littman oxgall agar
d)
Modified potassium nitrate assimilation medium
102.
General purpose medium used to isolate fungi, especially dermatophytes
a)
Dermatophyte test medium
b)
Inhibitory mold agar
c)
Littman oxgall agar
d)
Modified potassium nitrate assimilation medium
103.
Similar to inhibitory mold agar in that it does not contain cycloheximide
a)
Dermatophyte test medium
b)
Inhibitory mold agar
c)
Littman oxgall agar
d)
Modified potassium nitrate assimilation medium
104.
provides a differential medium useful in assessing the ability of yeast to assimilate KNO3
a)
Dermatophyte test medium
b)
Inhibitory mold agar
c)
Littman oxgall agar
d)
Modified potassium nitrate assimilation medium
105.
Selective media used to isolate pathogenic fungi, dermatophytes, and systemic pathogens
a)
Mycosel/Mycobiotic agar
b)
Potato dextrose agar
c)
Potato flake agar
d)
Rice extract agar
106.
Cycloheximide suppresses the growth of saprophytic fungi, whereas the chloramphenicol inhibits bacterial contaminants
a)
Mycosel/Mycobiotic agar
b)
Potato dextrose agar
c)
Potato flake agar
d)
Rice extract agar
107.
Recommended plating medium for the cultivation, enumeration and identification of yeasts and molds from dairy and other food products as well as from clinical specimens
a)
Mycosel/Mycobiotic agar
b)
Potato dextrose agar
c)
Potato flake agar
d)
Rice extract agar
108.
In this medium, potato infusion encourages the growth and sporulation by fungi
a)
Mycosel/Mycobiotic agar
b)
Potato dextrose agar
c)
Potato flake agar
d)
Rice extract agar
109.
dermatophyte pigment production is enhanced on this medium
a)
Mycosel/Mycobiotic agar
b)
Potato dextrose agar
c)
Potato flake agar
d)
Rice extract agar
110.
commonly used in the slide culture technique to visualize the microscopic morphology of fungi
a)
Mycosel/Mycobiotic agar
b)
Potato dextrose agar
c)
Potato flake agar
d)
Rice extract agar
111.
Used to induce sporulation in fungi. Easier to prepare and its components provide its nutrients.
a)
Mycosel/Mycobiotic agar
b)
Potato dextrose agar
c)
Potato flake agar
d)
Rice extract agar
112.
To enhance the growth of fungi and inhibit bacterial growth slightly, the pH is adjusted to approximately 5.6
a)
Mycosel/Mycobiotic agar
b)
Potato dextrose agar
c)
Potato flake agar
d)
Rice extract agar
113.
useful in the cultivation of C. albicans, with enhancement chlamydospore production
a)
Rice extract WITH 2% dextrose
b)
Rice extract WITHOUT additional dextrose
114.
shown to enhance pigment production by T. rubrum, facilitating its differentiation from T. mentagrophytes
a)
Rice extract WITH 2% dextrose
b)
Rice extract WITHOUT additional dextrose
115.
USeful in the differentiation of M. audouinii from other dermatophytes especially M. canis
a)
Rice grains medium
b)
Sabouraud-brain-heart infusion agar (SABHIA)
c)
Sabouraud dextrose agar or broth
d)
Trichophyton agars 1-7
116.
M. audouinii grows poorly in this medium and discolors the medium
a)
Rice grains medium
b)
Sabouraud-brain-heart infusion agar (SABHIA)
c)
Sabouraud dextrose agar or broth
d)
Trichophyton agars 1-7
117.
Other dermatophytes and most other fungi grow well and sporulate on this medium with no discoloration of the medium.
a)
Rice grains medium
b)
Sabouraud-brain-heart infusion agar (SABHIA)
c)
Sabouraud dextrose agar or broth
d)
Trichophyton agars 1-7
118.
A general purpose medium used to isolate fungi. IT is made from a combination of Saboraoud dextrose nd BHI ingredients.
a)
Rice grains medium
b)
Sabouraud-brain-heart infusion agar (SABHIA)
c)
Sabouraud dextrose agar or broth
d)
Trichophyton agars 1-7
119.
Medium useful for the isolation of dimorphic fungi from clinical specimens. Addition of blood increases the isolation of dimorphic fungi and promotes the conversion to the yeast stage
a)
Rice grains medium
b)
Sabouraud-brain-heart infusion agar (SABHIA)
c)
Sabouraud dextrose agar or broth
d)
Trichophyton agars 1-7
120.
Nutrient media suitable for the cultivation of fungi, especially those associated with cutaneous and mucutaneous infections
a)
Rice grains medium
b)
Sabouraud-brain-heart infusion agar (SABHIA)
c)
Sabouraud dextrose agar or broth
d)
Trichophyton agars 1-7
121.
Emmons modification
a)
Rice grains medium
b)
Sabouraud-brain-heart infusion agar (SABHIA)
c)
Sabouraud dextrose agar or broth
d)
Trichophyton agars 1-7
122.
Formulations are identical, with the exception of the agar; to make a solid plated medium, 1.5% to 2% agar is added to the broth formulation
a)
Rice grains medium
b)
Sabouraud-brain-heart infusion agar (SABHIA)
c)
Sabouraud dextrose agar or broth
d)
Trichophyton agars 1-7
123.
Emmons-modified Sabouraud dextrose agar is formulation used today. It has 2% dextrose and a neutral pH as opposed to 4% dextrose and an acidic pH, which were in the original formulation
a)
Rice grains medium
b)
Sabouraud-brain-heart infusion agar (SABHIA)
c)
Sabouraud dextrose agar or broth
d)
Trichophyton agars 1-7
124.
USed for the identification of Trichophyton spp.
a)
Rice grains medium
b)
Sabouraud-brain-heart infusion agar (SABHIA)
c)
Sabouraud dextrose agar or broth
d)
Trichophyton agars 1-7
125.
Nutrient vary in seven media based on growth rating of 1 to 4 for each of the seven media, the fungus is identified
a)
Rice grains medium
b)
Sabouraud-brain-heart infusion agar (SABHIA)
c)
Sabouraud dextrose agar or broth
d)
Trichophyton agars 1-7
126.
test for Candida albicans
a)
Germ tube
b)
L-DOPA ferric citrate test
c)
Urease test
d)
Hairbaiting test
e)
Exoantigen test
127.
test for Cryptococcus neoformans (black in this case)
a)
Germ tube
b)
L-DOPA ferric citrate test
c)
Urease test
d)
Hairbaiting test
e)
Exoantigen test
128.
test for differentiating C. neoformans and C. albicans
a)
Germ tube
b)
L-DOPA ferric citrate test
c)
Urease test
d)
Hairbaiting test
e)
Exoantigen test
129.
V. shaped penetration of hair shaft
a)
Germ tube
b)
L-DOPA ferric citrate test
c)
Urease test
d)
Hairbaiting test
e)
Exoantigen test
130.
Serologic confirmation for systemic fungi
a)
Germ tube
b)
L-DOPA ferric citrate test
c)
Urease test
d)
Hairbaiting test
e)
Exoantigen test
131.
Microscopic immunodiffusion test with antisera
a)
Germ tube
b)
L-DOPA ferric citrate test
c)
Urease test
d)
Hairbaiting test
e)
Exoantigen test
132.
T. mentagrophytes
a)
Positive hairbaiting test
b)
Negative hairbaiting test
133.
Which of the following is positive on hair bating test?
a)
T. mentagrophytes
b)
T. rubrum
134.
Which of the following is negative on hair bating test?
a)
T. mentagrophytes
b)
T. rubrum
135.
T. rubrum
a)
Positive hairbaiting test
b)
Negative hairbaiting test
100 %
