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MICROBIOLOGY AND PARASITOLOGY

MICROBIOLOGY AND PARASITOLOGY
100問 • 1年前
  • Yves Laure Pimentel
  • 通報

    問題一覧

  • 1

    Which of the following refers to a positive H2S production result? a. Formation of red color b. Formation of yellow precipitate c. Formation of black precipitate d. Formation of blue color

    c. Formation of black precipitate

  • 2

    Which of the following is tested to identify the most common cause of otitis media? a. PYR test b. Optochin test c. CAMP test d. None of the above

    b. Optochin test

  • 3

    What might be the reason why Mycoplasma is not routinely detected using Grams stain? a. The organism exist almost exclusively within the host cell b. It lacks cell wall c. It has insufficient dimension to be resolved using light microcopy d. None of the above

    b. It lacks cell wall

  • 4

    Phenotypic properties used to classify bacteria include all the following, except: a. DNA relatedness b. Colonial morphology c. Biochemical properties d. Antibiotic resistance patterns

    a. DNA relatedness

  • 5

    Purpose of mordant in gram staining: a. Dye fixative b. Reinforcing stain c. Secondary stain d. Decolorizer

    a. Dye fixative

  • 6

    The Quebec colony counter uses ____ principle a. Phase-contrast b. Brightfield c. Darkfield d. None of these

    c. Darkfield

  • 7

    What is the typical loop used for urine cultures? a. 1 uL b. 10 uL c. 100 uL d. None of these

    a. 1 uL

  • 8

    Kept in a sterile, screw-top container: (1) BAL (2) BB (3) BW (4) Sputum a. 1, 2, 3, and 4 b. 1, 2, and 3 c. 1 and 2 d. 4 only

    a. 1, 2, 3, and 4

  • 9

    To read hemolytic reaction on a blood agar plate accurately, the technologist must hold the plate up to the light and observe light using: a. Natural light b. Transmitted light c. Full spectrum light d. None of these

    b. Transmitted light

  • 10

    To read hemolytic reaction on a blood agar plate accurately, the technologist must hold the plate up to the light and observe plate coming from: a. Above b. Behind c. Across d. None of these

    b. Behind

  • 11

    Incomplete or partial hemolysis; green or brown color surrounding the colony: a. Alpha hemolysis b. Beta hemolysis c. Gamma hemolysis d. Alpha prime hemolysis

    a. Alpha hemolysis

  • 12

    What might be the reason why human is not recommended as a source of blood in the preparation of blood agar? a. Ethical issues regarding the use of human secretion, excretion and material. b. Safety issues. c. Generally, blood harvested from animals such as sheep and rabbits allow for a robust growth. d. Human blood does not contain necessary growth factors required for bacterial growth.

    b. Safety issues

  • 13

    What is the most probable cause of a CaryBlair medium changing its color? a. Change in the pH b. Buffering capacity is overcome c. Contamination of the media d. None of the above

    b. Buffering capacity is overcome

  • 14

    Transport media for stool suspected of having V. cholerae: a. Stuart b. Amies c. Cary Blair d. Buffered glycerol

    c. Cary Blair

  • 15

    What make MSA a selective medium? a. Salt b. Mannitol c. Phenol red d. None of the above

    a. Salt

  • 16

    Typically, petri dishes are ______, to prevent condensation droplets (moisture buildup) from falling onto the surface of the agar. a. Passed over a flame b. Inverted c. Incubated d. None of the above

    b. Inverted

  • 17

    McFarland standards are prepared by mixing: a. 1% sulfuric acid and 1.175% barium chloride b. 2% sulfuric acid and 2% barium chloride c. 1% sulfuric acid and 2.175% barium chloride d. None of the above

    a. 1% sulfuric acid and 1.175% barium chloride

  • 18

    Pure cultures are grown or are prepared directly from agar plates to match the turbidity of ___ McFarland standard. a. 0.3 b. 0.4 c. 0.5 d. 0.6

    c. 0.5

  • 19

    The agar depth for disk diffusion testing must be held constant at: a. 2 mm b. 3 mm c. 4 mm d. 5 mm

    c. 4 mm

  • 20

    According to the Kirby-Bauer standard antimicrobial susceptibility testing method, what should be done when interpreting the zone size of a motile, swarming organism such as a Proteus species? a. The swarming should be ignored b. The results of the disk diffusion method are invalid c. The swarming area should be measured as the growth boundary d. The isolate should be retested after diluting to 0.05 McFarland standard.

    a. The swarming should be ignored

  • 21

    a. The organism is motile b. The organism is nonmotile

    b. The organism is nonmotile

  • 22

    a. The organism is motile b. The organism is nonmotile

    a. The organism is motile

  • 23

    Which of the following specimens would be best for identifying B. cereus as the cause of an outbreak of food poisoning? a. Blood b. Rectal swabs c. Stool samples d. Food

    d. Food

  • 24

    Responsible for the souring of milk: a. Lactobacillus acidophilus b. Streptococcus species c. Bacillus subtilis d. Serratia marcescens

    b. Streptococcus species

  • 25

    Forms spores, except: a. B. anthracis b. B. cereus c. B. subtilis d. B. fragilis

    d. B. fragilis

  • 26

    a. Filiform b. Arboscent c. Rhizoid d. Echinulate

    c. Rhizoid

  • 27

    Gram-negative diplococci with growth on CAP and BAP: a. N. meningitidis b. N. gonorrhoeae c. H. influenzae d. H. parainfluenzae

    a. N. meningitidis

  • 28

    Which organism would demonstrate a cherry red color in indole test: a. P. aeruginosa b. Staphylococcus c. Streptococcus d. Enterobacteriaceae

    d. Enterobacteriaceae

  • 29

    Not included in IMViC: a. Indole b. Methyl red c. Virulence d. Citrate

    c. Virulence

  • 30

    Which organism would demonstrate a cherry red color in indole test: a. P. aeruginosa b. Staphylococcus c. Streptococcus d. Enterobacteriaceae

    d. Enterobacteriaceae

  • 31

    A sputum culture from an alcoholic seen in the ER grows gray, mucoid, stringy colonies on sheep blood agar. The isolate grows readily on MacConkey agar and forms mucoid, dark pink colonies. The colonies yield the following test results: ONPG POSITIVE Indole NEGATIVE Glucose POSITIVE Oxidase NEGATIVE Citrate POSITIVE VP POSITIVE The organism is most likely: a. Edwardsiella tarda b. Klebsiella pneumoniae c. Escherichia coli d. Proteus vulgaris

    b. Klebsiella pneumoniae

  • 32

    >100, 000 CFU/mL of a gram-negative bacilli were isolated on MacConkey from a urine specimen. Biochemical results are as follow: Glucose Acid, gas produced Indole positive Urea Positive PDA Positive H2S Positive The organism is most likely: a. Morganella morganii b. Proteus mirabilis c. Proteus vulgaris d. Providencia stuartii

    c. Proteus vulgaris

  • 33

    >100, 000 CFU/mL of a gram-negative bacilli were isolated on MacConkey from a urine specimen. Biochemical results are as follow: Glucose Acid, gas produced Indole Negative Urea Positive PDA Positive H2S Positive The organism is most likely: a. Morganella morganii b. Proteus mirabilis c. Proteus vulgaris d. Providencia stuartii

    b. Proteus mirabilis

  • 34

    A 64-year-old male with lymphoma has a positive blood culture at 18 hours incubation. The organism is a nonlactose fermenting gram-negative bacillus on MacConkey agar. Further testing gives the following reactions: Oxidase NEGATIVE TSI Alkaline/acid, no hydrogen sulfide Motility POSITIVE Indole POSITIVE Citrate POSITIVE Ornithine decarboxylase NEGATIVE Urea POSITIVE Phenylalanine deaminase POSITIVE VP NEGATIVE The genus is: a. Morganella b. Proteus c. Providencia d. Serratia

    c. Providencia

  • 35

    IMViC pattern of E. coli: a. + + - - b. - - + + c. + - + - d. - + - +

    a. + + - -

  • 36

    What is the classification of Actinomyces? a. Gram-positive aerobic bacilli b. Gram-positive anaerobic bacilli c. Gram-negative aerobic bacilli d. Gram-negative anaerobic bacilli

    b. Gram-positive anaerobic bacilli

  • 37

    Which of the following is an incorrect match? a. L. interrogans: Kissing b. R. prowazekii: transmitted lice c. C. burnetti: Aerosols d. O. tsutsugamushi: mites and chiggers

    a. L. interrogans: Kissing

  • 38

    C. tetani spores: a. Round, terminal b. Round, central c. Oval, subterminal d. Oval, terminal

    a. Round, terminal

  • 39

    Which of the following is the vector of R. prowazekii? a. Mites b. Chiggers c. Flea d. Lice

    d. Lice

  • 40

    Which of the following is the vector of Y. pestis? a. Xenopsylla cheopis b. Ixodes scapularis c. Reduviid bugs d. Aedes aegypti

    a. Xenopsylla cheopis

  • 41

    Culture of a finger wound specimen from a meat packer produced gram positive bacilli on a blood agar plate with no hemolysis. Given the following test results at 48 hours, what is the most likely identification? Catalase= NEGATIVE Motility (wet prep) = NEGATIVE Motility (media) =NEGATIVE H2S = POSITIVE a. L. monocytogenes b. E. rhusiopathiae c. B. cereus d. None of the above

    b. E. rhusiopathiae

  • 42

    Alcaligenes faecalis (formerly A. odorans) is distinguished from Bordetella bronchiseptica with which test? a. Urease (rapid) b. Oxidase c. Motility d. All of the above

    a. Urease (rapid)

  • 43

    What causes Mycobacterium tuberculosis to stain positive with acid fast stains? a. Presence of thick cell wall b. Presence of chitin c. Presence of mycolic acid d. Presence of abundant polysaccharide capsule

    c. Presence of mycolic acid

  • 44

    What is the principle of Xpert MTB/RIF assay used to detect MTB resistance to rifampin? a. Colorimetric b. Disk diffusion testing c. NAAT d. IGRAs

    c. NAAT

  • 45

    Which of the following is a blood test that can aid diagnose M. tuberculosis infection? This test can detect latent TB infection. a. NAAT b. IGRAs c. EIA d. None of these

    b. IGRAs

  • 46

    In the central dogma of molecular biology, genetic information flows only in one direction, from DNA to RNA, RNA to: a. Lipids b. Carbohydrates c. DNA d. Protein

    d. Protein

  • 47

    Which of the following bacteria should be considered important pathogens when reading gramstained smears of soft tissue abscess? a. Streptococcus pneumoniae b. Neisseria gonorrhoeae c. Pseudomonas aeruginosa d. Staphylococcus aureus

    d. Staphylococcus aureus

  • 48

    Within 5 hours of returning home from lunch at your most favorite fast-food restaurant you feel very sick and are vomiting. Which of the following is the most likely causative organism? a. Staphylococcus aureus b. Vibrio parahaemolyticus c. Shigella sonnei d. Escherichia coli

    a. Staphylococcus aureus

  • 49

    Profuse watery diarrhea (“rice water stools”), leading to dramatic fluid loss, severe dehydration, and hypotension that frequently leads to death, is the hallmark of which toxin activity? a. Cholera toxin b. Enteric endotoxin c. Shiga toxin d. Toxin A

    a. Cholera toxin

  • 50

    The best specimen for the isolation of Bordetella pertussis is which of the following? a. Throat swabs b. Sputum c. Nasopharyngeal aspirates d. Anterior nose swab

    c. Nasopharyngeal aspirates

  • 51

    Organisms belonging to the genus Brucella are best described by which of the following statements? a. Gram-positive diplococci b. Gram-positive diphtheroid bacilli c. Gram-negative coccobacilli d. Gram-negative bacilli

    c. Gram-negative coccobacilli

  • 52

    Which organism is associated with the disease Melioidosis? a. Burkholderia ralstonia b. Burkholderia pseudomallei c. Burkholderia mallei d. Burkholderia cepacia

    b. Burkholderia pseudomallei

  • 53

    Differentiation of Stenotrophomonas maltophilia and Burkholderia cepacia is best accomplished by which of the following tests? a. Oxidase test b. Maltose and glucose medium c. Tyrosine-enriched heart infusion agar d. Growth at 42 C

    a. Oxidase test

  • 54

    Which of the following sets of results represent the most common reactions for Moraxella catarrhalis when tested in CTA sugar tubes? a. Glucose: Negative; Maltose: Negative; Lactose: Negative; Sucrose: Negative b. Glucose: Positive; Maltose: Negative; Lactose: Negative; Sucrose: Negative c. Glucose: Positive; Maltose: Positive; Lactose: Negative; Sucrose: Negative d. Glucose: Positive; Maltose: Negative; Lactose: Positive; Sucrose: Negative

    a. Glucose: Negative; Maltose: Negative; Lactose: Negative; Sucrose: Negative

  • 55

    A gram-negative bacillus with bipolar staining was isolated from a wound infection caused by a bite from a pet cat. The following characteristic were seen: Oxidase Positive Glucose OF Fermentative Catalase Positive Motility Negative MacConkey No growth Which of the following is the most likely organism? a. Pseudomonas aeruginosa b. Pasteurella multocida c. Aeromonas hydrophilia d. Vibrio cholerae

    b. Pasteurella multocida

  • 56

    a. BSC I b. BSC II c. BSC III d. None of the above

    a. BSC I

  • 57

    Paramecia are completely covered with _____that beat rhythmically to propel them and to direct bacteria and other food particles into their mouths. a. Flagella b. Pseudopodia c. Cilia d. None of the above

    c. Cilia

  • 58

    This gametocyte belongs to: a. P. vivax b. P. ovale c. P. malariae d. P. falciparum

    d. P. falciparum

  • 59

    Refer to the following image: The egg depicted above is most likely to be found in children suffering from: a. diarrhea b. constipation c. perianal itching d. stomach pain

    c. perianal itching

  • 60

    Eggs of pinworm can be found in: a. Stool b. Perianal region c. Blood d. None of the above

    b. Perianal region

  • 61

    Trichuris trichiura is also known as: a. Pinworm b. Whipworm c. Hookworm d. Threadworm

    b. Whipworm

  • 62

    Refer to the following image: The egg depicted above is most likely to be found in stool of patients with: a. N. americanus b. T. trichiura c. A. lumbricoides d. S. stercoralis

    b. T. trichiura

  • 63

    The egg depicted above is most likely to be found in stool of patients with: a. N. americanus b. T. trichiura c. A. lumbricoides d. S. stercoralis

    c. A. lumbricoides

  • 64

    Ova recovered from the stool are routinely used to diagnose infections caused by all of the following, except: a. N. americanus b. A. lumbricoides c. T. trichiura d. S. stercoralis

    d. S. stercoralis

  • 65

    Migration of newly hatched larvae from the anal skin back into the rectum (CDC): a. Retroinfection b. Autoinfection c. Hyperinfection d. None of the above

    a. Retroinfection

  • 66

    In Strongyloides stercoralis life cycle, rhabditiform larvae in the gut become infective filariform larvae that can penetrate either the intestinal mucosa or the skin of the perianal area, resulting in: a. Retroinfection b. Autoinfection c. Hyperinfection d. None of the above

    b. Autoinfection

  • 67

    Leaflike, unsegmented and monoecious: a. Trematode b. Cestode c. Nematode d. Protozoa

    a. Trematode

  • 68

    Which parasite has been closely associated with cholangiocarcinoma? a. P. westermani b. Fasciolopsis buski c. H. heterophyes d. C. sinensis

    d. C. sinensis

  • 69

    What is the mode of transmission for P. westermani? a. Ingestion of raw or undercooked crabs b. Ingestion of freshwater snail c. Ingestion snail d. Ingestion of water chestnut

    a. Ingestion of raw or undercooked crabs

  • 70

    The egg depicted above is most likely to be found among patients with: a. S. japonicum b. S. haematobium c. S. mansoni d. S. stercoralis

    c. S. mansoni

  • 71

    What is the start of trematode life cycle? a. Egg b. Sporocyst c. Miracidia d. Cercaria

    a. Egg

  • 72

    The only known human tapeworm with an operculated ova is: a. D. latum b. H. nana c. G. lamblia d. S. haematobium

    a. D. latum

  • 73

    In T. solium infection, man serves as: a. Definitive host b. Intermediate host c. Both definitive and intermediate host d. Accidental host

    c. Both definitive and intermediate host

  • 74

    If the ova of this parasite are ingested by humans, the oncosphere form can migrate through the body via the bloodstream, resulting in the condition known as cysticercosis. a. T. solium b. E. histolytica c. H. nana d. C. sinensis

    a. T. solium

  • 75

    Objective used to ID organisms in trichromestained smears: a. LPO b. HPO c. OIO d. None of the above

    c. OIO

  • 76

    The preservative to be employed with trichrome stain is: a. Formalin b. Alcohol c. PVA d. Saline

    c. PVA

  • 77

    An Entamoeba histolytica trophozoite has the following characteristics: a. Central karyosome in the nucleus, ingested RBCs, and clear pseudopodia b. Ingested RBCs, clear pseudopodia, and uneven chromatin on the nuclear membrane c. Ingested RBCs, clear pseudopodia, and large glycogen vacuoles in cytoplasm d. Large, blotlike karyosome, ingested white blood cells (WBCs), and granular pseudopods

    a. Central karyosome in the nucleus, ingested RBCs, and clear pseudopodia

  • 78

    An MLS finds an E. coli cyst on a wet mount of a fresh stool specimen. Which of the following should be done? a. Request a second specimen b. Look for additional E. coli cysts c. Examine the remaining area of the wet preparation d. Generate a final report

    c. Examine the remaining area of the wet preparation

  • 79

    Which of the following parasites have migration through the lungs as part of their lifecycle? a. Necator americanus, Ancylostoma duodenale, Strongyloides stercoralis b. Giardia lamblia, Wuchereria bancrofti, Brugia malayi c. Enterobius vermicularis, Trichuris trichiura, Trichinella spiralis d. Toxocara canis, Toxoplasma gondii, Blastocystis hominis

    a. Necator americanus, Ancylostoma duodenale, Strongyloides stercoralis

  • 80

    Necator americanus rhabditiform larvae can be differentiated from Strongyloides stercoralis rhabditiform larvae by: a. Length of the notched tail b. Length of the head region c. Segmentation d. Size of the genital primordium

    d. Size of the genital primordium

  • 81

    Immunoassays can be used in detecting which parasite? a. Malaria b. Trichuris c. Ascaris d. None of the above

    a. Malaria

  • 82

    Eating poorly cooked pork can lead to an infection with: a. Taenia solium and Trichinella spiralis b. Taenia saginata and Hymenolepis nana c. Trichuris trichiura and Hymenolepis diminuta d. Diphyllobothrium latum and Ascaris lumbricoides

    a. Taenia solium and Trichinella spiralis

  • 83

    Trophozoite forms of amoebae are found in what type of stool specimen? a. Formed b. Loose c. Soft d. Watery

    d. Watery

  • 84

    Which preservation method is most suitable and the most widely used for subsequent fixed smear preparation? a. Formalin-ethyl acetate b. PVA c. Trichrome d. MIF

    b. PVA

  • 85

    What is the reason why B. fragilis is resistant to penicillin? a. Production of capsule b. Production of beta-lactam ring c. Production of beta-lactamase d. None of the above

    c. Production of beta-lactamase

  • 86

    Which of the following tests uses Kovac’s reagent? a. Indole production test b. Methyl red test c. Voges Proskauer test d. Citrate utilization test

    a. Indole production test

  • 87

    Which of the following is not a BSL-1 organism? a. Serratia marcescens b. Staphylococcus aureus c. Bacillus subtilis d. Staphylococcus epidermidis

    b. Staphylococcus aureus

  • 88

    The schizogony life cycle of Plasmodia occurs in which of the following host? a. Definitive host b. Intermediate host c. Accidental host d. None of the above

    b. Intermediate host

  • 89

    A college student attended a beach party where raw oysters and other shellfish were consumed. The next day, he had symptoms of septicemia. The blood cultures grew gram-negative bacilli with the following characteristics: Oxidase Positive MacConkey agar -Pink colonies O/129 (150ug) Susceptible The most likely organism is: a. Aeromonas hydrophila b. Pseudomonas putida c. Serratia marcescens d. Vibrio vulnificus

    d. Vibrio vulnificus

  • 90

    An aerobic, gram-negative coccobacillus was isolated on Bordet-Gengou agar from a nasopharyngeal swab 48 hours after culture from a 6- month-old infant with suspected pertussis. The organism exhibited the following characteristics: MacConkey agar No growth Urea Negative at 4 hours, positive at 24 hours Oxidase Negative Catalase Positive The most probable identification is: a. Moraxella lacunata b. Pasteurella ureae c. Bordetella pertussis d. Bordetella parapertussis

    d. Bordetella parapertussis

  • 91

    While swimming in a lake near his home, a young boy cut his foot, and an infection developed. The culture grew a nonfastidious gram-negative, oxidase positive, beta-hemolytic, motile bacilli that produced deoxyribonuclease. The most likely identification is: a. Enterobacter cloacae b. Serratia marcescens c. Aeromonas hydrophila d. Escherichia coli

    c. Aeromonas hydrophila

  • 92

    The protein coat that surrounds the nucleic acid of a virion is called which of the following? a. Capsomere b. Capsid c. Capsule d. Nucleocapsid

    b. Capsid

  • 93

    Prions are best described by which of the following? a. Infectious viral RNA without capsid proteins b. Infectious protein with no associated nucleic acid c. Infectious viral DNA without capsid proteins d. Nonenveloped virus highly resistant to heat and chemical inactivation

    b. Infectious protein with no associated nucleic acid

  • 94

    Which of the following viruses are thought to predominately cause gastroenteritis? a. Hepadnaviruses b. Filoviruses c. Noroviruses d. Arboviruses

    c. Noroviruses

  • 95

    Which of the following groups contains the SARS virus? a. Calicivirus b. Coronavirus c. Flavivirus d. Filovirus

    b. Coronavirus

  • 96

    Which of the following is the specimen of choice for detecting rotavirus? a. Throat swab b. Urine sample c. Bronchoalveolar wash d. Feces sample

    d. Feces sample

  • 97

    The test of choice and most sensitive assay for use with CSF to diagnose aseptic meningitis caused by enterovirus is which of the following? a. Cell culture b. PCR c. Antigenemia immunoassay d. Shell vial assay

    b. PCR

  • 98

    In the lactophenol cotton blue, fungal spores, hyphae, and fruiting structures of fungi stain ____ while the background stains pale blue. a. White b. Red c. Blue d. Gray

    c. Blue

  • 99

    Nutrient media suitable for cultivation of fungi: a. BAP b. CAP c. MAC d. SDA

    d. SDA

  • 100

    The most likely identification of this yeast is: a. Candida tropicalis b. Candida krusei c. Candida albicans d. Candida glabrata

    c. Candida albicans

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    Yves Laure Pimentel

    OTHER BODY FLUIDS

    OTHER BODY FLUIDS

    Yves Laure Pimentel · 89問 · 2年前

    OTHER BODY FLUIDS

    OTHER BODY FLUIDS

    89問 • 2年前
    Yves Laure Pimentel

    MTLBE- SUHO NOTES

    MTLBE- SUHO NOTES

    Yves Laure Pimentel · 86問 · 2年前

    MTLBE- SUHO NOTES

    MTLBE- SUHO NOTES

    86問 • 2年前
    Yves Laure Pimentel

    MTLBE..

    MTLBE..

    Yves Laure Pimentel · 35問 · 2年前

    MTLBE..

    MTLBE..

    35問 • 2年前
    Yves Laure Pimentel

    CC- CHROMATOGRAPHY

    CC- CHROMATOGRAPHY

    Yves Laure Pimentel · 19問 · 1年前

    CC- CHROMATOGRAPHY

    CC- CHROMATOGRAPHY

    19問 • 1年前
    Yves Laure Pimentel

    CC-OSMOMETRY

    CC-OSMOMETRY

    Yves Laure Pimentel · 14問 · 1年前

    CC-OSMOMETRY

    CC-OSMOMETRY

    14問 • 1年前
    Yves Laure Pimentel

    CC-ELECTROCHEMISTRY TECHNIQUES

    CC-ELECTROCHEMISTRY TECHNIQUES

    Yves Laure Pimentel · 43問 · 1年前

    CC-ELECTROCHEMISTRY TECHNIQUES

    CC-ELECTROCHEMISTRY TECHNIQUES

    43問 • 1年前
    Yves Laure Pimentel

    CC- CARBOHYDRATES

    CC- CARBOHYDRATES

    Yves Laure Pimentel · 49問 · 2年前

    CC- CARBOHYDRATES

    CC- CARBOHYDRATES

    49問 • 2年前
    Yves Laure Pimentel

    CC- DIABETES MELLITUS

    CC- DIABETES MELLITUS

    Yves Laure Pimentel · 97問 · 2年前

    CC- DIABETES MELLITUS

    CC- DIABETES MELLITUS

    97問 • 2年前
    Yves Laure Pimentel

    MAJOR LIPOPROTEINS

    MAJOR LIPOPROTEINS

    Yves Laure Pimentel · 57問 · 2年前

    MAJOR LIPOPROTEINS

    MAJOR LIPOPROTEINS

    57問 • 2年前
    Yves Laure Pimentel

    MINOR LIPOPROTEINS

    MINOR LIPOPROTEINS

    Yves Laure Pimentel · 63問 · 2年前

    MINOR LIPOPROTEINS

    MINOR LIPOPROTEINS

    63問 • 2年前
    Yves Laure Pimentel

    PROTEINS

    PROTEINS

    Yves Laure Pimentel · 37問 · 2年前

    PROTEINS

    PROTEINS

    37問 • 2年前
    Yves Laure Pimentel

    PLASMA PROTEINS 1

    PLASMA PROTEINS 1

    Yves Laure Pimentel · 91問 · 2年前

    PLASMA PROTEINS 1

    PLASMA PROTEINS 1

    91問 • 2年前
    Yves Laure Pimentel

    PLASMA PROTEINS 2 (ALPHA 2 REGION)

    PLASMA PROTEINS 2 (ALPHA 2 REGION)

    Yves Laure Pimentel · 98問 · 2年前

    PLASMA PROTEINS 2 (ALPHA 2 REGION)

    PLASMA PROTEINS 2 (ALPHA 2 REGION)

    98問 • 2年前
    Yves Laure Pimentel

    MISCELLANEOUS PROTEINS

    MISCELLANEOUS PROTEINS

    Yves Laure Pimentel · 61問 · 2年前

    MISCELLANEOUS PROTEINS

    MISCELLANEOUS PROTEINS

    61問 • 2年前
    Yves Laure Pimentel

    Liver Function Test 1

    Liver Function Test 1

    Yves Laure Pimentel · 100問 · 2年前

    Liver Function Test 1

    Liver Function Test 1

    100問 • 2年前
    Yves Laure Pimentel

    Liver Function Test 2

    Liver Function Test 2

    Yves Laure Pimentel · 96問 · 2年前

    Liver Function Test 2

    Liver Function Test 2

    96問 • 2年前
    Yves Laure Pimentel

    TUMOR MARKERS

    TUMOR MARKERS

    Yves Laure Pimentel · 33問 · 2年前

    TUMOR MARKERS

    TUMOR MARKERS

    33問 • 2年前
    Yves Laure Pimentel

    KIDNEY FUNCTION TESTS - NON PROTEIN NITROGEN & CREATININE

    KIDNEY FUNCTION TESTS - NON PROTEIN NITROGEN & CREATININE

    Yves Laure Pimentel · 41問 · 2年前

    KIDNEY FUNCTION TESTS - NON PROTEIN NITROGEN & CREATININE

    KIDNEY FUNCTION TESTS - NON PROTEIN NITROGEN & CREATININE

    41問 • 2年前
    Yves Laure Pimentel

    GLYCOGEN STORAGE DISEASES

    GLYCOGEN STORAGE DISEASES

    Yves Laure Pimentel · 17問 · 2年前

    GLYCOGEN STORAGE DISEASES

    GLYCOGEN STORAGE DISEASES

    17問 • 2年前
    Yves Laure Pimentel

    LIPID STORAGE DISEASES

    LIPID STORAGE DISEASES

    Yves Laure Pimentel · 14問 · 2年前

    LIPID STORAGE DISEASES

    LIPID STORAGE DISEASES

    14問 • 2年前
    Yves Laure Pimentel

    PROTEINS

    PROTEINS

    Yves Laure Pimentel · 71問 · 2年前

    PROTEINS

    PROTEINS

    71問 • 2年前
    Yves Laure Pimentel

    QUICK FIRE- ELECTRODES

    QUICK FIRE- ELECTRODES

    Yves Laure Pimentel · 7問 · 2年前

    QUICK FIRE- ELECTRODES

    QUICK FIRE- ELECTRODES

    7問 • 2年前
    Yves Laure Pimentel

    ELECTROLYTES

    ELECTROLYTES

    Yves Laure Pimentel · 10問 · 2年前

    ELECTROLYTES

    ELECTROLYTES

    10問 • 2年前
    Yves Laure Pimentel

    DRUGS

    DRUGS

    Yves Laure Pimentel · 27問 · 2年前

    DRUGS

    DRUGS

    27問 • 2年前
    Yves Laure Pimentel

    TOXIC AGENTS:

    TOXIC AGENTS:

    Yves Laure Pimentel · 12問 · 2年前

    TOXIC AGENTS:

    TOXIC AGENTS:

    12問 • 2年前
    Yves Laure Pimentel

    HEMATOLOGY 1 (HEMATOPOIESIS 1)

    HEMATOLOGY 1 (HEMATOPOIESIS 1)

    Yves Laure Pimentel · 100問 · 2年前

    HEMATOLOGY 1 (HEMATOPOIESIS 1)

    HEMATOLOGY 1 (HEMATOPOIESIS 1)

    100問 • 2年前
    Yves Laure Pimentel

    HEMATOLOGY (HEMATOPOIESIS 2)

    HEMATOLOGY (HEMATOPOIESIS 2)

    Yves Laure Pimentel · 29問 · 2年前

    HEMATOLOGY (HEMATOPOIESIS 2)

    HEMATOLOGY (HEMATOPOIESIS 2)

    29問 • 2年前
    Yves Laure Pimentel

    hema diseases

    hema diseases

    Yves Laure Pimentel · 25問 · 2年前

    hema diseases

    hema diseases

    25問 • 2年前
    Yves Laure Pimentel

    AML

    AML

    Yves Laure Pimentel · 43問 · 2年前

    AML

    AML

    43問 • 2年前
    Yves Laure Pimentel

    GLOBIN SYNTHESIS

    GLOBIN SYNTHESIS

    Yves Laure Pimentel · 71問 · 2年前

    GLOBIN SYNTHESIS

    GLOBIN SYNTHESIS

    71問 • 2年前
    Yves Laure Pimentel

    HEMATOLOGY REFERENCE RANGES

    HEMATOLOGY REFERENCE RANGES

    Yves Laure Pimentel · 31問 · 2年前

    HEMATOLOGY REFERENCE RANGES

    HEMATOLOGY REFERENCE RANGES

    31問 • 2年前
    Yves Laure Pimentel

    DISORDERS OF PRIMARY HEMOSTASIS

    DISORDERS OF PRIMARY HEMOSTASIS

    Yves Laure Pimentel · 34問 · 2年前

    DISORDERS OF PRIMARY HEMOSTASIS

    DISORDERS OF PRIMARY HEMOSTASIS

    34問 • 2年前
    Yves Laure Pimentel

    PLATELET DISORDERS

    PLATELET DISORDERS

    Yves Laure Pimentel · 37問 · 2年前

    PLATELET DISORDERS

    PLATELET DISORDERS

    37問 • 2年前
    Yves Laure Pimentel

    CHARACTERISTICS OF CLOTTING FACTORS

    CHARACTERISTICS OF CLOTTING FACTORS

    Yves Laure Pimentel · 100問 · 2年前

    CHARACTERISTICS OF CLOTTING FACTORS

    CHARACTERISTICS OF CLOTTING FACTORS

    100問 • 2年前
    Yves Laure Pimentel

    4. CLASSIFICATION OF MACROPHAGE

    4. CLASSIFICATION OF MACROPHAGE

    Yves Laure Pimentel · 12問 · 2年前

    4. CLASSIFICATION OF MACROPHAGE

    4. CLASSIFICATION OF MACROPHAGE

    12問 • 2年前
    Yves Laure Pimentel

    3. NATURAL OR INNATE IMMUNITY

    3. NATURAL OR INNATE IMMUNITY

    Yves Laure Pimentel · 39問 · 2年前

    3. NATURAL OR INNATE IMMUNITY

    3. NATURAL OR INNATE IMMUNITY

    39問 • 2年前
    Yves Laure Pimentel

    5. INTERNAL DEFENSE:SOLUBLE FACTORS (ACUTE PHASE REACTANTS)

    5. INTERNAL DEFENSE:SOLUBLE FACTORS (ACUTE PHASE REACTANTS)

    Yves Laure Pimentel · 55問 · 2年前

    5. INTERNAL DEFENSE:SOLUBLE FACTORS (ACUTE PHASE REACTANTS)

    5. INTERNAL DEFENSE:SOLUBLE FACTORS (ACUTE PHASE REACTANTS)

    55問 • 2年前
    Yves Laure Pimentel

    6. PHAGOCYTOSIS Chemotaxis

    6. PHAGOCYTOSIS Chemotaxis

    Yves Laure Pimentel · 37問 · 2年前

    6. PHAGOCYTOSIS Chemotaxis

    6. PHAGOCYTOSIS Chemotaxis

    37問 • 2年前
    Yves Laure Pimentel

    8. NATURE OF ANTIGEN

    8. NATURE OF ANTIGEN

    Yves Laure Pimentel · 44問 · 2年前

    8. NATURE OF ANTIGEN

    8. NATURE OF ANTIGEN

    44問 • 2年前
    Yves Laure Pimentel

    9. MAJOR HISTOCOMPATIBILITY COMPLEX/HUMAN LEUKOCYTE ANTIGEN

    9. MAJOR HISTOCOMPATIBILITY COMPLEX/HUMAN LEUKOCYTE ANTIGEN

    Yves Laure Pimentel · 50問 · 2年前

    9. MAJOR HISTOCOMPATIBILITY COMPLEX/HUMAN LEUKOCYTE ANTIGEN

    9. MAJOR HISTOCOMPATIBILITY COMPLEX/HUMAN LEUKOCYTE ANTIGEN

    50問 • 2年前
    Yves Laure Pimentel

    1. HISTORY

    1. HISTORY

    Yves Laure Pimentel · 69問 · 2年前

    1. HISTORY

    1. HISTORY

    69問 • 2年前
    Yves Laure Pimentel

    2. TYPES OF IMMUNITY

    2. TYPES OF IMMUNITY

    Yves Laure Pimentel · 38問 · 2年前

    2. TYPES OF IMMUNITY

    2. TYPES OF IMMUNITY

    38問 • 2年前
    Yves Laure Pimentel

    7. PHAGOCYTOSIS Engulfment and Digestion

    7. PHAGOCYTOSIS Engulfment and Digestion

    Yves Laure Pimentel · 21問 · 2年前

    7. PHAGOCYTOSIS Engulfment and Digestion

    7. PHAGOCYTOSIS Engulfment and Digestion

    21問 • 2年前
    Yves Laure Pimentel

    8. PHAGOCYTOSIS EXOCYTOSIS

    8. PHAGOCYTOSIS EXOCYTOSIS

    Yves Laure Pimentel · 15問 · 2年前

    8. PHAGOCYTOSIS EXOCYTOSIS

    8. PHAGOCYTOSIS EXOCYTOSIS

    15問 • 2年前
    Yves Laure Pimentel

    10. DISEASE ASSOCIATED TO HUMAN LEUKOCYTE ANTIGEN (henry)

    10. DISEASE ASSOCIATED TO HUMAN LEUKOCYTE ANTIGEN (henry)

    Yves Laure Pimentel · 32問 · 2年前

    10. DISEASE ASSOCIATED TO HUMAN LEUKOCYTE ANTIGEN (henry)

    10. DISEASE ASSOCIATED TO HUMAN LEUKOCYTE ANTIGEN (henry)

    32問 • 2年前
    Yves Laure Pimentel

    11. TRANSPLANTATION IMMUNOLOGY

    11. TRANSPLANTATION IMMUNOLOGY

    Yves Laure Pimentel · 30問 · 2年前

    11. TRANSPLANTATION IMMUNOLOGY

    11. TRANSPLANTATION IMMUNOLOGY

    30問 • 2年前
    Yves Laure Pimentel

    2. LYMPHOID ORGANS

    2. LYMPHOID ORGANS

    Yves Laure Pimentel · 38問 · 2年前

    2. LYMPHOID ORGANS

    2. LYMPHOID ORGANS

    38問 • 2年前
    Yves Laure Pimentel

    3. CLUSTER OF DIFFERENTIATION

    3. CLUSTER OF DIFFERENTIATION

    Yves Laure Pimentel · 48問 · 2年前

    3. CLUSTER OF DIFFERENTIATION

    3. CLUSTER OF DIFFERENTIATION

    48問 • 2年前
    Yves Laure Pimentel

    4. T-CELL DIFFERENTIATION

    4. T-CELL DIFFERENTIATION

    Yves Laure Pimentel · 35問 · 2年前

    4. T-CELL DIFFERENTIATION

    4. T-CELL DIFFERENTIATION

    35問 • 2年前
    Yves Laure Pimentel

    5. T CELL IMMUNODEFICIENCIES

    5. T CELL IMMUNODEFICIENCIES

    Yves Laure Pimentel · 18問 · 2年前

    5. T CELL IMMUNODEFICIENCIES

    5. T CELL IMMUNODEFICIENCIES

    18問 • 2年前
    Yves Laure Pimentel

    6. STAGES IN B-CELL DIFFERENTIATION  PROPIMAP

    6. STAGES IN B-CELL DIFFERENTIATION  PROPIMAP

    Yves Laure Pimentel · 44問 · 2年前

    6. STAGES IN B-CELL DIFFERENTIATION  PROPIMAP

    6. STAGES IN B-CELL DIFFERENTIATION  PROPIMAP

    44問 • 2年前
    Yves Laure Pimentel

    7. B CELL IMMUNODEFICIENCIES

    7. B CELL IMMUNODEFICIENCIES

    Yves Laure Pimentel · 23問 · 2年前

    7. B CELL IMMUNODEFICIENCIES

    7. B CELL IMMUNODEFICIENCIES

    23問 • 2年前
    Yves Laure Pimentel

    8. COMBINED T CELL AND B CELL DEFICIENCIES

    8. COMBINED T CELL AND B CELL DEFICIENCIES

    Yves Laure Pimentel · 34問 · 2年前

    8. COMBINED T CELL AND B CELL DEFICIENCIES

    8. COMBINED T CELL AND B CELL DEFICIENCIES

    34問 • 2年前
    Yves Laure Pimentel

    9. COMPARISON OF T AND B CELLS

    9. COMPARISON OF T AND B CELLS

    Yves Laure Pimentel · 12問 · 2年前

    9. COMPARISON OF T AND B CELLS

    9. COMPARISON OF T AND B CELLS

    12問 • 2年前
    Yves Laure Pimentel

    10. LABORATORY IDENTIFICATION OF LYMPHOCYTES

    10. LABORATORY IDENTIFICATION OF LYMPHOCYTES

    Yves Laure Pimentel · 16問 · 2年前

    10. LABORATORY IDENTIFICATION OF LYMPHOCYTES

    10. LABORATORY IDENTIFICATION OF LYMPHOCYTES

    16問 • 2年前
    Yves Laure Pimentel

    11. NATURAL KILLER CELLS OR THIRD POPULATION CELL

    11. NATURAL KILLER CELLS OR THIRD POPULATION CELL

    Yves Laure Pimentel · 15問 · 2年前

    11. NATURAL KILLER CELLS OR THIRD POPULATION CELL

    11. NATURAL KILLER CELLS OR THIRD POPULATION CELL

    15問 • 2年前
    Yves Laure Pimentel

    12. ANTIBODY

    12. ANTIBODY

    Yves Laure Pimentel · 79問 · 2年前

    12. ANTIBODY

    12. ANTIBODY

    79問 • 2年前
    Yves Laure Pimentel

    13. TYPES OF ANTIBODIES

    13. TYPES OF ANTIBODIES

    Yves Laure Pimentel · 97問 · 2年前

    13. TYPES OF ANTIBODIES

    13. TYPES OF ANTIBODIES

    97問 • 2年前
    Yves Laure Pimentel

    14. MONOCLONAL ANTIBODIES

    14. MONOCLONAL ANTIBODIES

    Yves Laure Pimentel · 11問 · 2年前

    14. MONOCLONAL ANTIBODIES

    14. MONOCLONAL ANTIBODIES

    11問 • 2年前
    Yves Laure Pimentel

    1. INTERLEUKINS

    1. INTERLEUKINS

    Yves Laure Pimentel · 23問 · 2年前

    1. INTERLEUKINS

    1. INTERLEUKINS

    23問 • 2年前
    Yves Laure Pimentel

    2. INTERFERONS

    2. INTERFERONS

    Yves Laure Pimentel · 28問 · 2年前

    2. INTERFERONS

    2. INTERFERONS

    28問 • 2年前
    Yves Laure Pimentel

    3. CYTOKINES IN THE INNATE AND ADAPTIVE IMMUNITY

    3. CYTOKINES IN THE INNATE AND ADAPTIVE IMMUNITY

    Yves Laure Pimentel · 8問 · 2年前

    3. CYTOKINES IN THE INNATE AND ADAPTIVE IMMUNITY

    3. CYTOKINES IN THE INNATE AND ADAPTIVE IMMUNITY

    8問 • 2年前
    Yves Laure Pimentel

    4. COMPLEMENT SYSTEM

    4. COMPLEMENT SYSTEM

    Yves Laure Pimentel · 19問 · 2年前

    4. COMPLEMENT SYSTEM

    4. COMPLEMENT SYSTEM

    19問 • 2年前
    Yves Laure Pimentel

    15. COMPLEMENT SYSTEM

    15. COMPLEMENT SYSTEM

    Yves Laure Pimentel · 76問 · 2年前

    15. COMPLEMENT SYSTEM

    15. COMPLEMENT SYSTEM

    76問 • 2年前
    Yves Laure Pimentel

    16. SYSTEM CONTROLS/COMPLEMENT REGULATION

    16. SYSTEM CONTROLS/COMPLEMENT REGULATION

    Yves Laure Pimentel · 21問 · 2年前

    16. SYSTEM CONTROLS/COMPLEMENT REGULATION

    16. SYSTEM CONTROLS/COMPLEMENT REGULATION

    21問 • 2年前
    Yves Laure Pimentel

    17. COMPLEMENT AND DISEASE STATES

    17. COMPLEMENT AND DISEASE STATES

    Yves Laure Pimentel · 29問 · 2年前

    17. COMPLEMENT AND DISEASE STATES

    17. COMPLEMENT AND DISEASE STATES

    29問 • 2年前
    Yves Laure Pimentel

    18. IMMUNOLOGIC ASSAYS OF INDIVIDUAL COMPONENTS (CLASSICAL)

    18. IMMUNOLOGIC ASSAYS OF INDIVIDUAL COMPONENTS (CLASSICAL)

    Yves Laure Pimentel · 19問 · 2年前

    18. IMMUNOLOGIC ASSAYS OF INDIVIDUAL COMPONENTS (CLASSICAL)

    18. IMMUNOLOGIC ASSAYS OF INDIVIDUAL COMPONENTS (CLASSICAL)

    19問 • 2年前
    Yves Laure Pimentel

    19. CYTOKINES

    19. CYTOKINES

    Yves Laure Pimentel · 22問 · 2年前

    19. CYTOKINES

    19. CYTOKINES

    22問 • 2年前
    Yves Laure Pimentel

    20. INTERLEUKINS

    20. INTERLEUKINS

    Yves Laure Pimentel · 24問 · 2年前

    20. INTERLEUKINS

    20. INTERLEUKINS

    24問 • 2年前
    Yves Laure Pimentel

    21. INTERFERONS, TNF, TGF, CHEMOKINE

    21. INTERFERONS, TNF, TGF, CHEMOKINE

    Yves Laure Pimentel · 21問 · 2年前

    21. INTERFERONS, TNF, TGF, CHEMOKINE

    21. INTERFERONS, TNF, TGF, CHEMOKINE

    21問 • 2年前
    Yves Laure Pimentel

    1. SERO

    1. SERO

    Yves Laure Pimentel · 54問 · 2年前

    1. SERO

    1. SERO

    54問 • 2年前
    Yves Laure Pimentel

    2. PRECIPITATION

    2. PRECIPITATION

    Yves Laure Pimentel · 38問 · 2年前

    2. PRECIPITATION

    2. PRECIPITATION

    38問 • 2年前
    Yves Laure Pimentel

    3. PASSIVE IMMUNODIFFUSION

    3. PASSIVE IMMUNODIFFUSION

    Yves Laure Pimentel · 17問 · 2年前

    3. PASSIVE IMMUNODIFFUSION

    3. PASSIVE IMMUNODIFFUSION

    17問 • 2年前
    Yves Laure Pimentel

    4. OUCHTERLONY

    4. OUCHTERLONY

    Yves Laure Pimentel · 15問 · 2年前

    4. OUCHTERLONY

    4. OUCHTERLONY

    15問 • 2年前
    Yves Laure Pimentel

    5. ELECTROPHORETIC TECHNIQUE

    5. ELECTROPHORETIC TECHNIQUE

    Yves Laure Pimentel · 9問 · 2年前

    5. ELECTROPHORETIC TECHNIQUE

    5. ELECTROPHORETIC TECHNIQUE

    9問 • 2年前
    Yves Laure Pimentel

    6. IMMUNOELECTROPHORESIS (DOUBLE DIFFUSION)

    6. IMMUNOELECTROPHORESIS (DOUBLE DIFFUSION)

    Yves Laure Pimentel · 11問 · 2年前

    6. IMMUNOELECTROPHORESIS (DOUBLE DIFFUSION)

    6. IMMUNOELECTROPHORESIS (DOUBLE DIFFUSION)

    11問 • 2年前
    Yves Laure Pimentel

    7. IMMUNOFIXATION ELECTROPHORESIS

    7. IMMUNOFIXATION ELECTROPHORESIS

    Yves Laure Pimentel · 29問 · 2年前

    7. IMMUNOFIXATION ELECTROPHORESIS

    7. IMMUNOFIXATION ELECTROPHORESIS

    29問 • 2年前
    Yves Laure Pimentel

    問題一覧

  • 1

    Which of the following refers to a positive H2S production result? a. Formation of red color b. Formation of yellow precipitate c. Formation of black precipitate d. Formation of blue color

    c. Formation of black precipitate

  • 2

    Which of the following is tested to identify the most common cause of otitis media? a. PYR test b. Optochin test c. CAMP test d. None of the above

    b. Optochin test

  • 3

    What might be the reason why Mycoplasma is not routinely detected using Grams stain? a. The organism exist almost exclusively within the host cell b. It lacks cell wall c. It has insufficient dimension to be resolved using light microcopy d. None of the above

    b. It lacks cell wall

  • 4

    Phenotypic properties used to classify bacteria include all the following, except: a. DNA relatedness b. Colonial morphology c. Biochemical properties d. Antibiotic resistance patterns

    a. DNA relatedness

  • 5

    Purpose of mordant in gram staining: a. Dye fixative b. Reinforcing stain c. Secondary stain d. Decolorizer

    a. Dye fixative

  • 6

    The Quebec colony counter uses ____ principle a. Phase-contrast b. Brightfield c. Darkfield d. None of these

    c. Darkfield

  • 7

    What is the typical loop used for urine cultures? a. 1 uL b. 10 uL c. 100 uL d. None of these

    a. 1 uL

  • 8

    Kept in a sterile, screw-top container: (1) BAL (2) BB (3) BW (4) Sputum a. 1, 2, 3, and 4 b. 1, 2, and 3 c. 1 and 2 d. 4 only

    a. 1, 2, 3, and 4

  • 9

    To read hemolytic reaction on a blood agar plate accurately, the technologist must hold the plate up to the light and observe light using: a. Natural light b. Transmitted light c. Full spectrum light d. None of these

    b. Transmitted light

  • 10

    To read hemolytic reaction on a blood agar plate accurately, the technologist must hold the plate up to the light and observe plate coming from: a. Above b. Behind c. Across d. None of these

    b. Behind

  • 11

    Incomplete or partial hemolysis; green or brown color surrounding the colony: a. Alpha hemolysis b. Beta hemolysis c. Gamma hemolysis d. Alpha prime hemolysis

    a. Alpha hemolysis

  • 12

    What might be the reason why human is not recommended as a source of blood in the preparation of blood agar? a. Ethical issues regarding the use of human secretion, excretion and material. b. Safety issues. c. Generally, blood harvested from animals such as sheep and rabbits allow for a robust growth. d. Human blood does not contain necessary growth factors required for bacterial growth.

    b. Safety issues

  • 13

    What is the most probable cause of a CaryBlair medium changing its color? a. Change in the pH b. Buffering capacity is overcome c. Contamination of the media d. None of the above

    b. Buffering capacity is overcome

  • 14

    Transport media for stool suspected of having V. cholerae: a. Stuart b. Amies c. Cary Blair d. Buffered glycerol

    c. Cary Blair

  • 15

    What make MSA a selective medium? a. Salt b. Mannitol c. Phenol red d. None of the above

    a. Salt

  • 16

    Typically, petri dishes are ______, to prevent condensation droplets (moisture buildup) from falling onto the surface of the agar. a. Passed over a flame b. Inverted c. Incubated d. None of the above

    b. Inverted

  • 17

    McFarland standards are prepared by mixing: a. 1% sulfuric acid and 1.175% barium chloride b. 2% sulfuric acid and 2% barium chloride c. 1% sulfuric acid and 2.175% barium chloride d. None of the above

    a. 1% sulfuric acid and 1.175% barium chloride

  • 18

    Pure cultures are grown or are prepared directly from agar plates to match the turbidity of ___ McFarland standard. a. 0.3 b. 0.4 c. 0.5 d. 0.6

    c. 0.5

  • 19

    The agar depth for disk diffusion testing must be held constant at: a. 2 mm b. 3 mm c. 4 mm d. 5 mm

    c. 4 mm

  • 20

    According to the Kirby-Bauer standard antimicrobial susceptibility testing method, what should be done when interpreting the zone size of a motile, swarming organism such as a Proteus species? a. The swarming should be ignored b. The results of the disk diffusion method are invalid c. The swarming area should be measured as the growth boundary d. The isolate should be retested after diluting to 0.05 McFarland standard.

    a. The swarming should be ignored

  • 21

    a. The organism is motile b. The organism is nonmotile

    b. The organism is nonmotile

  • 22

    a. The organism is motile b. The organism is nonmotile

    a. The organism is motile

  • 23

    Which of the following specimens would be best for identifying B. cereus as the cause of an outbreak of food poisoning? a. Blood b. Rectal swabs c. Stool samples d. Food

    d. Food

  • 24

    Responsible for the souring of milk: a. Lactobacillus acidophilus b. Streptococcus species c. Bacillus subtilis d. Serratia marcescens

    b. Streptococcus species

  • 25

    Forms spores, except: a. B. anthracis b. B. cereus c. B. subtilis d. B. fragilis

    d. B. fragilis

  • 26

    a. Filiform b. Arboscent c. Rhizoid d. Echinulate

    c. Rhizoid

  • 27

    Gram-negative diplococci with growth on CAP and BAP: a. N. meningitidis b. N. gonorrhoeae c. H. influenzae d. H. parainfluenzae

    a. N. meningitidis

  • 28

    Which organism would demonstrate a cherry red color in indole test: a. P. aeruginosa b. Staphylococcus c. Streptococcus d. Enterobacteriaceae

    d. Enterobacteriaceae

  • 29

    Not included in IMViC: a. Indole b. Methyl red c. Virulence d. Citrate

    c. Virulence

  • 30

    Which organism would demonstrate a cherry red color in indole test: a. P. aeruginosa b. Staphylococcus c. Streptococcus d. Enterobacteriaceae

    d. Enterobacteriaceae

  • 31

    A sputum culture from an alcoholic seen in the ER grows gray, mucoid, stringy colonies on sheep blood agar. The isolate grows readily on MacConkey agar and forms mucoid, dark pink colonies. The colonies yield the following test results: ONPG POSITIVE Indole NEGATIVE Glucose POSITIVE Oxidase NEGATIVE Citrate POSITIVE VP POSITIVE The organism is most likely: a. Edwardsiella tarda b. Klebsiella pneumoniae c. Escherichia coli d. Proteus vulgaris

    b. Klebsiella pneumoniae

  • 32

    >100, 000 CFU/mL of a gram-negative bacilli were isolated on MacConkey from a urine specimen. Biochemical results are as follow: Glucose Acid, gas produced Indole positive Urea Positive PDA Positive H2S Positive The organism is most likely: a. Morganella morganii b. Proteus mirabilis c. Proteus vulgaris d. Providencia stuartii

    c. Proteus vulgaris

  • 33

    >100, 000 CFU/mL of a gram-negative bacilli were isolated on MacConkey from a urine specimen. Biochemical results are as follow: Glucose Acid, gas produced Indole Negative Urea Positive PDA Positive H2S Positive The organism is most likely: a. Morganella morganii b. Proteus mirabilis c. Proteus vulgaris d. Providencia stuartii

    b. Proteus mirabilis

  • 34

    A 64-year-old male with lymphoma has a positive blood culture at 18 hours incubation. The organism is a nonlactose fermenting gram-negative bacillus on MacConkey agar. Further testing gives the following reactions: Oxidase NEGATIVE TSI Alkaline/acid, no hydrogen sulfide Motility POSITIVE Indole POSITIVE Citrate POSITIVE Ornithine decarboxylase NEGATIVE Urea POSITIVE Phenylalanine deaminase POSITIVE VP NEGATIVE The genus is: a. Morganella b. Proteus c. Providencia d. Serratia

    c. Providencia

  • 35

    IMViC pattern of E. coli: a. + + - - b. - - + + c. + - + - d. - + - +

    a. + + - -

  • 36

    What is the classification of Actinomyces? a. Gram-positive aerobic bacilli b. Gram-positive anaerobic bacilli c. Gram-negative aerobic bacilli d. Gram-negative anaerobic bacilli

    b. Gram-positive anaerobic bacilli

  • 37

    Which of the following is an incorrect match? a. L. interrogans: Kissing b. R. prowazekii: transmitted lice c. C. burnetti: Aerosols d. O. tsutsugamushi: mites and chiggers

    a. L. interrogans: Kissing

  • 38

    C. tetani spores: a. Round, terminal b. Round, central c. Oval, subterminal d. Oval, terminal

    a. Round, terminal

  • 39

    Which of the following is the vector of R. prowazekii? a. Mites b. Chiggers c. Flea d. Lice

    d. Lice

  • 40

    Which of the following is the vector of Y. pestis? a. Xenopsylla cheopis b. Ixodes scapularis c. Reduviid bugs d. Aedes aegypti

    a. Xenopsylla cheopis

  • 41

    Culture of a finger wound specimen from a meat packer produced gram positive bacilli on a blood agar plate with no hemolysis. Given the following test results at 48 hours, what is the most likely identification? Catalase= NEGATIVE Motility (wet prep) = NEGATIVE Motility (media) =NEGATIVE H2S = POSITIVE a. L. monocytogenes b. E. rhusiopathiae c. B. cereus d. None of the above

    b. E. rhusiopathiae

  • 42

    Alcaligenes faecalis (formerly A. odorans) is distinguished from Bordetella bronchiseptica with which test? a. Urease (rapid) b. Oxidase c. Motility d. All of the above

    a. Urease (rapid)

  • 43

    What causes Mycobacterium tuberculosis to stain positive with acid fast stains? a. Presence of thick cell wall b. Presence of chitin c. Presence of mycolic acid d. Presence of abundant polysaccharide capsule

    c. Presence of mycolic acid

  • 44

    What is the principle of Xpert MTB/RIF assay used to detect MTB resistance to rifampin? a. Colorimetric b. Disk diffusion testing c. NAAT d. IGRAs

    c. NAAT

  • 45

    Which of the following is a blood test that can aid diagnose M. tuberculosis infection? This test can detect latent TB infection. a. NAAT b. IGRAs c. EIA d. None of these

    b. IGRAs

  • 46

    In the central dogma of molecular biology, genetic information flows only in one direction, from DNA to RNA, RNA to: a. Lipids b. Carbohydrates c. DNA d. Protein

    d. Protein

  • 47

    Which of the following bacteria should be considered important pathogens when reading gramstained smears of soft tissue abscess? a. Streptococcus pneumoniae b. Neisseria gonorrhoeae c. Pseudomonas aeruginosa d. Staphylococcus aureus

    d. Staphylococcus aureus

  • 48

    Within 5 hours of returning home from lunch at your most favorite fast-food restaurant you feel very sick and are vomiting. Which of the following is the most likely causative organism? a. Staphylococcus aureus b. Vibrio parahaemolyticus c. Shigella sonnei d. Escherichia coli

    a. Staphylococcus aureus

  • 49

    Profuse watery diarrhea (“rice water stools”), leading to dramatic fluid loss, severe dehydration, and hypotension that frequently leads to death, is the hallmark of which toxin activity? a. Cholera toxin b. Enteric endotoxin c. Shiga toxin d. Toxin A

    a. Cholera toxin

  • 50

    The best specimen for the isolation of Bordetella pertussis is which of the following? a. Throat swabs b. Sputum c. Nasopharyngeal aspirates d. Anterior nose swab

    c. Nasopharyngeal aspirates

  • 51

    Organisms belonging to the genus Brucella are best described by which of the following statements? a. Gram-positive diplococci b. Gram-positive diphtheroid bacilli c. Gram-negative coccobacilli d. Gram-negative bacilli

    c. Gram-negative coccobacilli

  • 52

    Which organism is associated with the disease Melioidosis? a. Burkholderia ralstonia b. Burkholderia pseudomallei c. Burkholderia mallei d. Burkholderia cepacia

    b. Burkholderia pseudomallei

  • 53

    Differentiation of Stenotrophomonas maltophilia and Burkholderia cepacia is best accomplished by which of the following tests? a. Oxidase test b. Maltose and glucose medium c. Tyrosine-enriched heart infusion agar d. Growth at 42 C

    a. Oxidase test

  • 54

    Which of the following sets of results represent the most common reactions for Moraxella catarrhalis when tested in CTA sugar tubes? a. Glucose: Negative; Maltose: Negative; Lactose: Negative; Sucrose: Negative b. Glucose: Positive; Maltose: Negative; Lactose: Negative; Sucrose: Negative c. Glucose: Positive; Maltose: Positive; Lactose: Negative; Sucrose: Negative d. Glucose: Positive; Maltose: Negative; Lactose: Positive; Sucrose: Negative

    a. Glucose: Negative; Maltose: Negative; Lactose: Negative; Sucrose: Negative

  • 55

    A gram-negative bacillus with bipolar staining was isolated from a wound infection caused by a bite from a pet cat. The following characteristic were seen: Oxidase Positive Glucose OF Fermentative Catalase Positive Motility Negative MacConkey No growth Which of the following is the most likely organism? a. Pseudomonas aeruginosa b. Pasteurella multocida c. Aeromonas hydrophilia d. Vibrio cholerae

    b. Pasteurella multocida

  • 56

    a. BSC I b. BSC II c. BSC III d. None of the above

    a. BSC I

  • 57

    Paramecia are completely covered with _____that beat rhythmically to propel them and to direct bacteria and other food particles into their mouths. a. Flagella b. Pseudopodia c. Cilia d. None of the above

    c. Cilia

  • 58

    This gametocyte belongs to: a. P. vivax b. P. ovale c. P. malariae d. P. falciparum

    d. P. falciparum

  • 59

    Refer to the following image: The egg depicted above is most likely to be found in children suffering from: a. diarrhea b. constipation c. perianal itching d. stomach pain

    c. perianal itching

  • 60

    Eggs of pinworm can be found in: a. Stool b. Perianal region c. Blood d. None of the above

    b. Perianal region

  • 61

    Trichuris trichiura is also known as: a. Pinworm b. Whipworm c. Hookworm d. Threadworm

    b. Whipworm

  • 62

    Refer to the following image: The egg depicted above is most likely to be found in stool of patients with: a. N. americanus b. T. trichiura c. A. lumbricoides d. S. stercoralis

    b. T. trichiura

  • 63

    The egg depicted above is most likely to be found in stool of patients with: a. N. americanus b. T. trichiura c. A. lumbricoides d. S. stercoralis

    c. A. lumbricoides

  • 64

    Ova recovered from the stool are routinely used to diagnose infections caused by all of the following, except: a. N. americanus b. A. lumbricoides c. T. trichiura d. S. stercoralis

    d. S. stercoralis

  • 65

    Migration of newly hatched larvae from the anal skin back into the rectum (CDC): a. Retroinfection b. Autoinfection c. Hyperinfection d. None of the above

    a. Retroinfection

  • 66

    In Strongyloides stercoralis life cycle, rhabditiform larvae in the gut become infective filariform larvae that can penetrate either the intestinal mucosa or the skin of the perianal area, resulting in: a. Retroinfection b. Autoinfection c. Hyperinfection d. None of the above

    b. Autoinfection

  • 67

    Leaflike, unsegmented and monoecious: a. Trematode b. Cestode c. Nematode d. Protozoa

    a. Trematode

  • 68

    Which parasite has been closely associated with cholangiocarcinoma? a. P. westermani b. Fasciolopsis buski c. H. heterophyes d. C. sinensis

    d. C. sinensis

  • 69

    What is the mode of transmission for P. westermani? a. Ingestion of raw or undercooked crabs b. Ingestion of freshwater snail c. Ingestion snail d. Ingestion of water chestnut

    a. Ingestion of raw or undercooked crabs

  • 70

    The egg depicted above is most likely to be found among patients with: a. S. japonicum b. S. haematobium c. S. mansoni d. S. stercoralis

    c. S. mansoni

  • 71

    What is the start of trematode life cycle? a. Egg b. Sporocyst c. Miracidia d. Cercaria

    a. Egg

  • 72

    The only known human tapeworm with an operculated ova is: a. D. latum b. H. nana c. G. lamblia d. S. haematobium

    a. D. latum

  • 73

    In T. solium infection, man serves as: a. Definitive host b. Intermediate host c. Both definitive and intermediate host d. Accidental host

    c. Both definitive and intermediate host

  • 74

    If the ova of this parasite are ingested by humans, the oncosphere form can migrate through the body via the bloodstream, resulting in the condition known as cysticercosis. a. T. solium b. E. histolytica c. H. nana d. C. sinensis

    a. T. solium

  • 75

    Objective used to ID organisms in trichromestained smears: a. LPO b. HPO c. OIO d. None of the above

    c. OIO

  • 76

    The preservative to be employed with trichrome stain is: a. Formalin b. Alcohol c. PVA d. Saline

    c. PVA

  • 77

    An Entamoeba histolytica trophozoite has the following characteristics: a. Central karyosome in the nucleus, ingested RBCs, and clear pseudopodia b. Ingested RBCs, clear pseudopodia, and uneven chromatin on the nuclear membrane c. Ingested RBCs, clear pseudopodia, and large glycogen vacuoles in cytoplasm d. Large, blotlike karyosome, ingested white blood cells (WBCs), and granular pseudopods

    a. Central karyosome in the nucleus, ingested RBCs, and clear pseudopodia

  • 78

    An MLS finds an E. coli cyst on a wet mount of a fresh stool specimen. Which of the following should be done? a. Request a second specimen b. Look for additional E. coli cysts c. Examine the remaining area of the wet preparation d. Generate a final report

    c. Examine the remaining area of the wet preparation

  • 79

    Which of the following parasites have migration through the lungs as part of their lifecycle? a. Necator americanus, Ancylostoma duodenale, Strongyloides stercoralis b. Giardia lamblia, Wuchereria bancrofti, Brugia malayi c. Enterobius vermicularis, Trichuris trichiura, Trichinella spiralis d. Toxocara canis, Toxoplasma gondii, Blastocystis hominis

    a. Necator americanus, Ancylostoma duodenale, Strongyloides stercoralis

  • 80

    Necator americanus rhabditiform larvae can be differentiated from Strongyloides stercoralis rhabditiform larvae by: a. Length of the notched tail b. Length of the head region c. Segmentation d. Size of the genital primordium

    d. Size of the genital primordium

  • 81

    Immunoassays can be used in detecting which parasite? a. Malaria b. Trichuris c. Ascaris d. None of the above

    a. Malaria

  • 82

    Eating poorly cooked pork can lead to an infection with: a. Taenia solium and Trichinella spiralis b. Taenia saginata and Hymenolepis nana c. Trichuris trichiura and Hymenolepis diminuta d. Diphyllobothrium latum and Ascaris lumbricoides

    a. Taenia solium and Trichinella spiralis

  • 83

    Trophozoite forms of amoebae are found in what type of stool specimen? a. Formed b. Loose c. Soft d. Watery

    d. Watery

  • 84

    Which preservation method is most suitable and the most widely used for subsequent fixed smear preparation? a. Formalin-ethyl acetate b. PVA c. Trichrome d. MIF

    b. PVA

  • 85

    What is the reason why B. fragilis is resistant to penicillin? a. Production of capsule b. Production of beta-lactam ring c. Production of beta-lactamase d. None of the above

    c. Production of beta-lactamase

  • 86

    Which of the following tests uses Kovac’s reagent? a. Indole production test b. Methyl red test c. Voges Proskauer test d. Citrate utilization test

    a. Indole production test

  • 87

    Which of the following is not a BSL-1 organism? a. Serratia marcescens b. Staphylococcus aureus c. Bacillus subtilis d. Staphylococcus epidermidis

    b. Staphylococcus aureus

  • 88

    The schizogony life cycle of Plasmodia occurs in which of the following host? a. Definitive host b. Intermediate host c. Accidental host d. None of the above

    b. Intermediate host

  • 89

    A college student attended a beach party where raw oysters and other shellfish were consumed. The next day, he had symptoms of septicemia. The blood cultures grew gram-negative bacilli with the following characteristics: Oxidase Positive MacConkey agar -Pink colonies O/129 (150ug) Susceptible The most likely organism is: a. Aeromonas hydrophila b. Pseudomonas putida c. Serratia marcescens d. Vibrio vulnificus

    d. Vibrio vulnificus

  • 90

    An aerobic, gram-negative coccobacillus was isolated on Bordet-Gengou agar from a nasopharyngeal swab 48 hours after culture from a 6- month-old infant with suspected pertussis. The organism exhibited the following characteristics: MacConkey agar No growth Urea Negative at 4 hours, positive at 24 hours Oxidase Negative Catalase Positive The most probable identification is: a. Moraxella lacunata b. Pasteurella ureae c. Bordetella pertussis d. Bordetella parapertussis

    d. Bordetella parapertussis

  • 91

    While swimming in a lake near his home, a young boy cut his foot, and an infection developed. The culture grew a nonfastidious gram-negative, oxidase positive, beta-hemolytic, motile bacilli that produced deoxyribonuclease. The most likely identification is: a. Enterobacter cloacae b. Serratia marcescens c. Aeromonas hydrophila d. Escherichia coli

    c. Aeromonas hydrophila

  • 92

    The protein coat that surrounds the nucleic acid of a virion is called which of the following? a. Capsomere b. Capsid c. Capsule d. Nucleocapsid

    b. Capsid

  • 93

    Prions are best described by which of the following? a. Infectious viral RNA without capsid proteins b. Infectious protein with no associated nucleic acid c. Infectious viral DNA without capsid proteins d. Nonenveloped virus highly resistant to heat and chemical inactivation

    b. Infectious protein with no associated nucleic acid

  • 94

    Which of the following viruses are thought to predominately cause gastroenteritis? a. Hepadnaviruses b. Filoviruses c. Noroviruses d. Arboviruses

    c. Noroviruses

  • 95

    Which of the following groups contains the SARS virus? a. Calicivirus b. Coronavirus c. Flavivirus d. Filovirus

    b. Coronavirus

  • 96

    Which of the following is the specimen of choice for detecting rotavirus? a. Throat swab b. Urine sample c. Bronchoalveolar wash d. Feces sample

    d. Feces sample

  • 97

    The test of choice and most sensitive assay for use with CSF to diagnose aseptic meningitis caused by enterovirus is which of the following? a. Cell culture b. PCR c. Antigenemia immunoassay d. Shell vial assay

    b. PCR

  • 98

    In the lactophenol cotton blue, fungal spores, hyphae, and fruiting structures of fungi stain ____ while the background stains pale blue. a. White b. Red c. Blue d. Gray

    c. Blue

  • 99

    Nutrient media suitable for cultivation of fungi: a. BAP b. CAP c. MAC d. SDA

    d. SDA

  • 100

    The most likely identification of this yeast is: a. Candida tropicalis b. Candida krusei c. Candida albicans d. Candida glabrata

    c. Candida albicans