protists 3 Flashcards

1
Q

alveolata taxonomy

A

kingdom- protistis
class- sar- eukaryotes
order- alveolata

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2
Q

sar taxonomy

A

kingdom- protistis

class- sar- eukaryotes

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3
Q

alveolata id

A
  • trilaminar membrane (pellicle)

- ext surface covered with alveoli (flattened membranous bubbles)

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4
Q

ciliates taxonomy

A

kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- ciliates

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5
Q

ciliates id

A
  • macro and micro nucleus
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6
Q

balantidium coli taxonomy

A

kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- ciliates

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7
Q

balantidium coli host

A
  • pig and rat

- humans, dogs, horses, gorillas

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8
Q

balantidium coli id

A

very large

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9
Q

balantidium coli transmission

A

oral uptake of cysts

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10
Q

balantidium coli organ effected

A

cecum and colon

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11
Q

balantidium coli pathogenicity

A

usually harmless

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12
Q

apicomplexa taxonomy

A

kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- apicomplexa

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13
Q

apicomplexa groups

A
  • colpodellida
  • conoidasida
  • aconoidasida
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14
Q

conoidasida contains

A
  • gregarinasina

- coccidiasina

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15
Q

aconoidasida contains

A
  • haemospororida

- piroplasmorida

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16
Q

apicompexa- conoidasid taxonomy

A
kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- apicomplexa
group- conoidasida
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17
Q

apicompexa- conoidasid movement

A
  • movement of alveoli provide gliding motility (outer layers of men roll from front to back like thread on a tank)
  • all have apical complex
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18
Q

apicompexa forms

A
  • zoite
  • sporozoites
  • meroziotes
  • schizozoites
  • tachyzoites
  • bradyzoites
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19
Q

zoite

A

fx unit (cigar shaped cell, migrates in host and invades cells, beginning and end of cycle)

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20
Q

sporozoites

A
  • infective forms found in sporulated oocysts

- result of reduction division bc of fusion of gamates

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21
Q

merozoites or schizozoites

A

sporozoites invade host cells and form merozoites or schiozozoites through multiple internal fission called schizogony

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22
Q

tachyzoites

A

divide rapidly

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23
Q

bradyzoites

A

divide slowly

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24
Q

apicomplexa- conoidasida dx

A
  • dx is present where schizonts multiply
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25
Q

apicomplexa conoidasida what type of parasites

A

parasites of cells (usually intracellular) -> obligate parasites

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26
Q

gregarinasina taxonomy

A
kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- apicomplexa
group- conoidasida
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27
Q

gregarinasina host

A

invertebrates

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28
Q

gregarinasina relationship to host cell

A

primitive so large they don’t enter cell -> inside cell membrane but not in cytoplasm so cell doesn’t know they’re there when they die

  • myzocytosis
  • attach to cells via feeding organelle
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29
Q

gregarinasina life cycle

A
  • have sex (haploid until they fuse, sex in host, cyst in environment)
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30
Q

gregarinasina organ effected

A

intestinal tract

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31
Q

cryptosporidium homminis taxonomy

A
kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- apicomplexa
group- conoidasida
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32
Q

cryptosporidium homminis host

A

humans

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33
Q

cryptosporidium homminis life cycle

A

Oocyst ingested -> Sporozoite in body -> Trophozoite when penetrate cell -> Asexual repro to make merozoite -> Sex to form type II meront -> Undiff gamont becomes macro & micro -> Zygote

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34
Q

cryptosporidium homminis transmission

A

cysts from water in environment and food

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35
Q

cryptosporidium homminis organ effected

A

intestines

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36
Q

cryptosporidium homminis grows where

A

only in animals

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37
Q

cryptosporidium homminis see infections when

A

most infections in summer b/c thats when everyone is swimming

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38
Q

cryptosporidium parvum taxonomy

A
kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- apicomplexa
group- conoidasida
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39
Q

cryptosporidium parvum host

A
  • humans
  • calves
  • lambs
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40
Q

cryptosporidium parvum lifecycle

A

Thin wall oocyst stays in host causing auto-infection & thick wall oocyst exits (pop out of cyst & penetrate intestinal mucosa)
- Oocyst -> Sporocyst -> Sporozoite ->Merozoite (trophozoite) -> Schizont (meront) -> Schizozoite (go b/w last 2, 3 times over and over) ->Gamonts (macro & micro) -> Fert of macro by micro -> Zygote

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41
Q

cryptosporidium parvum transmission

A

cysts from environment

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42
Q

cryptosporidium parvum organ infected

A

intestines

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43
Q

cryptosporidium parvum grows where

A

only grows in animals

44
Q

cryptosporidium parvum infections occur when

A

summer bc thats when everyone goes swimming

45
Q

cryptosporidium closely related to who

A
  • gregarines

- this = why almost all anticoccidials and antimalarials = inadequate in controlling this parasite

46
Q

cryptosporidium is what kind of dx

A

REPORTABLE

47
Q

apicomplexan life stages

A

oocyte -> sporocyst (if present) -> sporozoites -> may more may not become a cystozoite -> merozoite (toxoplasma tachyzoites and bradyzoites) -> schizont -> schizozoites -> macrogamont and microgamont -> fertalization of macrogamete by microgamete -> zygote

48
Q

coccidiasina taxonomy

A
kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- apicomplexa
group- coccidiasina
49
Q

coccidiasina host

A

sometimes use blood feeding arthropods as host

50
Q

coccidiasina lifecycle

A

rigid sequence of asesual and sexual phases of multiplication and development

51
Q

coccidiasina transmission

A

fecal contamination

52
Q

coccidiasina what kind of parasite

A

obligate intracell parasites that destroy host cells

53
Q

eimeria taxonomy

A
kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- apicomplexa
group- coccidiasina
54
Q

eimeria hosts

A
  • food animals
  • mainly naive ones
  • host specific
55
Q

eimeria id

A

4 sporocysts w/ 2 sporozoites each

56
Q

eimeria transmission

A

oocytes can build up in coil

57
Q

eimeria organ effeted

A

intestines, site specific, only certain portions

58
Q

eimeria dx

A

-dx of crowding the more you ingest the worse it is

59
Q

eimeria bovis taxonomy

A
kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- apicomplexa
group- coccidiasina
60
Q

eimeria bovis host

A

cattle

61
Q

eimeria bovis transmission

A

cysts ingested

62
Q

eimeria bovis organ effected

A

large intestine w/ 1st generation schizont in small intestine

63
Q

eimeria zuernii taxonomy

A
kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- apicomplexa
group- coccidiasina
64
Q

eimeria zuernii host

A

cattle

65
Q

eimeria zuernii transmssion

A

cysts ingested

66
Q

eimeria zuernii dx

A
  • bloody d+

- severe damage to mucosal surface can -> chronic dx

67
Q

eimeria most pathogenic form (nastiest)

A

eimeria zuernii

68
Q

eimeria tenella taxonomy

A
kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- apicomplexa
group- coccidiasina
69
Q

eimeria tenella host

A

chickens

70
Q

eimeria tenella lifecycle

A

Oocyst wall crushed in gizzard & sporozoites released -> Enter intestinal mucosa -> Repro -> Zygote matures into oocyst -> Shed in feces

71
Q

eimeria tenella organ effected

A

cecum

72
Q

eimeria tenella dx

A
  • bloody d+

- death

73
Q

eimeria tenella immunity

A

if survive immune forever

74
Q

eimeria necatrix taxonomy

A
kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- apicomplexa
group- coccidiasina
75
Q

eimeria necatrix host

A

chickens

76
Q

eimeria necatrix life cycle

A

Oocyst wall crushed in gizzard & sporozoites released -> Enter intestinal mucosa -> Repro -> Zygote matures into oocyst -> Shed in feces

77
Q

eimeria necatrix organ effected

A

small intestine

78
Q

eimeria necatrix dx

A
  • bloody d+

- death

79
Q

eimeria necatrix immunity

A

if survive immune forever

80
Q

eimeria gilruthi taxonomy

A
kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- apicomplexa
group- coccidiasina
81
Q

eimeria gilruthi host

A

sheep and goats

82
Q

eimeria gilruthi organ effected

A

ct and mm of abomasa wall

83
Q

eimeria gilruthi id

A

visible to naked eye

84
Q

eimeria macusaniensis taxonomy

A
kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- apicomplexa
group- coccidiasina
85
Q

eimeria macusaniensis host

A
  • llamas especially crias
86
Q

eimeria leuckarti taxonomy

A
kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- apicomplexa
group- coccidiasina
87
Q

eimeria leuckarti host

A

horses

88
Q

eimeria leuckarti organ effected

A

only enteric coccidian in horses

89
Q

eimeria leuckarti dx

A

not as severe as other species

90
Q

eimeria leuckarti pathogenicity

A

non pathogenic

91
Q

eimeric debliecki taxonomy

A
kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- apicomplexa
group- coccidiasina
92
Q

eimeric debliecki host

A

pigs

93
Q

eimeria stiedae taxonomy

A
kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- apicomplexa
group- coccidiasina
94
Q

eimeria stiedae host

A

rabbits

95
Q

eimeria macusaniensis (camelids) id vs eimeria species from cammels

A

camel is rounder than camelid ones

96
Q

eimeria macusaniensis (camelids) id vs eimeria species from cammels

A

camel is rounder than camelid ones

97
Q

eimeria stiedae taxonomy

A
kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- apicomplexa
group- coccidiasina
98
Q

eimeria stiedae host

A

rabbits

99
Q

eimeria stiedae organ effected

A

mucosa of bile duct

100
Q

eimeria stiedae dx

A
  • fatal in young rabbits
  • bile duct hyperplasia
  • liver lesions
101
Q

klosiella equi

A
kingdom- protistis
class- sar- eukaryotes
order- alveolata
family- apicomplexa
group- coccidiasina
102
Q

klosiella equi host

A

horses

103
Q

klosiella equi transmission

A

shed in urine

104
Q

klosiella equi organ effected

A
  • bowman’s capsule endothelium

- loop of henle epithelium

105
Q

klosiella equi pathogenicity

A

non pathogenic

106
Q

klosiella equi histology

A

characteristic rosettes on histo