Quicker Mod 7 Flashcards
1
Q
What is a disease?
pg 2
A
2
Q
Bacteria characteristics
pg 2/3
A
3
Q
bacteria mode of transmission
pg 3
A
4
Q
bacteria example
pg 3
A
5
Q
fungi characteristics
pg 3
A
6
Q
fungi modes of transmission
pg 4
A
7
Q
fungi example
pg 4
A
8
Q
Protozoa characteristics
pg 4
A
9
Q
protozoa modes of transmission
pg 4
A
10
Q
protozoa example
pg 4
A
11
Q
viruses characteristics
pg 5
A
12
Q
viruses modes of transmission
pg 5
A
13
Q
virus example
pg 5
A
14
Q
Prions characteristics
pg 6
A
15
Q
Prions mode of transmision
pg 6
A
16
Q
Prions example
pg 6
A
17
Q
Ectoparasities characteristics
pg 6
A
18
Q
Ectoparasities types
pg 6/7
A
19
Q
Ectoparasities examples
pg 7
A
20
Q
Endoparasities characteristics
pg 7
A
21
Q
Endoparasities types
pg 7
A
22
Q
Endoparasities examples
pg 7
A
23
Q
epidemic endemic, outbreak, pandemic, factors must be present for disease
pg 8
A
24
Q
Equine influenza epidemic
(pathogen, transmission, management, preventative measures, control measures)
pg 9
A
25
Equipment for microbial testing (and which need a risk assess)
pg 9
food samples, agar plates, inoculating loop, bunsen, heat mat pippete, matches, methylated spirits, hospitial grade disinfectant
agar plates, bunsen burner, methylates spirits, hospital grade disinfectant
26
Procedure for microbial testing
pg 10
27
Reliability, validity of microbial testing
pg 10
28
Direct transmission (and examples)
pg 11
29
indirect transmission (and examples)
pg 11
30
Vector transmission (and example)
pg 11
31
Koch experiment
pg 12
32
Koch's postulates
pg 12
33
Pasterus swan neck flask experiment
pg 12
34
Pasteur's vaccination development
pg 12
35
Pasteur's microbial identification
pg 12
36
Panama plant disease
(mode of transmission, effect, distribution)
pg 14/15
37
panama plant disease (prevent/control, effects on agrculture/economy)
pg 15
38
Foot and mouth animal disease (cause, transmission, effect, distribution)
pg 14
39
Foot and mouth animal disease (prevention/control, effects on agriculture/economy)
pg 14
40
Fungi: mechanisms for infection
pg 16
41
Bacteria: mechanisms for infection
pg 16
42
Bacteria: fire blight
pg 16
43
Prion adaption
pg 18
44
Virus adaption (adhesion, invasion)
pg 18
45
Bacteria adaption (adhesion, invasion)
pg 19
46
Protozoa adaption
pg 19
47
Fungi adaption (adhesion, invasion)
pg 19
48
Macroparasite adation (two examples)
pg 19
49
Adaptions (airborne)
pg 20
50
Adaptions (waterborne)
pg 20
51
Adaptions (faeco-oral)
pg 20
52
Adaptions (vector-borne)
pg 20
53
Adaptions (sexual transmission)
pg 20
54
Plant physical barriers (examples)
pg 21
55
Plant chemical barriers (examples)
pg 21
56
Plant Active defence: pathogen recognition
pg 21
57
Plant Active defence: Rapid active response
pg 21
58
Plant Active defence: delayed active response
pg 22
59
Fungal pathogens (plant, disease, pathogen, symtoms, response of plant)
pg 22
60
Viral pathogens (plant, disease, pathogen, symptoms, response of plant)
pg 22
61
Lines of defence (animals)
pg 23
62
Types of leukocytes
pg 23
63
Lymphatic system pg 23
64
Physical barriers: skin
pg 24
65
Physical barriers: mucous membrane
pg 24
66
Physical barriers: mucus
pg 24
67
Chemical barriers: urine
pg 25
68
Chemical barriers: sebum and sweat
pg 25
69
Chemical barriers: salivia
pg 25
70
Chemical barriers: tears
pg 25
71
Second line of defence: inflammation
pg 26
72
Second line of defence: phagocytosis
pg 26
73
Second line of defence: apoptosis
pg 26
74
Cytokines
pg 27
75
Innate vs adaptive immune systems
pg 27
76
Adaptive immune system
pg 28
77
T-lymphocytes (with types)
pg 29
78
B- Lymphocytes (with types)
pg 29
79
Antibodies
pg 29
80
humoural response (general)
pg 30
81
Humoral response process pg 30
82
Cell mediated immunity
pg 30
83
Local factors of disease monitering
pg 34
84
Regional factors of disease monitering
pg 34
85
Global factors of disease monitering
pg 34
86
COVID 19 factors for disease monitering (local, regional, global)
pg 35
87
Personal hygiene
pg 35/36
88
Community hygiene
pg 35/36
89
Quarantine (general, animal, plant, human)
pg 36
90
Vaccinations (general)
pg 37
91
Vaccinations (active acquired immunnity)
pg 37
92
Vaccinations (passive acquired immunity)
pg 37
93
Public health campaigns
pg 37
94
use of pesticides
pg 38
95
Genetic engineering
pg 38
96
Antivirals (description, how they work)
pg 38/39
97
Antivirals (effectiveness)
pg 38/39
98
Antibiotics (description)
pg 39
99
Antibiotics (effectiveness)
pg 39
100
Ebola epidemic (quarantine methods)
pg 40
101
Ebola epidemic (disposal of human faeces, other organic waste manageent)
pg 40
102
Ebole epidemic (water management and site drainage, reducing wildlife to human transmission)
pg 40
103
Calculating incidence
pg 41
104
Calculating prevalence
pg 41
105
Dengue fever (description, incidence)
pg 41
106
Dengue fever (prevelence)
pg 41
107
Historical stratergies for predicting and contorlling spread of disease
pg 41/42
108
Culturally diverse stratergies for predicting and controlling disease spread
pg 42
109
Current stratergies for predicting and controlling disease spread
pg 42
110
Bush medicine (examples)
pg 43
111
Smoke bush in WA
pg 43
