問題一覧
1
Dying
2
batangas
3
Mycosphaerella fijiensis
4
Eukaryotic
5
Heterokaryon
6
toxins
7
Bacillus
8
Fasciation
9
Serial dilution
10
bacteria
11
seedling elongation
12
Fungi blocks water and nutrient uptake in the vascular system
13
Due to the presence of RTSV in infected plants
14
true
15
virulence
16
The presence of bacterial flagellum for motility
17
Absence of capsid protein
18
Its spore germination results in filamentous colonies
19
Tolerance
20
physical control
21
Rouging of virus-infected plants
22
Negligible decrease in the rate of disease spread
23
the virus into the crop at all stages of the crop
24
2nd stage juvenile
25
The microorganism must be re-isolated from the inoculated, diseased individual and matched to the original microorganism
26
freezing injury
27
relatively fast appearance of severe symptoms
28
stranded RNA alone with short bases
29
It would be enough to control only Pratylenchus
30
giant cells
31
syncytia
32
A known non-spore forming fungus
33
Rhizoctonia solani
34
They are rich in teichoic acid
35
It allows determination of nucleic acid base sequencing of the virus
36
Compatible bacteria exchange plasmids through sex pilus
37
None of the above
38
None of the following
39
compatible
40
R genes are generally dominant
41
Avr genes - present in pathogens - no infection
42
This has 2 parts - pathogenesis and saprogenesis
43
A fungal spore dispersed by wind then lodged at the surface of the host plants leaf
44
production of endospores
45
Endospore
46
survival structures - Rhizocionia solant
47
Slow disease incidence rate
48
Serratia marsecens
49
Puccinia coronate
50
Soils with pH of 5
51
Reduction of plant's photosynthetic capacity
52
Ustilago maydis is able to produce indole-3-acetic acid efficiently from tryptophan
53
HC toxin
54
Helminthosporium carbonum - HC toxin
55
Presence of glandular hairs secrete alkaloids
56
Saponins
57
SA pathway
58
Localized plant cell death at the site of inoculation
59
All of the above
60
Powdery mildew - compound interest
61
Disease incidence
62
Disease incidence
63
Plant disease prevalence
64
To properly guide farmers in making decisions on plant disease control
65
Eradication
66
Mulching
67
Multiline varieties
68
Barako
69
asexual spores
70
binary fission
71
deoxyribonucleic acid
72
Cell membrane
73
xanthomonas
74
anthracnose
75
human beings
76
De Bary
77
migratory ectoparasite
78
Prevention
79
Suppresses the multiplication of nematodes
80
Very infectious and cause mosaic/mottle symptoms
81
movement out of the vascular tissue into the parenchyma of an invaded leaf
82
Eggs
83
beetles
84
smaller than the poresize of bacterial filters
85
is lost after molting of the vector
86
black heart of potato
87
Ethylene
88
bacterial wilt of tomato
89
tobacco mosaic
90
comparison of yield between different varieties without disease
91
Victorin
92
Pathogenesis-related proteins
93
Exclusion
94
vertical resistance
95
immunity
96
Production of profuse EPS which clogs the xylem vessels of the host
97
Abaca bunchy top
98
hermaphroditic
99
virulence
100
Fertilizer burn
単位認定試験 生物基礎
単位認定試験 生物基礎
ユーザ名非公開 · 45問 · 1ヶ月前単位認定試験 生物基礎
単位認定試験 生物基礎
45問 • 1ヶ月前INTRODUCTION TO MYCOLOGY MCQ
INTRODUCTION TO MYCOLOGY MCQ
Jef Marc Valencia · 32問 · 4ヶ月前INTRODUCTION TO MYCOLOGY MCQ
INTRODUCTION TO MYCOLOGY MCQ
32問 • 4ヶ月前LESSON 3
LESSON 3
Geneva Pahil · 71問 · 4ヶ月前LESSON 3
LESSON 3
71問 • 4ヶ月前LEUKOPOIESIS II AND MONOPOIESIS MCQ
LEUKOPOIESIS II AND MONOPOIESIS MCQ
Jef Marc Valencia · 39問 · 4ヶ月前LEUKOPOIESIS II AND MONOPOIESIS MCQ
LEUKOPOIESIS II AND MONOPOIESIS MCQ
39問 • 4ヶ月前Clearance
Clearance
Almira Coleen · 24問 · 4ヶ月前Clearance
Clearance
24問 • 4ヶ月前LYMPHOPOIESIS
LYMPHOPOIESIS
Jef Marc Valencia · 44問 · 4ヶ月前LYMPHOPOIESIS
LYMPHOPOIESIS
44問 • 4ヶ月前Types of Microorganisms and Their Characteristics
Types of Microorganisms and Their Characteristics
HERSHEY VALERIE BERNARDINO · 39問 · 4ヶ月前Types of Microorganisms and Their Characteristics
Types of Microorganisms and Their Characteristics
39問 • 4ヶ月前MYCOLOGY PROPER
MYCOLOGY PROPER
Jef Marc Valencia · 71問 · 4ヶ月前MYCOLOGY PROPER
MYCOLOGY PROPER
71問 • 4ヶ月前sci yeahyeah
sci yeahyeah
ユーザ名非公開 · 15問 · 5ヶ月前sci yeahyeah
sci yeahyeah
15問 • 5ヶ月前QUIZ 2
QUIZ 2
Abimae Riela Gavino · 34問 · 5ヶ月前QUIZ 2
QUIZ 2
34問 • 5ヶ月前Radiation Biology (2)
Radiation Biology (2)
polyyamyap · 25問 · 5ヶ月前Radiation Biology (2)
Radiation Biology (2)
25問 • 5ヶ月前Good Compounding Practices and Techniques
Good Compounding Practices and Techniques
HERSHEY VALERIE BERNARDINO · 69問 · 5ヶ月前Good Compounding Practices and Techniques
Good Compounding Practices and Techniques
69問 • 5ヶ月前TRACE ELEMENT
TRACE ELEMENT
Jef Marc Valencia · 79問 · 6ヶ月前TRACE ELEMENT
TRACE ELEMENT
79問 • 6ヶ月前ACID BASE BALANCE
ACID BASE BALANCE
Jef Marc Valencia · 51問 · 6ヶ月前ACID BASE BALANCE
ACID BASE BALANCE
51問 • 6ヶ月前science
science
Akash Raj · 10問 · 6ヶ月前science
science
10問 • 6ヶ月前ИММУНОЛОГИЯ ВАРИАНТ 1.
ИММУНОЛОГИЯ ВАРИАНТ 1.
Ana Darzhaniya · 24問 · 6ヶ月前ИММУНОЛОГИЯ ВАРИАНТ 1.
ИММУНОЛОГИЯ ВАРИАНТ 1.
24問 • 6ヶ月前Ch. 19
Ch. 19
ユーザ名非公開 · 10問 · 6ヶ月前Ch. 19
Ch. 19
10問 • 6ヶ月前ГИГИЕНА 1-100.
ГИГИЕНА 1-100.
Ana Darzhaniya · 100問 · 7ヶ月前ГИГИЕНА 1-100.
ГИГИЕНА 1-100.
100問 • 7ヶ月前sero2
sero2
ユーザ名非公開 · 44問 · 7ヶ月前sero2
sero2
44問 • 7ヶ月前問題一覧
1
Dying
2
batangas
3
Mycosphaerella fijiensis
4
Eukaryotic
5
Heterokaryon
6
toxins
7
Bacillus
8
Fasciation
9
Serial dilution
10
bacteria
11
seedling elongation
12
Fungi blocks water and nutrient uptake in the vascular system
13
Due to the presence of RTSV in infected plants
14
true
15
virulence
16
The presence of bacterial flagellum for motility
17
Absence of capsid protein
18
Its spore germination results in filamentous colonies
19
Tolerance
20
physical control
21
Rouging of virus-infected plants
22
Negligible decrease in the rate of disease spread
23
the virus into the crop at all stages of the crop
24
2nd stage juvenile
25
The microorganism must be re-isolated from the inoculated, diseased individual and matched to the original microorganism
26
freezing injury
27
relatively fast appearance of severe symptoms
28
stranded RNA alone with short bases
29
It would be enough to control only Pratylenchus
30
giant cells
31
syncytia
32
A known non-spore forming fungus
33
Rhizoctonia solani
34
They are rich in teichoic acid
35
It allows determination of nucleic acid base sequencing of the virus
36
Compatible bacteria exchange plasmids through sex pilus
37
None of the above
38
None of the following
39
compatible
40
R genes are generally dominant
41
Avr genes - present in pathogens - no infection
42
This has 2 parts - pathogenesis and saprogenesis
43
A fungal spore dispersed by wind then lodged at the surface of the host plants leaf
44
production of endospores
45
Endospore
46
survival structures - Rhizocionia solant
47
Slow disease incidence rate
48
Serratia marsecens
49
Puccinia coronate
50
Soils with pH of 5
51
Reduction of plant's photosynthetic capacity
52
Ustilago maydis is able to produce indole-3-acetic acid efficiently from tryptophan
53
HC toxin
54
Helminthosporium carbonum - HC toxin
55
Presence of glandular hairs secrete alkaloids
56
Saponins
57
SA pathway
58
Localized plant cell death at the site of inoculation
59
All of the above
60
Powdery mildew - compound interest
61
Disease incidence
62
Disease incidence
63
Plant disease prevalence
64
To properly guide farmers in making decisions on plant disease control
65
Eradication
66
Mulching
67
Multiline varieties
68
Barako
69
asexual spores
70
binary fission
71
deoxyribonucleic acid
72
Cell membrane
73
xanthomonas
74
anthracnose
75
human beings
76
De Bary
77
migratory ectoparasite
78
Prevention
79
Suppresses the multiplication of nematodes
80
Very infectious and cause mosaic/mottle symptoms
81
movement out of the vascular tissue into the parenchyma of an invaded leaf
82
Eggs
83
beetles
84
smaller than the poresize of bacterial filters
85
is lost after molting of the vector
86
black heart of potato
87
Ethylene
88
bacterial wilt of tomato
89
tobacco mosaic
90
comparison of yield between different varieties without disease
91
Victorin
92
Pathogenesis-related proteins
93
Exclusion
94
vertical resistance
95
immunity
96
Production of profuse EPS which clogs the xylem vessels of the host
97
Abaca bunchy top
98
hermaphroditic
99
virulence
100
Fertilizer burn