Vol. 38 - Keyword Index
(Page numbers with J indicate keywords in the contents published in Japanese Journal of Pesticide Science.)
ab initio molecular orbital calculation 60
acaricidal activity 214
acetolactate synthase 49
aerial application J224
agrochemical 112
alga 173
alkylphenol polyethoxylates 161, J108
Alopecurus japonicus 74
ALS 171, J136
ALS gene 74
analogues 220
analysis 144
antifeedant activity 228
antifungal activity 96
antifungal peptide 33
Aphanomyces cochlioides zoospore chemoattractant 5-hydroxy-6,7-methylenedioxy avone N-(E)-feruloyl-4-O-methyldopamine cross-competition assay host-recognition system 181
aphicidal activity 139
application 1, J213
application equipment J218
ATPase activity 112
bacteria 10
bacterial identi cation 161, J108
Beauveria bassiana 85
beginning of pesticides J161
bioassay 44
bioconcentration J195
bio lm 10
bioisostere J195
biological properties 188
biosynthesis inhibitor 147
bisdemethoxycurcumin 214
Brassica juncea 33
carboxamide 91, 167, 188, J120
China 1
Chinese cabbage 200
chlor uazuron 208
2-[N-(6-chloro-3-pyridylmethyl)-N-ethyl]amino-2-methyliminoacetic acid (CPMA) 27
N-(6-chloro-3-pyridylmethyl)-N-ethyl-N' -methylformamidine (CPMF) 27
classical QSAR J2, J195
cometabolism 139
CoMFA 112
community responses J101
contaminants J21
controlled release J205
Coptotermes formosanus Shiraki 228
cost J213
cotton aphid 85
crop J154
CSCL J167
cytochrome b (cyt b) gene 194
Daphnia magna 173
data analysis J185
defensin 33
degradation 223
deposition 129
dibenzoylhydrazine 112
dichlobenil 220
7,8-dihydro-8&alfha; -20-hydroxyecdysone 105
diquat 144
dispersion 129
docking study 91
L-DOPA 68
downwash J224
dri J218
dri reduction technology J224
driving principle J175
ecological risk assessment J101
ecotoxicity 173
endocrine disruptor 161, J108
environmental fate 161, J108
environmental load J205
environmental loading J213
24-epibrassinolide 105
ethoxylation 85
evaporation 129
extrapolation to humans J175
fathead minnow 173
fenvalerate 164, J114
field-to- eld variation 200
fipronil 223
fipronil resistance 157, J144
fluorescence spectroscopy 164, J114
formulation J205, J213
free radicals 164, J114
fungi 10
fungicidal activity 88
fungicide 96, 167, 188, J120
GABA receptor 157, J144
GC-MS 208
gene targeting 49
S10-GERMS 161, J108
glutathione 152
glutathione S-transferase (GST) 152
GM crop J147
GM ower J147
GM papaya J147
GM tomato J147
Hammett-Taft則 J2
Hansch-Fujita analysis 60
Hansch-Fujita method J195
Hansch-Fujita法 J2
heat stress 105
herbicidal activity 78
herbicide 220
herbicide tolerance 49
heterocyclic 220
historical development J161
hydrophilic interaction liquid chromatography 27
hymexazol 96
immobilization 44
innovation 1
insecticide 123
interspecies variation 44
ion pair 144
isoxazole 214
labor saving J205
labor-saving J213
Laodelphax striatellus 157
larvicidal activity 88
LC-MS/MS 144
ligand-protein interaction 60
linear expression by representative energy terms(LERE) 60
long-term monitoring J101
Macrotermes gilvus 208
Magnaporthe oryzae 33
MALDI-TOF MS 161, J108
MBIs 194
mesocosm J101
mesosulfuron-methyl 74
metabolism 152
metabolite 173
meta-diamide 123
meto uthrin 173
microbial aerobic transformation 10
Microdochium nivale 96
mode of action J175
molecular design J185
Molecular phylogeny 194
MTF-753 167, J120
Mucuna pruriens 68
mutation 74
N group 39
neonicotinoid 1
new plant breeding techniques J147
nitenpyram 27
nozzle J218
Octanol-水系分配 J2
Odonata J101
one-shot herbicide 171, J136
Oryza sativa 105
oxime ether 88
P450 147
paddy water 223
paraquat 144
PCR-RFLP 157
penthiopyrad 91, 167, 188, J120
pesticidev44, 129, J101
pesticide analysisv208
pesticide delivery systemvJ205
pesticide guideline studies J175
pesticide industry in Japan J161
pesticide residuev169, 200, J21, J130
P-glycoprotein 112
pHv223
phenylboronic acid 228
phosphinate 78
photolysis 164, J114
plant vaccine J147
point mutation 49
pollenv105
polyphenol oxidase 68
POPRC J167
POPs J167
positional isomer 91
precocene 228
pretreatment 139
production 1
proteomicsvJ154
pyrazole 214
pyrimisulfan 171, J136
pyroxasulfone 152
QoIs 194
QSAR J185
QSAR parameter J195
quantitative structure-activity relationship (QSAR) 60
quinone 68
radical-trapping 164, J114
raw agricultural commodity 169, J130
RDL GABA receptor 123
reactive oxygen species 68
resistance 74
Rhizoctonia solani 96
risk analysis J21
risk assessment J147
safety J205
SAICM J167
sampling size 169, J130
selectivity 152
semisynthesis 214
smart formulation J205
Sogatella furcifera 157, J144
solvation energy calculation 60
species dierence J175
species sensitivity distribution (SSD) 44
spinach 200
Spodoptera litura 123
spray dri 129
sprayer J218
stress J154
strigolactone 147
structure-activity 112
structure-activity relationship J185
structure-activity relationships 91
3-(substituted oxy)-5-methylisoxazoles 96
succinate dehydrogenase 91
sulfonanilide 171, J136
supernatant 85
surface water 10
synthesis 88
tandem mass spectrometry 27
targeting J205
termite bait 208
thiobencarb 39
thiobencarb sulfoxide 39
thiol 68
time-independent manner 39
Topliss tree J195
unmanned helicopter application J224
variability factor 169, J130
very-long-chain fatty acid (VLCFA) 39
very-long-chain fatty acid elongase (VLCFAE) 39
whitebacked planthopper J144
WSSD J167
zooplankton 44
係数 J2
疎水性パラメーター J2
直線的自由エネルギー関係 J2
