Medicine & Life Sciences
Bacillus thuringiensis
100%
Insecta
60%
Zea mays
49%
Pheromones
31%
Genes
29%
Hemiptera
24%
odorant-binding protein
24%
Insecticides
24%
Spodoptera
22%
Cadherins
22%
Larva
21%
Lepidoptera
20%
Moths
19%
flavone
18%
Cytochrome P-450 Enzyme System
16%
Pest Control
15%
Herbivory
14%
Pupa
14%
China
13%
Insecticide Resistance
13%
Proteins
12%
Mutation
12%
ATP-Binding Cassette Transporters
11%
Sex Attractants
11%
Aphids
10%
Fat Body
10%
Methoxsalen
10%
Cell Line
9%
Genome
9%
Population
9%
Alleles
8%
G-Quadruplexes
8%
Rickettsia
7%
Polymerase Chain Reaction
7%
Population Dynamics
6%
Complementary DNA
6%
cytochrome P-450 CYP6B1 (butterfly)
6%
Oryza
6%
Molecular Cloning
6%
India
6%
Retroelements
6%
Tomato yellow leaf curl virus
5%
Bacillus thuringiensis protoxin
5%
chlorpyrifos-ethyl
5%
Costs and Cost Analysis
5%
Host Specificity
5%
chlorfenapyr
5%
Genetically Modified Plants
5%
DNA Transposable Elements
5%
5' Flanking Region
5%
Agriculture & Biology
Helicoverpa zea
53%
Helicoverpa armigera
46%
Bacillus thuringiensis
42%
Pectinophora gossypiella
39%
Bemisia tabaci
32%
Aleyrodidae
22%
toxins
20%
cadherins
20%
Lepidoptera
19%
insects
19%
genes
18%
odorant receptors
17%
biotypes
17%
allelochemicals
15%
Noctuidae
15%
midgut
14%
cotton
14%
cytochrome P-450
12%
pests
12%
transposons
11%
insecticides
11%
alleles
11%
China
10%
methoxsalen
10%
Campoletis chlorideae
9%
xenobiotics
9%
sex pheromones
9%
fat body
8%
flavones
8%
larvae
8%
Agrotis ipsilon
8%
Spodoptera frugiperda
7%
Apis cerana
7%
insecticide resistance
7%
cross resistance
7%
endoparasitoids
7%
molecular cloning
6%
antennae
6%
receptors
6%
transcriptome
6%
crops
6%
Helicoverpa assulta
6%
pyriproxyfen
6%
Euphorbia pulcherrima
5%
corn
5%
symbionts
5%
Rickettsia
5%
farnesene
5%
mutation
5%
alkaline phosphatase
5%
Earth & Environmental Sciences
whitefly
37%
insect
19%
biotype
18%
insecticide
17%
gene
13%
cytochrome
11%
pest
11%
toxin
10%
maize
10%
cotton
7%
xenobiotics
7%
larva
7%
allelochemical
7%
polymerase chain reaction
6%
polymorphism
6%
crop
5%
cytoplasmic incompatibility
5%