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Regulation of Drosophila Metamorphosis by Xenobiotic Response Regulators
Huai Deng
, Tom K. Kerppola
Biology (Duluth)
Research output
:
Contribution to journal
›
Article
›
peer-review
55
Scopus citations
Overview
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Medicine & Life Sciences
Ecdysone
99%
Xenobiotics
88%
Drosophila
75%
Polytene Chromosomes
50%
Drosophila cnc protein
41%
Loss of Function Mutation
36%
Genes
32%
Embryonic Structures
26%
Ecdysteroids
26%
Genetic Transcription
24%
Larva
17%
Insecta
16%
Salivary Glands
16%
Cultured Cells
13%
Signal Transduction
12%
Proteins
11%
Earth & Environmental Sciences
metamorphosis
100%
xenobiotics
95%
gene
61%
regulation
56%
pupation
47%
protein
29%
chromosome
27%
embryo
27%
mutation
26%
loss
14%
larva
12%
insect
12%
tissue
9%
cell
8%
effect
3%
Agriculture & Biology
xenobiotics
84%
Drosophila
69%
ecdysone
65%
transcription (genetics)
49%
loss-of-function mutation
34%
polytene chromosomes
33%
pupation
30%
genes
27%
embryo (animal)
19%
loci
16%
ecdysteroids
15%
salivary glands
13%
proteins
13%
signal transduction
11%
insects
8%
larvae
8%
tissues
5%
cells
4%