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Metabolic responses of weeping willows to selenate and selenite
Xiao Zhang Yu,
Ji Dong Gu
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Corresponding author for this work
Research output
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Contribution to journal
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Article
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peer-review
43
Scopus citations
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Medicine & Life Sciences
Selenic Acid
100%
Salix
99%
Selenious Acid
86%
Selenium
66%
Environmental Biodegradation
6%
Peroxidase
6%
Hydroponics
4%
Catalase
4%
Antioxidants
3%
Groundwater
3%
Plant Proteins
3%
Fluorescence Spectrometry
2%
Enzymes
2%
Glutathione Peroxidase
2%
Growth
2%
Superoxide Dismutase
1%
Reactive Oxygen Species
1%
Poisons
1%
Proteins
0%
Earth & Environmental Sciences
selenate
84%
selenite
81%
selenium
64%
chemical
5%
exposure
4%
phytoremediation
4%
antioxidant
4%
transpiration
4%
rate
3%
toxicity
3%
protein
3%
hydroponics
2%
cleaning up
2%
vegetation
2%
reactive oxygen species
2%
earth's crust
2%
enzyme activity
2%
lesion
2%
spectrometry
2%
tolerance
1%
chemical property
1%
fluorescence
1%
metabolism
1%
sound
1%
remediation
1%
enzyme
1%
environmental conditions
1%
human activity
1%
recommendation
1%
effect
1%
parameter
1%
groundwater
1%
indicator
1%
sediment
1%
material
0%
method
0%
Chemical Compounds
Selenate
80%
Selenites
74%
Metabolic
48%
Peroxidase
8%
Leaf Like Crystal
6%
Antioxidant Agent
5%
Chemical Species
5%
Hydroponics
4%
Application
3%
Groundwater
2%
Remediation
2%
Superoxide
2%
Reactive Oxygen Metabolite
2%
Glutathione
2%
Indicator
2%
Hydride
2%
Protein
2%
Enzyme Activity
2%
Pharmacological Metabolism
1%
Toxic
1%
Environment
1%
Reduction
1%
Engineering & Materials Science
Selenium
91%
Transpiration
6%
Antioxidants
5%
Toxicity
4%
Superoxide Dismutase
4%
Glutathione
3%
Proteins
3%
Reactive oxygen species
3%
Enzyme activity
3%
Spectrometry
2%
Metabolism
2%
Remediation
2%
Hydrides
2%
Sediments
2%
Groundwater
2%
Enzymes
2%
Fluorescence
2%
Chemical properties
2%
Cleaning
1%
Earth (planet)
1%
Acoustic waves
1%