Engineering & Materials Science
Graphene oxide
100%
Nitrogen fixation
65%
Microplastic
58%
Cell death
51%
Oxidation-Reduction
45%
Nutrition
43%
Bacteria
42%
Aquatic organisms
40%
Graphene
40%
Molybdenum
40%
Oxygen
27%
Toxicity
25%
Switches
24%
Reactive oxygen species
23%
Fertilizers
18%
Biomolecules
15%
Ecosystems
13%
Antioxidants
13%
Rigidity
11%
Physicochemical properties
11%
Tissue regeneration
10%
Crops
10%
Nanostructured materials
10%
Reduced Graphene Oxide
9%
Environmental impact
8%
Antibiotics
8%
Enzyme activity
7%
Ecotoxicology
7%
DNA
7%
Organic pollutants
6%
Biological Availability
6%
Oxidative stress
5%
Atoms
5%
Amino acids
5%
Invertebrates
5%
Nanotechnology
5%
Enzymes
5%
Metal ions
5%
Heavy ions
5%
Agriculture
5%
Algae
5%
Cell proliferation
5%
Surface chemistry
5%
Chemistry
Biological Nitrogen Fixation
69%
Plant-Soil System
63%
Graphene Oxide
54%
Ecosystem
47%
Ecological Effect
30%
Disorder
29%
Graphene
27%
Toxic
26%
Persistent Organic Pollutant
23%
Ecology
23%
Chemical Transformation
21%
Environment
21%
Pharmacological Metabolism
20%
Nanoparticle
19%
Fertilizer
19%
Nanosheet
18%
Reaction Yield
18%
Bioavailability
16%
Dioxygen
16%
Surface Chemistry
15%
Antioxidant Agent
14%
Heavy Metal
14%
Reactive Oxygen Metabolite
12%
Molybdenum Disulfide
12%
Nanomaterial
12%
Additive
11%
Shape
11%
Surface
10%
Metal Ion
10%
Molybdate
10%
Monomer
10%
Application
9%
Antimicrobial Agent
8%
Food
7%
Inductively Coupled Plasm Mass Spectrometry (ICPMS)
5%
Earth & Environmental Sciences
apoptosis
46%
freshwater environment
42%
homeostasis
41%
soybean
37%
aquatic organism
36%
nanoparticle
31%
molybdenum
30%
regeneration
29%
oxide
25%
toxicity
18%
nanomaterial
16%
agricultural application
15%
soil
14%
metabolism
12%
tissue
11%
damage
10%
enzyme
9%
biological nitrogen fixation
8%
effect
8%
freshwater organism
8%
immune response
7%
ecotoxicology
7%
aquatic system
7%
ecosystem
6%
toxicology
6%
persistent organic pollutant
6%
cell
6%
refuse
6%
marine organism
6%
polar region
6%
antioxidant
6%
toxic effect
5%
physicochemical property
5%
trophic level
5%
DNA
5%
bioavailability
5%
additive
5%