Medicine & Life Sciences
Anabaena
100%
Symbiosis
77%
Mycelium
50%
Cyanobacteria
46%
Fungi
46%
Nitrogen
45%
Spores
35%
Carbon
33%
Genes
31%
Osmotic Pressure
29%
plant dehydrin proteins
22%
RNA-Binding Proteins
21%
Cytochrome P-450 Enzyme System
21%
Proteins
20%
Genetic Recombination
20%
Gene Expression
20%
Carbon Cycle
18%
Alkanes
18%
oncomodulin
18%
schizokinen
17%
Cold-Shock Response
17%
Nitrogen Fixation
16%
Iron
15%
glyoxylic acid
15%
Exudates and Transudates
15%
Open Reading Frames
15%
Mycorrhizae
14%
Phaseolus
14%
Hyphae
13%
Lipids
13%
Ammonium Compounds
13%
Siderophores
12%
Soil
12%
Horizontal Gene Transfer
12%
Germination
11%
Lipid Droplets
11%
Escherichia coli
10%
Plant Roots
10%
Complementary DNA
10%
Microsatellite Repeats
9%
Ferritins
9%
Aspartic Acid
9%
Heat-Shock Proteins
9%
Growth
9%
Amino Acids
9%
Nutrients
9%
Desiccation
9%
Genetic Variation
9%
DNA
8%
Gene Library
8%
Agriculture & Biology
Rhizophagus intraradices
58%
mycorrhizal fungi
44%
symbiosis
39%
mycelium
29%
hydrothermal liquefaction
27%
lipid bodies
22%
photobioreactors
21%
metabolism
21%
spores
21%
organic carbon
20%
biofuels
19%
biomass
18%
nutrients
17%
carbon
16%
root exudates
16%
Nannochloropsis
15%
wastewater
15%
life cycle assessment
14%
glyoxylate cycle
14%
algae
14%
gene expression
13%
hyphae
13%
fungi
13%
Chlorella sorokiniana
13%
uptake mechanisms
13%
host plants
13%
wastewater treatment
13%
dehydrins
12%
dissolved organic carbon
12%
Southwestern United States
12%
sewage treatment
12%
biological models
12%
lipids
12%
fuel production
11%
production functions
11%
microalgae
11%
nitrogen
11%
biobased products
11%
allelopathy
11%
ferritin
10%
storage proteins
10%
coculture
10%
transporters
10%
cytoskeleton
9%
energy
9%
osmotic stress
9%
hydrolysates
9%
expressed sequence tags
9%
Phaseolus vulgaris
9%
genes
9%
Earth & Environmental Sciences
urban waste water
46%
biomass
33%
alga
30%
liquefaction
28%
lipid
23%
energy
21%
response surface methodology
20%
metabolism
20%
methanol
18%
nutrient
18%
manure
17%
fatty acid
17%
ester
16%
fungus
16%
microwave
15%
carbon
13%
protein
13%
biochar
12%
asphalt
10%
nutrient removal
10%
biofuel
9%
temperature effect
9%
photosynthesis
9%
removal
8%
nitrogen
8%
oil
8%
biomass allocation
8%
dissipation
8%
catalyst
8%
maize
8%
microscopy
8%
chloroplast
7%
asphaltene
7%
cell
7%
in situ
7%
microalga
7%
gene
7%
translocation
6%
product
6%
productivity
5%
transmission electron microscopy
5%
temperature
5%