Medicine & Life Sciences
1,5-cyclooctadiene
26%
1-hexene
9%
2,2,6,6-tetramethylpiperidide
10%
3-hydroxytridecan-4-one
42%
4,5-dihydroxy-2,3-pentanedione
28%
4,5-dihydroxypentane-2,3-dione
12%
Alcohols
11%
Aldehydes
11%
Alkenes
86%
alkoxyl radical
29%
Alkylation
13%
Alkynes
60%
Anions
35%
anisole
11%
Anti-Bacterial Agents
11%
Bacteria
25%
benzene-1,4-diphosphonic acid
10%
benzyne
11%
Biofilms
28%
Borates
14%
C 1027
8%
Calicheamicins
21%
carbene
65%
Carbon
33%
Carbon Monoxide
55%
chlorobenzene
20%
Chromium
77%
clavicipitic acid
12%
confertin
11%
Coordination Complexes
21%
Cyclization
36%
Cycloaddition Reaction
46%
cyclohexadienone
22%
cyclopentanone
9%
cyclopropene
21%
deoxyfrenolicin
16%
diethyl malonate
10%
dimethyl ether
9%
diphenyl
9%
Diynes
14%
Enediynes
44%
esperamicin A1
11%
formal glycol
8%
frenolicin B
11%
frullanolide
11%
glycinamide ribonucleotide
9%
granaticin
10%
Halogens
14%
Harringtonines
21%
hexacarbonylmolybdenum
9%
Histidine Kinase
11%
Hot Temperature
15%
Human immunodeficiency virus 1 p16 protease
14%
Hydrogen
29%
Indenes
13%
indolactam V
9%
indole
34%
Indoles
9%
Iron
28%
Isotopes
10%
Ketones
18%
Kinetics
10%
Ligands
29%
lyngbyatoxin A
10%
Metals
27%
Methylation
10%
methylene-lactone
19%
N-methylpyrrole
10%
N-octanoylhomoserine lactone
41%
nanaomycin A
15%
Naphthols
10%
Naphthoquinones
17%
Nickel
40%
nickel carbonyl
9%
nitrosonium ion
19%
nitroxyl
16%
Oxygen
9%
Palladium
30%
Photochemistry
32%
pinacol
10%
Pseudomonas aeruginosa
10%
Pyocyanine
12%
Pyrans
17%
quinone
8%
Quorum Sensing
100%
Sesquiterpenes
8%
Ships
12%
Synthetic Chemistry Techniques
24%
Temperature
10%
Thiazepines
21%
triphenylphosphine
15%
Tryptophan
10%
Vibrio
23%
Vibrio cholerae
47%
Virulence
11%
Virulence Factors
18%
X-Ray Diffraction
11%
X-Rays
8%
Chemical Compounds
(-)-Acorenone
10%
2,6-dinitrotoluene
8%
Acrylate
8%
Adduct
8%
Agonist
14%
Alcohol
16%
Aldehyde
12%
Alkaloid
13%
Alkene
48%
Alkoxycarbonylation
22%
Alkylation
8%
Alkyne
39%
Anion
36%
Antagonist
9%
Anthraquinone
8%
Antimicrobial Agent
20%
Antivirulence
8%
Arene
50%
Autoinducer
10%
Autoinducer-2
17%
Bergman Cycloaromatization
7%
Biofilm Formation
12%
Borate
9%
Boron Atom
12%
Bromide
9%
C-1027
8%
CAI-1
49%
Calicheamicin
16%
Carbanion
39%
Carbene
14%
Carbon Atom
8%
Carbonyl Compound
14%
Carbonylation
44%
Chlorobenzene
10%
Clavicipitic Acid
9%
Cleavage
13%
Communication
15%
Confertin
10%
Corey-Winter Olefination
9%
Cyclization Reaction
21%
Cycloaddition
18%
Cycloaromatization
19%
Cyclohexenone
13%
Cyclohexenones
16%
Deprotonation
9%
Deuterium(.)
9%
Dioxygen
9%
Displacement
12%
Double Bond
12%
Electrooxidation
9%
Electrophile
16%
Enediyne
48%
Esperamicin
8%
Furan
16%
Glycinamide Ribonucleotide
8%
Granaticin
9%
Halide
25%
Hydride
15%
Hydrogen
8%
Hydrostannylation
8%
Indene
8%
Indole
14%
Intramolecular Cycloaddition
8%
Iodide
8%
Isomerization
14%
Isotope Effect
7%
Lactone
14%
Ligand
17%
Lithium Salt
11%
Metal Carbonyl
11%
Molecule
17%
Nanaomycin A
33%
Naphthohydroquinone
13%
Naphthol
8%
Naphthoquinone
30%
Nucleophile
48%
Nucleophilic Addition
24%
Nucleophilic Aromatic Substitution
33%
Nucleophilic Substitution
16%
Organonickel Compound
9%
Oxidation Reaction
8%
Phenylation
7%
Photochemical Reaction
13%
Photoelectron
10%
Probe
10%
Pyocyanin
8%
Pyran Ring
8%
Quinone
14%
Reaction Half Life
14%
Reaction Yield
30%
Reduction
10%
Regioselectivity
30%
Ribose Derivative
8%
Sesquiterpene
8%
Substitution Reaction
13%
Thiazepine
15%
Total Synthesis
28%
Triflate
7%
Tryptophan Derivative
7%
Virulence Factor
11%
Engineering & Materials Science
Acidity
13%
Alcohols
13%
Aldehydes
14%
Alkaloids
17%
Alkylation
7%
Amides
7%
Amines
5%
Aniline
7%
Antibiotics
17%
Atoms
6%
Benzene
7%
Boats
11%
Carbon
13%
Carbonyl compounds
8%
Carbonylation
74%
Chemical properties
5%
Chromium
33%
Computer aided instruction
7%
Conformations
17%
Cyclization
30%
Cycloaddition
14%
Derivatives
27%
Electrolysis
5%
Electrooxidation
16%
Energy gap
5%
Ethers
5%
Excitation energy
8%
Excited states
16%
Hot Temperature
7%
Hydrides
11%
Hydrogen
12%
Iodine
5%
Ionization potential
8%
Ionophores
9%
Ions
11%
Iron
30%
Irradiation
10%
Isomerization
13%
Isomers
10%
Ketones
14%
Ligands
29%
Metal complexes
23%
Metals
12%
Methanol
5%
Molecular mechanics
7%
Molecules
9%
Naphthol
11%
Negative ions
28%
Nickel
22%
Nuclear magnetic resonance
10%
Nuclear magnetic resonance spectroscopy
5%
Nucleophiles
71%
Olefins
49%
Oxidation
11%
Oxygen
7%
Palladium
9%
Photochemical reactions
34%
Photoelectrons
15%
Photons
5%
Protonation
9%
Reagents
5%
Red Shift
8%
Regioselectivity
42%
Stereoselectivity
5%
Styrene
5%
Substitution reactions
29%
Temperature
5%
X ray diffraction analysis
6%
Xylene
6%