Medicine & Life Sciences
Metallochaperones
100%
Metalloids
58%
Adenosine Triphosphatases
54%
Two-Hybrid System Techniques
45%
Mutation
30%
Genes
21%
Hydrogen Bonding
21%
Structural Models
21%
Static Electricity
21%
Mutagenesis
17%
Computer Simulation
17%
Catalytic Domain
16%
Salts
15%
In Vitro Techniques
7%
Engineering & Materials Science
Adenosine Triphosphatases
91%
Metalloids
65%
Yeast
42%
Assays
42%
Genes
34%
Gene encoding
32%
Derivatives
29%
Mutagenesis
28%
Hydrogen bonds
24%
Electrostatics
19%
Salts
16%
Pumps
13%
Agriculture & Biology
adenosinetriphosphatase
49%
mutation
37%
mutants
31%
metalloids
25%
two hybrid system techniques
21%
chemical derivatives
13%
gene interaction
11%
hydrogen bonding
11%
protein subunits
9%
mutagenesis
8%
transporters
7%
genes
6%
salts
6%
Chemical Compounds
Mutation
45%
Pump
17%
Resistance
11%
Hydrogen
9%