Mathematics
Probabilistic Approach
100%
Specificity
96%
Substrate
92%
Yeast
55%
Enzymes
48%
Prediction
48%
Protein
41%
Fold
36%
Predictive Model
27%
Akaike Information Criterion
25%
Molecules
19%
Predict
18%
Maximum Likelihood
17%
Optimization
15%
Framework
11%
Model
6%
Agriculture & Biology
methyltransferases
87%
substrate specificity
78%
prediction
54%
RNA
35%
yeasts
35%
isoelectric point
26%
enzymes
24%
physicochemical properties
21%
proteins
18%
organisms
15%
methodology
7%
Medicine & Life Sciences
Methyltransferases
89%
Substrate Specificity
89%
Yeasts
43%
RNA
37%
Isoelectric Point
33%
Enzymes
29%
Proteins
19%
Earth & Environmental Sciences
substrate
54%
RNA
41%
yeast
39%
enzyme
32%
prediction
29%
fold
29%
protein
28%
Akaike information criterion
24%
chemical property
17%
organism
13%
parameter
6%
method
4%
Engineering & Materials Science
Substrates
56%
RNA
48%
Yeast
47%
Enzymes
46%
Proteins
36%
Chemical properties
22%
Molecules
19%
Maximum likelihood
18%