Biochemistry, Genetics and Molecular Biology
Accuracy
34%
Archaeon
16%
Bacterium
8%
Bayesian Learning
33%
Candidate Gene
8%
Chromatin
8%
Classification
27%
Clinical Trial
16%
Comprehension
13%
Computer Model
5%
Data Base
44%
Development
33%
DNA Methylation
8%
Drosophila
16%
Enzyme
33%
Enzyme Activity
33%
Enzyme Mechanism
66%
Epigenetic Modification
16%
Epigenetics
33%
Escherichia coli
16%
Exon
8%
Fungus
8%
Gene Locus
8%
Genetics
8%
Genome-Wide Association Study
8%
Heritability
16%
Histone Modification
8%
Housekeeping Gene
33%
Human
8%
Introspection
8%
Invertebrate
8%
Learning
41%
Length
8%
Lysozyme
100%
Messenger RNA
8%
Methylation
16%
MicroRNA
8%
Mouse
25%
Nested Gene
25%
Nucleosome Positioning
8%
Plant
8%
Protein
41%
Proteome
8%
Rat
8%
Sequencing
13%
Time
8%
Training
13%
Translating (Language)
8%
Vertebrate
8%
Yeast
8%
Computer Science
Accuracy
16%
Algorithms
25%
Annotation
16%
Attribute Space
8%
Cheminformatics
33%
Classes
33%
Classification Method
8%
Complementarity
5%
Database
25%
Descriptors
33%
Domains
8%
Evaluation Result
8%
Feature Space
33%
Fold Cross Validation
5%
Functions
33%
Machine Learning
25%
Machine Learning Approach
5%
Misclassification Rate
16%
Models
61%
Needed Information
16%
Prediction Performance
16%
Quantitative Structure
5%
Reasonable Time
8%
Relationship Model
5%
Representation
8%
Roles
8%
Root Mean Squared Error
11%
Simulation
16%
Software
8%
Software Agent
8%
Standards
8%
User
33%
Wikipedia
8%
Immunology and Microbiology
Accuracy
16%
Algorithm
8%
Archaeon
16%
Bacterium
8%
Bayesian Learning
33%
Chromatin
8%
Classification
16%
Classifier
33%
Data Base
16%
Drosophila
16%
Ear
8%
Enzyme Activity
33%
Escherichia coli
16%
Exon
8%
Experiment
8%
Fungus
8%
Gene
25%
Genome Sequencing
8%
Housekeeping Gene
33%
Human
8%
Invertebrate
8%
Learning
8%
Length
8%
Mouse
25%
Plant
8%
Rat
8%
Time
8%
Tissues
33%
Vertebra
8%
Yeast
8%
