Medicine & Life Sciences
Internet of Things
88%
Genome
83%
Deep Learning
79%
Machine Learning
52%
Artificial Intelligence
49%
Point Mutation
48%
Untranslated RNA
40%
SARS Virus
36%
Panoramic Radiography
36%
Prostatic Neoplasms
32%
Neurodevelopmental Disorders
32%
Breast Neoplasms
31%
Cluster Analysis
29%
Chromatin
28%
Zinc Fingers
28%
Myocarditis
27%
Risk Management
27%
Long Noncoding RNA
26%
Intelligence
26%
Psychological Power
23%
Neurodegenerative Diseases
21%
Antiviral Agents
21%
Benchmarking
20%
Genes
19%
Neoplasms
18%
Meta-Analysis
18%
Systematic Reviews
18%
Cardiovascular Diseases
17%
Proteins
17%
Single Nucleotide Polymorphism
16%
Magnetic Resonance Imaging
16%
Peptides
15%
Chromosomes
15%
Deoxyribonucleases
15%
Delivery of Health Care
15%
Histone Code
14%
Viral RNA
13%
Atlases
13%
Binomial Distribution
12%
Technology
12%
Boidae
11%
Genome-Wide Association Study
11%
Brain
11%
Neoplasm Genes
10%
Diagnostic Imaging
10%
Drug Trafficking
10%
Binding Sites
9%
Base Composition
9%
Patient Identification Systems
9%
Statistical Models
9%
Tooth
8%
Dental Clinics
8%
Pressure
8%
Organ Specificity
7%
Coronavirus
7%
Homicide
7%
Genetic Loci
7%
Support Vector Machine
7%
Child Abuse
7%
Libraries
7%
Wearable Electronic Devices
7%
RNA-Binding Proteins
7%
Malaysia
7%
Computer Security
6%
RNA Stability
6%
Data Analysis
6%
Big Data
6%
Pharmaceutical Preparations
6%
Pandemics
6%
Principal Component Analysis
6%
Datasets
6%
Pathologists
6%
Genotype
5%
Resource Allocation
5%
Information Dissemination
5%
Data Science
5%
Disease Outbreaks
5%
Teaching
5%
Computer Neural Networks
5%
Epidemics
5%
Physicians
5%
Cardiac Arrhythmias
5%
Initiator Codon
5%
Early Diagnosis
5%
Engineering & Materials Science
Deep learning
100%
Genomics
81%
Artificial intelligence
61%
Genes
56%
Machine learning
54%
Internet
50%
Skin
42%
Fusion reactions
39%
Neuroimaging
39%
Lie groups
36%
Personalized medicine
35%
Wearable technology
34%
Brain
32%
Internet of things
31%
Convolutional neural networks
30%
Magnetic resonance
30%
Swarm intelligence
29%
Data handling
29%
Risk management
26%
Taxonomies
25%
Imaging techniques
25%
Health
24%
Electroencephalography
23%
Clustering algorithms
22%
Deep neural networks
21%
Time series
21%
Chromosomes
19%
Experiments
19%
Proteins
18%
Costs
15%
Deoxyribonucleases
15%
Pipelines
15%
Uncertainty
15%
Data storage equipment
15%
Monitoring
13%
Optical flows
13%
Functional neuroimaging
12%
Quality of service
12%
Learning algorithms
11%
Binding sites
11%
Neural networks
9%
Query processing
9%
Magnetic resonance imaging
8%
Vaccines
8%
Health care
8%
Operating costs
8%
Maximum likelihood
7%
Mathematical operators
7%
Decision making
7%
Network routing
7%
Classifiers
7%
Viruses
7%
Statistical methods
6%
Entropy
6%
Axons
6%
Cardiology
5%
Sampling
5%
Network architecture
5%
Screening
5%
Big data
5%
Signal analysis
5%
Pattern recognition
5%
Risk assessment
5%
Resource allocation
5%
Benchmarking
5%
Cryptography
5%
Computer hardware
5%
Mathematics
Myocarditis
52%
Facial Expression Recognition
50%
Clustering
48%
Health Monitoring
47%
Chromatin
42%
Conditional Random Fields
41%
Monitoring System
40%
Image Sequence
37%
Genome
37%
Facial Expression
37%
K-means Clustering
37%
Cancer
25%
Mutation
24%
Thing
24%
Ensemble
24%
Neural Networks
23%
Background
22%
Healthcare
22%
Interaction
22%
Similarity
21%
Requirements
19%
Quality of Service
19%
Experiment
18%
Cardiac
15%
Real-time
13%
Emotion
13%
Costs
13%
Partition
11%
Motion Vector
9%
Model
9%
Gene
9%
Heart
8%
Latency
8%
Optical Flow
7%
Genomics
7%
Demonstrate
7%
Monitor
7%
Heart Failure
6%
Accelerate
6%
Waiting Time
6%
Arrhythmia
6%
Inflammation
6%
Health
6%
Monitoring
6%
Coverage
6%
Likely
6%
Pain
5%
Artificial Intelligence
5%
Psychology
5%
Muscle
5%
Optimization Methods
5%
Profile
5%
Acquisition
5%
Ensemble Methods
5%
Random Field
5%