Mathematics
Backward Bifurcation
100%
Tuberculosis
80%
Infection
80%
China
79%
Model
68%
Allee Effect
55%
Drugs
51%
Influenza
50%
Endemic Equilibrium
47%
Population Model
44%
Discrete Model
40%
Prey
40%
Basic Reproduction number
38%
Mathematical Modeling
38%
Bifurcation
37%
Mathematical Analysis
37%
Infectious Diseases
36%
Strategy
36%
Noise-induced Transition
32%
Predator-prey
32%
Turtle
31%
Population Dynamics
31%
Wound Healing
30%
Human
30%
SIS Model
30%
Community
29%
Quarantine
28%
Bistability
28%
Ecology
27%
Resources
26%
Demography
25%
Age Structure
25%
Mathematical Model
25%
Ratio-dependent
24%
System of Differential Equations
24%
Time Scales
23%
Dependent
23%
Social Networks
23%
System Dynamics
22%
Complex Dynamics
22%
Deterministic Model
22%
Failure Rate
22%
Therapy
21%
Migration
21%
Education
20%
Virus
20%
Epidemic Model
19%
Reproduction number
18%
Elimination
18%
Interaction
18%
Medicine & Life Sciences
Basic Reproduction Number
57%
Turtles
51%
Population Dynamics
49%
Epidemics
47%
Tuberculosis
47%
Population
42%
China
36%
Theoretical Models
35%
Reproduction
31%
Echinococcus
28%
Infections
28%
Peer Influence
26%
Mathematics
24%
Population Growth
24%
Temperature
22%
Echinococcosis
22%
Sex Ratio
21%
Social Networking
21%
Mycobacterium tuberculosis
21%
Starvation
20%
Orthomyxoviridae
19%
Human Influenza
17%
Noise
17%
Birds
17%
HIV Infections
16%
Education
15%
Poisons
14%
Eggs
13%
Coinfection
13%
HIV
13%
Pharmaceutical Preparations
13%
Demography
12%
Ecosystem
12%
Social Sciences
11%
Epidemiology
11%
Bird Diseases
10%
Mortality
9%
Gonorrhea
9%
Body Mass Index
9%
Uncertainty
8%
Ketone Bodies
8%
Communicable Diseases
8%
Multidrug-Resistant Tuberculosis
7%
Young Adult
7%
Recurrence
7%
Therapeutics
7%
Disease Outbreaks
7%
Eye Protective Devices
7%
Natural Science Disciplines
7%
Agriculture & Biology
tuberculosis
65%
basic reproduction number
47%
mathematical models
34%
infection
32%
households
29%
China
28%
Mycobacterium tuberculosis
27%
Echinococcus
27%
mathematics
25%
Chelonia mydas
25%
social networks
24%
Orthomyxoviridae
22%
peers
22%
influenza
22%
deterministic models
21%
differential equation
20%
mixed infection
20%
education
19%
age structure
19%
drugs
19%
biomathematics
17%
relapse
17%
starvation
17%
body mass index
15%
migratory birds
13%
social sciences
13%
epidemiology
13%
school children
12%
young adults
10%
committees
10%
trajectories
9%
infectious diseases
9%
uncertainty
9%
birds
9%
toxic substances
9%
superinfection
9%
medical treatment
8%
extinction
8%
lean body mass
8%
demographic statistics
8%
ketone bodies
8%
public health
8%
elementary students
8%
stress response
7%
energy
7%
dynamic models
7%
curriculum
6%
antiretroviral agents
6%
disease models
6%
emerging diseases
6%