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A delay-differential equation model of HIV infection of CD4
+
T-cells
Rebecca V. Culshaw,
Shigui Ruan
Research output
:
Contribution to journal
›
Article
›
peer-review
466
Scopus citations
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+
T-cells'. Together they form a unique fingerprint.
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Mathematics
Asymptotically Stable
9%
Cell
7%
Delay Differential Equations
66%
Discrete-time
7%
Human
60%
Infection
65%
Mathematical Modeling
9%
Model
21%
Simplify
8%
T-cells
88%
Time Delay
9%
Virus
71%
Agriculture & Biology
blood flow
9%
differential equation
86%
HIV infections
100%
Human immunodeficiency virus
13%
infection
5%
mathematical models
8%
T-lymphocytes
61%
virion
9%
viruses
12%
Engineering & Materials Science
Computer simulation
5%
Differential equations
59%
T-cells
99%
Time delay
15%
Medicine & Life Sciences
HIV
46%
Infections
5%
T-Lymphocytes
41%
Virion
10%
Virus Diseases
49%
Viruses
14%
Chemical Compounds
Simulation
14%
Time
24%