Immunology
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Bonhoeffer, Rembiszewski, Ortiz, Nixon, 2000
- Risks and benefits of structured antiretroviral drug therapy interruptions in HIV-1 infection: Model 1
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Bonhoeffer, Rembiszewski, Ortiz, Nixon, 2000
- Risks and benefits of structured antiretroviral drug therapy interruptions in HIV-1 infection: Model 2
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Bonhoeffer, Rembiszewski, Ortiz, Nixon, 2000
- Risks and benefits of structured antiretroviral drug therapy interruptions in HIV-1 infection: Model 3
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Dixit, Perelson, 2004
- Complex patterns of viral load decay under antiretroviral therapy: influence of pharmacokinetics and intracellular delay
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Fallon, Lauffenburger, 2000
- Computational Model for Effects of Ligand/Receptor Binding Properties on Interleukin-2 Trafficking Dynamics and T Cell Proliferation Response
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Flynn, Green, Pedley, Boxer, Dearling, Watson, Boden, Begent, 2002
- A Model-Based Approach for the Optimization of Radioimmunotherapy through Antibody Design and Radionuclide Selection
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Grossman, Feinberg, Kuznetsov, Dimitrov, Paul, 1998
- HIV infection: how effective is drug combination treatment?
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Herz, Bonhoeffer, Anderson, May, Nowak, 1996
- Viral Dynamics in vivo: Limitations on estimates of intracellular delay and virus decay
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Iber, Maini, 2002
- A Mathematical Model for Germinal Centre Kinetics and Affinity Maturation
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Kesmir, De Boer, 1999
- A Mathematical Model on Germinal Center Kinetics and Termination
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Kirschner, Panetta, 1998
- Modeling immunotherapy of the tumor-immune interaction
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Kirschner, Webb, 1996
- A Model For Treatment Strategy In The Chemotherapy Of AIDS
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Komarova, Wodarz, 2003
- Evolutionary dynamics of mutator phenotypes in cancer: implications for chemotherapy (Simple Model)
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Komarova, Wodarz, 2003
- Evolutionary dynamics of mutator phenotypes in cancer: implications for chemotherapy (Complex Model)
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Mittler, Sulzer, Neumann, Perelson, 1998
- Influence of delayed viral production on viral dynamics in HIV-1 infected patients
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Moore, Li, 2004
- A Mathematical Model for Chronic Myelogenous Leukemia (CML) and T Cell Interaction (Decreasing CML Variant)
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Moore, Li, 2004
- A Mathematical Model for Chronic Myelogenous Leukemia (CML) and T Cell Interaction (Increasing CML Variant)
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Moore, Li, 2004
- A Mathematical Model for Chronic Myelogenous Leukemia (CML) and T Cell Interaction (CML Recovery Variant)
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Nelson, Murray, Perelson, 2000
- A model of HIV-1 pathogenesis that includes an intracellular delay (General Model)
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Nelson, Murray, Perelson, 2000
- A model of HIV-1 pathogenesis that includes an intracellular delay (Delay Model)
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Nelson, Perelson, 1995
- Modeling defective interfering virus therapy for AIDS: conditions for DIV survival (No DIV Interference)
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Nelson, Perelson, 1995
- Modeling defective interfering virus therapy for AIDS: conditions for DIV survival (DIV Interference)
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Neumann, Lam, Dahari, Gretch, Wiley, Layden, Perelson, 1998
- Hepatitis C Viral Dynamics in Vivo and the Antiviral Efficacy of Interferon-alpha Therapy
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Nevo, Golding, Neumann, Schwartz, Akselrod, 2004
- Nevo et al.'s 2004 mathematical model of autoimmunity.
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Nowak, Bangham, 1996
- Population dynamics of immune responses to persistent viruses (Model 1)
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Nowak, Bangham, 1996
- Population dynamics of immune responses to persistent viruses (Model 2)
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Perelson, Kirschner, de Boer, 1993
- Dynamics of HIV infection of CD4+ T cells (Model 1)
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Perelson, Kirschner, de Boer, 1993
- Dynamics of HIV infection of CD4+ T cells (Model 2)
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Perelson, Kirschner, de Boer, 1993
- Dynamics of HIV infection of CD4+ T cells (Model 3)
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Perelson, Kirschner, de Boer, 1993
- Dynamics of HIV infection of CD4+ T cells (Model 4)
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Perelson, Neumann, Markowitz, Leonard, Ho, 1996
- HIV-1 dynamics in vivo: virion clearance rate, infected cell life-span, and viral generation time
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Revilla, Garcia-Ramos, 2003
- Revilla and Garcia-Ramos's 2003 dynamic model for HIV-1 therapy.
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Rong, Perelson, 2009
- Modeling latently infected cell activation: viral and latent reservoir persistence, and viral blips in HIV-infected patients on potent therapy (Basic Model)
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Rong, Perelson, 2009
- Modeling latently infected cell activation: viral and latent reservoir persistence, and viral blips in HIV-infected patients on potent therapy (Extended Model)
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Schenzle, 1994
- A model for AIDS pathogenesis
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Stilianakis, Dietz, Schenzle, 1997
- Analysis of a Model for the Pathogenesis of AIDS
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Swanson, True, Lin, Buhler, Vessella, Murray, 2001
- A Quantitative Model for the Dynamics of Serum Prostate-Specific Antigen as a Marker for Cancerous Growth
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Wein, D'Amato, Perelson, 1998
- Mathematical analysis of antiretroviral therapy aimed at HIV-1 eradication or maintenance of low viral loads
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Wodarz, 2003
- Evolution of Immunological Memory and the Regulation of Competition between Pathogens
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Wodarz, Hamer, 2007
- Infection dynamics in HIV-specific CD4 T cells: Does a CD4 T cell boost benefit the host or the virus (Model 1)
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Wodarz, Hamer, 2007
- Infection dynamics in HIV-specific CD4 T cells: Does a CD4 T cell boost benefit the host or the virus (Model 2)
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Wodarz, Hamer, 2007
- Infection dynamics in HIV-specific CD4 T cells: Does a CD4 T cell boost benefit the host or the virus (Model 3)
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Wodarz, Hamer, 2007
- Infection dynamics in HIV-specific CD4 T cells: Does a CD4 T cell boost benefit the host or the virus (Model 4)
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Wodarz, Jansen, 2003
- A dynamical perspective of CTL cross-priming and regulation: implications for cancer immunology
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Wodarz, Nowak, 1999
- Specific therapy regimes could lead to long-term immunological control of HIV
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Wodarz, Sierro, Klenerman, 2007
- Dynamics of killer T cell inflation in viral infections (Core Model)
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Wodarz, Sierro, Klenerman, 2007
- Dynamics of killer T cell inflation in viral infections (Core Model + CTL Response)
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Wodarz, Sierro, Klenerman, 2007
- Dynamics of killer T cell inflation in viral infections (Core Model + CTL and NK Response)
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Yates, Stark, Klein, Antia, Callard, 2007
- Understanding the slow depletion of memory CD4+ T cells in HIV infection (Model 1)
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Yates, Stark, Klein, Antia, Callard, 2007
- Understanding the slow depletion of memory CD4+ T cells in HIV infection (Model 2)
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Yates, Stark, Klein, Antia, Callard, 2007
- Understanding the slow depletion of memory CD4+ T cells in HIV infection (Model 3)


