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Showing 401-416 of 416 results
  1. The cubic growth of AIDS cases: General dependence on early infection rates and distribution of times to appearance of clinical symptoms

    An observed cubic dependence on time of the cumulative growth in numbers of AIDS patients is shown to be the leading term of a power series in...

    Michael J. Harrison in Journal of Mathematical Biology
    Article 01 September 1989
  2. The Transmission Dynamics of Human Immunodeficiency Virus (HIV)

    The paper first reviews data on HIV infections and AIDS disease among homosexual men, heterosexuals, IV-drug abusers and children born to infected...
    Robert M. May, Roy M. Anderson in Applied Mathematical Ecology
    Chapter 1989
  3. Mathematical formulation and studies of the risk parameters involved in HIV transmission

    The probability of becoming infected with HIV is formulated in terms of the total number of sexual contacts ( N ), the probability that a sexual act is...

    Sonja Sandberg, Tamara E. Awerbuch in Bulletin of Mathematical Biology
    Article 01 July 1989
  4. The Role of Long Periods of Infectiousness in the Dynamics of Acquired Immunodeficiency Syndrome (AIDS)

    Single and multiple group models for the spread of HIV (human immunodeficiency virus) are introduced. Partial analytical results for these models are...
    Carlos Castillo-Chavez, Kenneth Cooke, ... Simon A. Levin in Mathematical Approaches to Problems in Resource Management and Epidemiology
    Conference paper 1989
  5. Review of Recent Models of HIV/AIDS Transmission

    HIV, the human immunodeficiency acquired immunodeficiency syndrome virus, is the etiological agent for AIDS (acquired immuno deficiency syndrome). In...
    Carlos Castillo-Chavez in Applied Mathematical Ecology
    Chapter 1989
  6. A Model for HIV Transmission and AIDS

    The model formulated for transmission of HIV (the AIDS virus) and the subsequent progression to AIDS is a system of nonlinear differential equations....
    Conference paper 1989
  7. The Effect of Social Mixing Patterns on the Spread of AIDS

    Mathematical models of the transmission of the AIDS virus can help us better understand the spread of the AIDS epidemic and prepare for the future....
    Conference paper 1989
  8. Epidemic Models and the Dynamics of Infectious Diseases

    The study of epidemics has a long history with a vast variety of models and explanations for the spread and cause of epidemic outbreaks. Even today...
    James D. Murray in Mathematical Biology
    Chapter 1989
  9. Three Basic Epidemiological Models

    There are three basic types of deterministic models for infectious diseases which are spread by direct person-to-person contact in a population. Here...
    Herbert W. Hethcote in Applied Mathematical Ecology
    Chapter 1989
  10. Possible Demographic Consequences of HIV/AIDS Epidemics: II, Assuming HIV Infection does not Necessarily Lead to AIDS

    It seems likely that mortality associated with HIV/AIDS infections, transmitted horizontally by heterosexual contacts among adults and vertically to...
    Robert M. May, Roy M. Anderson, Angela R. McLean in Mathematical Approaches to Problems in Resource Management and Epidemiology
    Conference paper 1989
  11. Some Applications of Structured Models in Population Dynamics

    It is now a well-known fact that age or size structure often affects qualitative changes in the dynamics of population models (see Nisbet and Gurney...
    Carlos Castillo-Chavez in Applied Mathematical Ecology
    Chapter 1989
  12. Zu versicherungsmathematischen Modellen über die Auswirkung von AIDS in der Lebensversicherung

    The first part of the paper comprises a review of the currently known actuarial models for describing the epidemiological development of AIDS. It is...

    Günther Segerer in Blätter der DGVFM
    Article 01 October 1988
  13. HIV spread in the San Francisco cohort: Scaling of the effective logistic rate for seropositivity

    A simple scaling (semigroup) property is manifest in the functional form of the effective logistic rate for the increase in the HIV seropositive...

    Article 01 July 1988
  14. Epidemiological models for sexually transmitted diseases

    The classical models for sexually transmitted infections assume homogeneous mixing either between all males and females or between certain subgroups...

    K. Dietz, K. P. Hadeler in Journal of Mathematical Biology
    Article 01 February 1988
  15. Neue Ergebnisse über AIDS-bedingte Sterblichkeiten und ihre Konsequenzen für die Lebensversicherung

    By computer simulation based upon high dimensional differential equations we prognosticate the number of AIDS-cases for several groups with specific...

    Jürgen Weyer, Axel Holzwarth in Blätter der DGVFM
    Article 01 April 1988
  16. Cells

    Just as atoms are the fundamental units of elements, the cell is the fundamental unit of structure of all living things except viruses (see Appendix...
    Chapter 1979
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