Titlebook: In vivo Models of HIV Disease and Control; Herman Friedman,Steven Specter,Mauro Bendinelli Book 2006 Springer-Verlag US 2006 AIDS.AIDS vac

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Ethics

Brain-Imaging

不可救药

Historical Perspective,of relevant animal models. In this retrospective overview I will mention, from my 35 years experience, some of the major lessons learned and “misadventures” experienced, intertwined with major events in recent retrovirus history (Table I).

重力

Animal Model Systems of HIV-Diseases,an animal model that can be progressively infected by HIV remains elusive. Thus, a number of animal models have been established that utilize “other” lentiviruses that mimic HIV infection in specific ways and provide the means to mirror natural infection in its human host. Alternatively, relevant an

抚慰

SIV as a Model for AIDS Pathogenesis Studies, important since its outcome determines the disease course in HIV-1 infected humans and SIV-infected monkeys. Furthermore, organs usually not accessible for investigations in humans can be analyzed at any point during the infection. This animal model also provides the opportunity to intervene experi

fastness

DEI

GRATE

FIV as a Model for AIDS Vaccine Studies,n of up to 25% in populations of pet cats, an effective FIV vaccine could have a significant influence on animal welfare. In addition, this success poses the question of whether a similar strategy might produce an effective vaccine against HIV.

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Equine Infectious Anemia Virus as a Model for Lentiviral Pathogenesis,lly those affecting more amenable animal models such as chickens and mice. EIAV and the other so-called “slow viruses” of ungulates, maedi-visna virus (MVV) of sheep and caprine-arthritis encephalitis virus (CAEV) of goats, garnered some attention due to reports that described their ability to form