Document 0596 DOCN M94A0596 TI Modelling the HIV epidemic, results from a three year project. DT 9412 AU Kault D; Dept. Maths & Stats, James Cook University, Townsville, Qld. SO Annu Conf Australas Soc HIV Med. 1993 Oct 28-30;5:88 (poster no. 27). Unique Identifier : AIDSLINE ASHM5/94349059 AB HIV spreads through a network of sexual contacts. Sexual behaviour surveys give insufficient information about this network to allow predictions of the spread of HIV. However, this information is encoded in the detailed epidemiology of other STDs as these have spread through the same network now available for HIV. Mathematical models allow decoding of this and other aspects of HIV epidemiology and enable long term predictions of the course of the epidemic and the efficiencies of interventions. Modelling shows that the marked decline in incidence of gonorrhea and new cases of HIV infection in communities affected by AIDS can be explained by the natural history of the epidemic without behavioural change. It is predicted that HIV will become endemic and there will probably be a heterosexual epidemic in Australia. Modelling also shows that general condom promotion and removal of HIV, positives from risky sexual activity are in theory equally effective preventive strategies. Reducing partner change rates is less effective in the medium term. Targeting preventive interventions at STD clinic attendees will be effective only when a small epidemic is expected. Reintroducing routine neonatal circumcision may be an important overlooked weapon in long term anti-HIV strategies. DE Circumcision Cross-Sectional Studies *Disease Outbreaks Female Gonorrhea/EPIDEMIOLOGY/TRANSMISSION Human HIV Infections/EPIDEMIOLOGY/PREVENTION & CONTROL/*TRANSMISSION Incidence Infant, Newborn Male *Models, Statistical Patient Care Team Pregnancy Sex Behavior MEETING ABSTRACT SOURCE: National Library of Medicine. NOTICE: This material may be protected by Copyright Law (Title 17, U.S.Code).