The Yin & Yang of HIV

In Australia, an individual is diagnosed as having AIDS if he or she fulfills the criteria set out in the latest (1993) revision of the US "CDC surveillance case definition for AIDS".107 (Other definitions in use around the world make scientific comparisons almost impossible. In Africa, AIDS is diagnosed on symptoms and without blood tests.108) Since from 1985 the Centers for Disease Control "accepts" HIV as the cause of AIDS, it should not be possible to diagnose AIDS by any means inconsistent with the HIV theory. However, even a cursory reading of the 1993 definition reveals AIDS can be diagnosed - with the imprimatur of the CDC - with Kaposi's sarcoma (which even Gallo54 accepts is not caused by HIV), in the absence of immune deficiency, "without laboratory evidence of HIV infection" and, extraordinarily, "in the presence of negative results for HIV infection"109 (italics ours).

In an extensive review of 25 studies of homosexual men reported in 1994 by Caceres and van Griensven, the authors concluded that "no or no consistent risk of the acquisition of HIV-1 infection has been reported regarding insertive intercourse".112

In the West, the largest and most judiciously conducted prospective epidemiological studies, such as the Multicenter AIDS Cohort Study (MACS) of 4,954 gay men,113 have proven beyond all reasonable doubt that in homosexual men the only significant sexual act related to becoming HIV-antibody-positive is receptive anal intercourse. Thus, in gay men, AIDS may be likened to the non-infectious condition, pregnancy. It is acquired by the passive partner but is not transmitted to the active partner.

Significantly, the MACS also showed that once a homosexual man becomes HIV-positive, progression to AIDS is further determined by the amount of passive anal intercourse sustained after "infection". This is contrary to all that is known about infectious diseases. Infection, not repeated infections, causes disease. Indeed, the Royal Australasian College of Surgeons (RACS) considers HIV-positive surgeons to be "infectious" and that they "should not perform invasive procedures or operations", but "they may provide these services to patients who have the same infection".114

In the cross-sectional study, "The constant per-contact infectivity for male-to-female transmission was estimated to be 0.0009 [1 in 1,111]". The risk factors for the women were: (i) anal intercourse; (ii) having partners who acquired this infection through drug use (Padian says this means the women may also be IV drug users); (iii) the presence of STDs (antibodies to their causative agents may react in an "HIV" antibody test).15, 20 Of the HIV-negative male partners of 82 HIV-positive female cases, only two became HIV-positive - but under circumstances that Padian considered ambiguous.

In the prospective study, starting in 1990, 175 HIV-discordant couples were followed for approximately 282 couple-years. At entry to the study, one third used condoms consistently and, in the six months prior to their last follow-up visit, 26 per cent of couples consistently failed to use condoms. There were no seroconversions after entry, including the 47 couples not using condoms consistently. Based on the 2 in 86 men who became HIV-positive in the early study, the risk to a non-infected male from his HIV-positive female partner was reported to be in the order of 1 in 9,000 per contact. From this statistic one can calculate that, on average, a male would need to have 6,000 sexual contacts with an infected female to achieve a 50 per cent chance of becoming HIV-positive. If sexual intercourse were to commence at age 20 and average three times weekly, this would occupy a lifetime.57, 116

In September 1985, 56 non-intravenous drug using (IVDU) prostitutes were tested "...in the rue Saint-Denis, the most notorious street in Paris for prostitution. More than a thousand prostitutes work in this area... These women, aged 18-60, have sexual intercourse 15-25 times daily and do not routinely use protection." None was positive.118

In Copenhagen, 101 non-IVDU prostitutes, a quarter of whom "suspected that up to one fifth of their clients were homosexual or bisexual", were tested during August-October 1985. The median numbers of sexual encounters per week was twenty. None was positive.118

In 1985, 132 prostitutes (and 55 non-prostitutes) who attended a Sydney STD clinic were tested for HIV antibodies. The average number of sexual partners (clients and lovers) in the previous month was 24.5. When an estimate was made to separate clients and lovers, the median number of sexual contacts per year rose from 175 to 450. The partners of only 14 prostitutes (11%) used condoms at all, and 49% of their partners used condoms in fewer than 20% of encounters. No women were HIV-positive.119

The same Australian clinic repeatedly tested an additional 491 prostitutes who attended between 1986 and 1988. Of 231 out of the 491 prostitutes surveyed, 19% "had bisexual non-paying partners and 21% had partners who injected drugs. Sixty-nine per cent always used condoms for vaginal intercourse with paying clients, but they were rarely used with non-paying partners. Condoms were rarely used by those clients and/or partners for the 18% of prostitutes practising anal intercourse." No women were HIV-positive.

At the time of this report, a decade into the AIDS era, the authors commented that "there has been no documented case of a female prostitute in Australia becoming infected with HIV through sexual intercourse" (italics ours). Yet, these investigators from the Sydney Sexual Health Centre concluded that "there are still many women working as prostitutes in Sydney who remain seriously at risk of HIV infection".120

In Spain, of 519 non-IVDU prostitutes tested between May 1989 and December 1990, only 12 (2.3%) had a positive test, which was "only slightly higher than that reported five years ago in similar surveys". Some prostitutes had as many as 600 partners a month, and the development of a positive antibody test was directly related to the practice of anal intercourse. The authors also noted that "a more striking and disappointing finding was the low proportion of prostitutes who used condoms at all times, despite the several mass-media AIDS prevention campaigns that have been carried out in Spain".121

Similar data from two Scottish studies,122 the 1993 European Working Group on HIV Infection in Female Prostitutes study,123 and a 1994 report on 53,903 prostitutes working in the Philippines and tested between 1985 to 1992, confirm that non-IVDU prostitutes remain virtually devoid of HIV infection. For example, in the latter study, only 72 women (0.01%) were found to be HIV-positive.

In studies where there appears to be a high incidence of HIV amongst prostitutes, there are uncertainties that defy explanation. For example, although "HIV has been present in the commercial sex work networks in the Philippines and Indonesia for almost as long as it has been in Thailand and Cambodia", the prevalence of HIV in the former is 0.13% and 0.02% respectively and 18.8% and 40% in the latter.124

If these are accurate data, the discrepancy defies epidemiological explanation and has indeed baffled the experts, although the latter postulate "behavioural factors", such as one country's prostitutes and clients being considerably more or less sexually active than another. However, one could also pose another question. What are the "HIV" antibody tests actually measuring? Be that as it may, since 5,674 (44%) and 4,360 (34%) of the 12,785 Cambodian "HIV and AIDS Case Reports" till 31 December 1997 are listed as "Unknown" in gender and age respectively,125 data collection, at least by the World Health Organization in Cambodia, must be regarded as problematic.

According to Simon Wain-Hobson, a leading HIV expert from the Pasteur Institute, "a virus's job" is to spread. "If you don't spread, you're dead". The "overwhelming" evidence from studies both in homosexual men and heterosexuals is that HIV/AIDS is not bidirectionally sexually transmitted. In the whole history of medicine there has never been such a phenomenon. Since microbes rely on person-to-person spread for their survival, it is impossible to claim from epidemiological data that HIV/AIDS is an infectious, sexually transmitted disease. Indeed, Professor Stuart Brody, from the University of Tübingen, has argued that physicians ignore the actual heterosexual data and instead promote the politically correct idea that everyone is at risk. "Ideological knowledge about AIDS is far more likely to filter through society than scientific knowledge."37

THE HIV WESTERN BLOT TEST The HIV Western blot test consists of a thin nitrocellulose strip in which are embedded proteins claimed to be unique to HIV. Each protein is labelled with a "p" followed by its molecular weight in thousands. Serum is added to the strip and, if there are antibodies to a particular protein, this band will "light up". The HIV Western blot is not standardised, and thus, around the world, different combinations of bands are considered positive. Hence a positive test in one country is not positive in another. An African would not be positive in Australia. A person from the MACS would not be positive anywhere in the world, including Africa. Yet the HIV Western blot is considered to be highly specific and is considered synonymous with HIV infection.

Key: AFR = Africa;1 AUS = Australia;2 FDA = US Food and Drug Administration;3 RCX = US Red Cross;3 CDC = US Centers for Disease Control;3 CON = US Consortium for Retrovirus Serology Standardization;3 GER = Germany; UK = United Kingdom; FRA = France; MAC = US Multicenter AIDS Cohort Study 1983-1992 According to data presented in Lundberg et al.,3 when the US FDA criteria are used to interpret the HIV Western blot, less than 50% of US AIDS patients are HIV-positive, whereas 10% of persons not at risk of AIDS are also HIV-positive by the same criteria. Note: In February 1993, the US FDA relaxed its stringent criteria in order to "reduce the number of HIV-1 seroindeterminate Western blot interpretations"; that is, to increase the number of HIV-positive individuals.4 Endnotes 1. WHO (1990), "Acquired Immunodeficiency Syndrome (AIDS). Proposed criteria for interpreting results from Western blot assays for HIV-1, HIV-2 and HTLV-I/HTLV-II", Weekly Epidem. Rec 65:281-298. 2. Healy, D.S., Maskill, W.J., Howard, T.S. et al. (1992), "HIV-1 Western blot: development and assessment of testing to resolve indeterminate reactivity", AIDS 6:629-633. 3. Lundberg, G.D. (1988), "Serological Diagnosis of Human Immunodeficiency Virus Infection by Western Blot Testing", JAMA 260:674-679. 4. Kleinman, S., Busch, M.P., Hall, L. et al. (1998), "False-positive HIV-1 test results in a low-risk screening setting of voluntary blood donation", JAMA 280:1080-1083.

THE DIAGNOSIS OF "HIV" INFECTION

Prior to 1987, one "HIV-specific" WB band was considered proof of HIV infection. However, since 15%-25% of healthy, no-risk individuals have "HIV-specific" WB bands,127, 128 it became necessary to redefine a positive WB by adding extra and selecting particular bands, otherwise at least one in every seven people would be diagnosed as infected with HIV. (Notwithstanding, in the MACS, one band remained proof of HIV infection in homosexual men until 1990.129) On the other hand, although AIDS in Europe and the US began to decline in 1987,130, 131 this trend was countered by the addition of more and more diseases and, most recently, mere laboratory abnormalities132 to each revision (1985, 1987, 1993) of the first, 1982 CDC definition.

The net effect of these changes was to maintain a correlation between "HIV" antibodies and "AIDS" amongst the "risk" groups, while the risk of an HIV/AIDS diagnosis outside these groups remained slight. This was further accentuated by avoiding testing outside the risk groups. However, when such studies were performed amongst 89,547 anonymously tested blood specimens from 26 US hospital patients meticulously chosen to be at no risk of AIDS, 0.7%-21.7% of men and 0.0%-7.8% of women aged 25 to 44 years were found to be HIV-WB-positive.133 (It is estimated that approximately 1% of men are homosexual. Also, at the five hospitals with the highest rates of HIV antibodies, one third of positive tests were in women. Yet men vastly outnumber women as AIDS patients.)

In addition, the US Consortium for Retrovirus Serology Standardization reported that 127 (10%) of 1,306 individuals at "low risk" for AIDS, including "specimens from blood donor centers", had a positive HIV antibody test by the "most stringent" US WB criteria.127

Thus the correlation of "HIV" antibodies with AIDS - which experts accept as the only in vivo proof that HIV causes AIDS - is not a statistic related to the natural, unbridled activity of a virus, but is instead a contrivance generated by mankind. Not only does correlation never prove causation, the artificiality of this particular "correlation" severely compromises its scientific analysis.

One of the most bizarre aspects of the HIV/AIDS theory is that different laboratories, institutions and countries define different sets of WB bands as a positive test (see chart on previous page). The global variation in interpretive criteria means that in Australia, for example, a positive test requires particular sets of four bands. In the USA, different sets of two or three suffice, which may or may not include the bands required in Australia. In Africa, only one designated set of two is required. Put simply, this means that the same person tested in three cities on the same day may or may not be HIV-infected.

If the diagnosis of HIV infection were a game of poker, a flush would require five cards the same suit in one country, but only one or two elsewhere. A virus cannot behave in this manner, but according to the HIV test, which is claimed to have a specificity of 99.999%,134 it does. As incomprehensible as this appears, further difficulties remain. For example, an Australian tested in Australia with one or two "HIV- specific" bands would not be reported as HIV-infected.109 Clearly, however, there must be a reason why an uninfected individual, such as a healthy blood donor or military recruit, can possess any, even one, "HIV-specific" band. According to the experts, these bands are caused by cross-reacting, that is, "false", "non-HIV" antibodies which react with the "HIV" proteins. Thus it is axiomatic that an antibody which reacts with a particular protein is not necessarily an antibody which the immune system has generated specifically in response to that protein.

The Australian National HIV Reference Laboratory (NRL) concedes that "False reactivity may be to one or more [HIV] protein bands and is common (20%-25% of anti-HIV-negative blood donors [will] exhibit one or more bands on a WB)".128 However, Eleopulos argues that if "non-HIV" antibodies cause "one or more protein bands", then why are they not able to cause four or five? Or all ten? On what basis do experts assert which antibodies are "false" and which are "true"? Or, how do the same three bands, caused by "false", non-"HIV" antibodies, become "true" when accompanied by one extra? On what basis do experts assert there are any "true" HIV antibodies? If the Australian traveller were to be tested in the USA, where two or three bands are sufficient to diagnose HIV infection, are his antibodies "false" in Australia but "true" as his aeroplane touches down in Los Angeles?

In 1994, one of us (VFT) wrote to the Medical Journal of Australia, seeking justification of both the Australian criteria for a positive Western blot test and the global variability.28 The response by Dr Elizabeth Dax of the NRL135 did not answer either question, and subsequent correspondence failed to pass the editorial staff at the same journal. When the same questions were later put via the offices of Senator Chris Ellison, the first question was again unanswered, and the widely different criteria between Australia and Africa were justified on the basis that, in Africa, "comparatively false reactivity is far less common [than in Australia] so that interpretation criteria to define [true] positivity may be less strict".128 However, no scientist can make such a claim without data.

All antibody tests are subject to the vagaries of cross-reactions, and the only way to calculate the incidences of "true" and "false" antibodies is to scrutinise reactions against what the test is purportedly meant to measure, that is, against HIV itself.

HIV isolation is the only "gold standard" by which the specificity of the antibodies can be determined, and this must be evaluated before the test is introduced into clinical practice.

However, despite the WB test being in widespread use and "a stalwart"135 of HIV testing, these data have never been reported by the NRL or any other laboratory. Even without such evidence - since (a) the NRL concedes that cross-reacting antibodies cause misleading reactions in the WB in one quarter of healthy Australians, and (b) unlike Australians, Africans (similar to the AIDS risk groups) are exposed to a multitude of infectious agents producing myriad antibodies, each capable of cross-reactions - "false reactivity" will be much higher in Africa where the WB criteria should be the most stringent. If "HIV" antibodies indeed prove that one third of heterosexual adults in certain central and eastern African countries are infected with HIV, "life in these countries must be one endless orgy".39

If the proteins used in the HIV ELISA and WB tests are unique constituents of an exogenous retrovirus, and if such a virus induces specific antibodies, we would never expect to find such antibodies in the absence of HIV. Yet, in addition to the circumstances above, there are numerous others where antibodies which react with the "HIV-specific" proteins arise where HIV/AIDS experts concede there is no HIV. These include healthy mice injected with lymphocytes of similar mice136 or bacterial extracts (V. Colizzi et al., personal communication); following the transfusions of HIV-free blood137 or a person's own irradiated blood138; and 72 out of 144 dogs tested at a veterinary clinic in Davis, California, USA.139 In addition, antibodies to the microbes which cause the fungal and mycobacterial diseases affecting 90% of AIDS patients react with the "HIV-specific" proteins.20, 140

This year it was reported that 35% of patients with primary biliary cirrhosis, 39% of patients with other biliary disorders, 29% of those with lupus, 60% of patients with hepatitis B, 35% with hepatitis C - all non-HIV, non-AIDS diseases - have antibodies to the "HIV" p24 "core" protein.141 Until 1990, an unknown number of the 4,954 homosexual men in the MACS were diagnosed HIV-infected on the basis of an antibody to the "HIV-specific" p24 protein, that is, with one WB band. Why do not all similar tests prove infection with HIV? Why are gay men with a single p24 band infected with a deadly virus, while biliary and liver disease patients with the same band are not? Why were the criteria for diagnosing HIV infection set less rigorously for homosexual men and Africans? And if HIV antibodies are specific and HIV infection is "for life", why do reformed drug addicts, leading healthy lives, lose their HIV anti-bodies?142

Although all HIV experts accept cross-reactivity in HIV antibody testing, in 1993 the New South Wales Department of Health interpreted the discovery of "HIV" antibodies in four women as "compelling evidence" for transmission of HIV from a homosexual man during the course of minor, office surgery in 1989.143 However, there was no proof that the man was HIV-infected at the time of surgery, or that any of the four women were operated on after the man.

This report remains the only one of its kind in the world, and it immediately led to the establishment of a special committee of the Royal Australasian College of Surgeons which wrote to all College Fellows, inviting submissions upon the matter. But, rather than seizing upon the rarity of the event and following advice urging a formal scientific enquiry into whether "HIV" antibodies are caused by infection with a retrovirus,144 the College accepted these data as proof of cross-infection but concluded, "The mode of transmission is unknown".114 ××

Unlike HIV/AIDS experts, who claim the specificity of the HIV antibody test is 99.999%, one manufacturer of HIV antibody tests states in the package insert: "At present there is no recognized standard for establishing the presence or absence of HIV-1 antibody in human blood. Therefore sensitivity was computed on the clinical diagnosis of AIDS, and specificity based on random [healthy blood] donors..."145 The latter were chosen as de facto non-HIV-infected for the purposes of determining how many tests are false positives. However, by this "reasoning", since the majority of HIV-positive individuals are healthy, they cannot be infected. Thus the WHO146 predictions of a global pandemic are patently untrue.

Editor's Notes:

About the Authors:

Endnotes:
× In most countries, including Australia, individuals with two positive ELISAs have HIV infection "confirmed" by performing a Western blot test. However, this testing algorithm selects individuals who have a higher rate of cross-reacting antibodies and are therefore more likely to react in the Western blot test. (This is analogous to determining the number of heart attacks in the community by performing ECGs only on patients with chest pain - an experiment which grossly underestimates the real number because many heart attacks are "silent".) On the other hand, England and Wales do not use the HIV WB to "confirm" reactive HIV ELISAs because Dr Philip Mortimer, Director of the UK Public Health Laboratory Service, claims that "truly positive" antibodies are "easily" detected "because these are reactive in all ["methodologically different machine-read" ELISA] assays".181 (This reasoning is analogous to performing a chest X-ray with several machines and claiming a suspicious abnormality is lung cancer because the appearances are repeatedly the same.) Asked at the 1998 Geneva AIDS Conference to comment on the UK dropping the Western blot test, Gallo remarked: "Well, the bulk of the world uses it. If some technology comes across better, I'd be the first to say 'do it'. I mean, obviously, the Western blot's a valuable test as defining the proteins that you have antibodies to. Everybody uses it experimentally and most people use it around the world... Britain doesn't use it. Maybe there are two countries that have found a better way. God bless them. Okay?"

×× In 1997, the Perth group attempted a second time to engage the Royal Australasian College of Surgeons (RACS) in debating the HIV/AIDS controversy by submitting a paper entitled "A critical analysis of the evidence for the isolation of HIV" (see website <www.virusmyth.com/aids/data/epappraisal.htm>). It is RACS editorial policy to "welcome personal views of surgeons on a variety of topics" and to publish papers on "current and controversial issues". Although both reviewers accepted the bulk of the scientific arguments and found the paper "interesting reading", they advised against publication because, in their view, an analysis of evidence for the isolation of HIV was of "no real relevance...to a surgical audience" or "would be of little interest or use to the majority of readers of the Australian and New Zealand Journal of Surgery".

××× Of the cumulative 7,766 Australian AIDS cases to date, 387 (5%) are reported in the "Heterosexual contact" exposure category. However, 22 of these qualify on the basis of "Sex with injecting drug user", "Sex with bisexual male", "From high prevalence country" (where heterosexual spread is deemed dominant), "Sex with HIV-infected person, exposure not specified", or "Not further specified".177 Thus, injecting drug use, anal intercourse in women, the presumption of any form of sexual intercourse, and lack of sufficient data, question the mode of acquiring HIV infection in at least 330 (85% of) individuals listed in this exposure category.

References:
107. CDC (1992), "1993 Revised Classification System for HIV Infection and Expanded Surveillance Case Definition for AIDS Among Adolescents and Adults", MMWR 41:1-19.
108. WHO (1986), "Acquired Immunodeficiency Syndrome (AIDS): WHO/CDC case definition for AIDS", Wkly Epidem. Rec. 61:69-76.
109. Fauci, A.S., Lane, H.C., "Human Immunodeficiency Virus (HIV) Disease: AIDS and Related Disorders", in Harrison's Principles of Internal Medicine (Isselbacher, K.J., Braunwald, E., Wilson, J.D., Martin, J.B., Fauci, A.S., Kasper, D.L., eds), McGraw-Hill, Inc., New York, 1994, 13th ed., pp. 1566-1618.
110. Goedert, J.J., Sarngadharan, M.G., Biggar, R.J. et al. (1984), "Determinants of retrovirus (HTLV-III) antibody and immunodeficiency conditions in homosexual men", Lancet 2:711-6.
111. Stevens, C.E., Taylor, P.E., Zang, E.A. et al. (1986), "Human T-cell lymphotropic virus type III infection in a cohort of homosexual men in New York City", JAMA 255:2167-2172.
112. Caceres, C.F., van Griensven, G.J.P. (1994), "Male homosexual transmission of HIV-1", AIDS 8:1051-1061.
113. Kingsley, L.A., Kaslow, R., Rinaldo, C.R. et al. (1987), "Risk factors for seroconversion to human immunodeficiency virus among male homosexuals", Lancet i:345-348.
114. West, R.H., O'Connor, T.W., Penny, R. et al., "Policy Document: Infection Control in Surgery", Royal Australasian College of Surgeons, Melbourne, 1998.
115. European Study Group (1989), "Risk factors for male-to-female transmission of HIV", Brit. Med. J. 298:411-414.
116. Padian, N.S., Shiboski, S.C., Glass, S.O., Vittinghoff, E. (1997), "Heterosexual transmission of human immunodeficiency virus (HIV) in northern California: Results from a ten-year study", Am. J. Epidemiol. 146:350-357.
117. Anonymous (1985), "HTLV-III antibody in prostitutes", Lancet ii:1424.
118. Krogsgaard, K., Gluud, C., Pederson, C. et al. (1986), "Widespread use of condoms and low prevalence of sexually transmitted diseases in Danish non-drug-addict prostitutes", Brit. Med. J. 293:1473-1474.
119. Philpot, C.R., Harcourt, C., Edwards, J., Grealis, A. (1988), "Human immunodeficiency virus and female prostitutes, Sydney 1985", Genitourinary Med. 64:193-7.
120. Philpot, C.R., Harcourt, C.L., Edwards, J.M. (1991), "A survey of female prostitutes at risk of HIV infection and other sexually transmissible diseases", Genitourinary Med. 67:384-8.
121. Pineda, J.A., Aguado, I., Rivero, A. et al. (1992), "HIV-1 infection among non-intravenous drug user female prostitutes in Spain: No evidence of evolution to Pattern II", AIDS 6:1365-1369.
122. McKeagney, N., Barnard, M., Leyland, A., Coote, I., Follet, E. (1992), "Female streetworking prostitution and HIV infection in Glasgow", Brit. Med. J. 305:801-804.
123. Anonymous (1993), "HIV infection in European female sex workers: epidemiological link with use of petroleum-based lubricants", European Working Group on HIV Infection in Female Prostitutes, AIDS 7:401-8.
124. Anonymous (1998), "The HIV/AIDS/STD epidemics in Asia and the Pacific", Australian HIV Surveillance Report 14:1-8.
125. Samrith, C., "Official HIV and AIDS Case Report", World Health Organization, Phnom Penh, Cambodia, 1997.
126. McLaws, M.L., Brown, A.R.D., Cunningham, P.H., Imrie, A.A., Wilcken, B., Cooper, D.A. (1989), "Prevalence of maternal HIV infection based on anonymous testing of neonates, Sydney 1989", Med. J. Aust. 153:383-386.
127. Lundberg, G.D. (1988), "Serological diagnosis of human immunodeficiency virus infection by Western blot testing", JAMA 260:674-679.
128. Wooldridge, Dr M., Australian Federal Minister for Health and Human Services, Letter to Senator C. Ellison, 1997.
129. Phair, J., Jacobson, L., Detals, R. et al. (1992), "Acquired Immune Deficiency Syndrome Occuring Within 5 Years of Infection with Human Immunodeficiency Virus Type-1: The Multicenter AIDS Cohort Study", J. Acquir. Immun. Defic. Syndr. 5:490-496.
130. Melbye, M., Begtrup, K., Rosenberg, P.S. et al. (1998), "Differences in susceptibility to AIDS development: A cohort study of Danish and American homosexual-bisexual men, 1981-1995", J. Acq. Immune Def. Syndr. Hum. Retrovirol. 18:270-276.
131. Lemp, G.F., Porco, T.C., Hirozawa, A.M. et al. (1997), "Projected incidence of AIDS in San Francisco: The peak and decline of the epidemic", J. Acq. Immune Def. Syndr. Hum. Retrovirol. 16:182-189.
132. CDC (1993), "1993 Revised Classification System for HIV Infection and Expanded Surveillance Case Definition for AIDS Among Adolescents and Adults", MMWR 41:1-19.
133. St Louis, M.E., Rauch, K.J., Peterson, L.R., Anderson, J.E., Schable, C.A., Dondero, T.J. (1990), "Seroprevalence rates of human immunodeficiency virus infection at sentinel hospitals in the United States", NEJM 323:213-218.
134. Burke, D.S., Brundage, J.F., Redfield, R.R. et al. (1988), "Measurement of the false positive rate in a screening program for human immunodeficiency virus infections", NEJM 319:961-964.
135. Dax, E. (1994), "The HIV Western blot: Reply to letter", Med. J. Aust. 160:808.
136. Kion, T.A., Hoffmann, G.W. (1991), "Anti-HIV and anti-anti-MHC antibodies in alloimmune and autoimmune mice", Science 253:1138-1140.
137. Genesca, J., Jett, B.W., Epstein, J.S., Shih, J.W.K., Hewlett, I.K., Alter, H.J. (1989), "What do Western Blot indeterminate patterns for Human Immunodeficiency Virus mean in EIA-negative blood donors?", Lancet ii:1023-1025.
138. Kozhemiakin, L.A., Bondarenko, I.G. (1992), "Genomic instability and AIDS", Biochimiia 57:1417-1426.
139. Strandstrom, H.V., Higgins, J.R., Mossie, K., Theilen, G.H. (1990), "Studies with canine sera that contain antibodies which recognize human immunodeficiency virus structural proteins", Cancer Res. 50:5628s-5630s.
140. Kashala, O., Marlink, R., Ilunga, M. et al. (1994), "Infection with human immunodeficiency virus type-1 (HIV-1) and human T-cell lymphotropic viruses among leprosy patients and contacts: correlation between HIV-1 cross-reactivity and antibodies to lipoarabinomannan", J. Infect. Dis. 169:296-304.
141. Mason, A.L., Xu, L., Guo, L. et al. (1998), "Detection of retroviral antibodies in primary biliary cirrhosis and other idiopathic biliary disorders", Lancet 351:1620-1624.
142. Lange, W.R., Ball, J.C., Adler, W.H. et al. (1991), "Followup study of possible HIV seropositivity among abusers of parenteral drugs in 1971-72", Pub. Health Rep. 106:451-455.
143. Chant, K., Lowe, D., Rubin, G. et al. (1993), "Patient-to-patient transmission of HIV in private surgical consulting rooms", Lancet 342:1548-1549.
144. Turner, V.F., Papadopulos-Eleopulos, E. (1994), "Patient-to-patient transmission of HIV in a surgeon's private rooms: Invited deposition to the Royal Australasian College of Surgeons", at <www.virusmyth.com/aids/perthgroup/>.
145. "Human Immunodeficiency Virus Type-1. Qualitative Enzyme Immunoassay for the Detection of Antibody to Human Immunodeficiency Virus Type-1 (HIV-1) in Human Serum or Plasma", Abbott Laboratories, Diagnostics Division, Abbott Park, Illinois, USA, 1988.
146. WHO, "The Current Global Situation of the HIV/AIDS Pandemic", Geneva, 1995.

Back to Part 1

On to Part 3