Page Comparison

...

...

...

...

...

...

...

...

...

...

...

...

...

...

...

...

...

...

...

...

...

...

...

...

...

...

...

...

...

...

...

...

¹ Department of Molecular and Cell Biology, Donner Laboratory, UC Berkeley, Berkeley, CA 94720, USA
² Chemistry and Science Studies, Virginia Tech, Blacksburg, VA 24060-5623, USA
³ Oakland, CA 94610, USA
⁴ Gynmed Ambulatorium, Mariahilferguertel 37, 1150 Vienna, Austria
⁵ Internistische Praxis, Koenigsweg 14, 24103 Kiel, Germany
⁶ Department of Experimental Pathology and Oncology, University of Firenze, Italy

Original Publication

IJAE Vo l.116,n.2: 73-92, 2011
ITALIAN JOURNAL OF ANATOMY AND EMBRYOLOGY
Submitted February 14, 2011; accepted June 16, 2011

...

Author

...

• Peter Duesberg

• Daniele Mandrioli

• Amanda McCormack

• Joshua M. Nicholson

• David Rasnick

• Christian Fiala

• Henry Bauer

• Marco Ruggiero

...

Publisher

...

• IJAE

...

Topic

...

Publish Year

...

• 2011

...

Content Type

...

• Scientific Paper

...

Description

...

Meta Tag

Summary

Since the discoveries of a putative AIDS virus in 1984 and of millions of asymptomatic carriers in subsequent years, no general AIDS epidemic has occurred by 2011. In 2008, however, it has been proposed that between 2000 and 2005 the new AIDS virus, now called HIV, had killed 1.8  million South Africans at a steady rate of 300,000 per year and that anti-HIV drugs could have  saved 330,000 of those. Here we investigate these claims in view of the paradoxes that HIV  would cause a general epidemic in Africa but not in other continents, and a steady rather than a classical bell-shaped epidemic like all other new pathogenic viruses. Surprisingly, we found that South Africa attributed only about 10,000 deaths per year to HIV between 2000 and 2005  and that the South African population had increased by 3 million between 2000 and 2005 at a steady rate of 500,000 per year. This gain was part of a monotonic growth trajectory spanning from 29 million in 1980 to 49 million in 2008. During the same time Uganda increased from 12  to 31 million, and Sub-Saharan Africa as a whole doubled from 400 to 800 million, despite high  prevalence HIV. We deduce from this demographic evidence that HIV is not a new killer virus.  Based on a review of the known toxicities of antiretroviral drugs we like to draw the attention babies and all others who carry antibodies against HIV.

Key words

HIV; population growth; anti-HIV agents; AIDS drugs; drug toxicity.

1. Introduction

In 1984 the hypothesis was advanced in the US that a new AIDS virus was at the classic germ theory of disease (Gallo et al., 1984; Altman L.K., newspaper arti cle in the New York Times, New York, pp. C1-C3, April 24, 1984). This virus-AIDS  hypothesis has since monopolized AIDS research and the treatment and prevention of AIDS, although the predicted general epidemic never showed up. In view of this  we have re-analyzed the epidemiology of AIDS and HIV, particularly of Africa, which made by the classic germ theory of disease. 

The germ theory of disease predicts that a new (relative to a population) patho genic virus or microbe causes an exponentially spreading epidemic of new microbe pathogen (Encyclopædia Britannica, 2010). These fast kinetics are the results of the short generation times of microbes. Bacteria double in only 30 minutes; and human and animal viruses multiply 100- to 1000-fold within 8 to 24 hours (Fenner et al., 1974;  Freeman, 1979; Mims and White, 1984). Since each carrier can infect numerous others,  infections spread exponentially like biological chain reactions and run until all suscep tible subjects are either killed or have acquired immunity, which limits such epidemics typically to a few months (Fenner et al., 1974; Freeman, 1979; Mims and White, 1984;  Duesberg, 1991, 1994, 1996). The resulting bell-shaped epidemiological curves of illnesses and deaths were first described for a plague in London in 1665 that lasted several months (Institute of Historical Research, 1990). Many other bell-shaped epidemics have since then been described, as for example the global flu of 1918, shown in Fig. 1, and the polio epidemics of the 1950, which all lasted 2-3 months.

In view of the widespread fear of a general AIDS epidemic following the  announcement of an AIDS virus in 1984, the National Academy of Sciences and the  Institute of Medicine appointed a blue ribbon committee of experts to confront the expected AIDS epidemic (Institute of Medicine, National Academy of Sciences, 1986). In the light of the classic germ theory of disease this committee predicted in 1986, in a volume termed Confronting AIDS, a fast spreading AIDS epidemic that would decimate the general American population based on sexual and perinatal transmission of HIV: “There are 1 to 1.5 million Americans currently infected with HIV. Of these, 20 to 30 percent are expected to develop AIDS by 1991. AIDS cases ... acquired through heterosexual contact will increase from 1100 in 1986 to almost 7000 in 1991... Pediatric AIDS cases will increase almost 10-fold during the next 5 years to more than 300 cumulative cases ...” (Institute of Medicine, National Academy of Sciences, 1986).

But despite these predictions, the American AIDS epidemic has remained restricted to non-general risk groups from its beginnings in the early 1980s (Duesberg, 1989) until now. By 2008 the cumulative total were 513,138 male homosexuals, who had used multiple recreational drugs, 341,546 intravenous drug users, 188,585 “heterosexuals ... at high risk for HIV infection” (typically drug addicted), 20,509 hemophiliacs, other transfusion recipients and babies born to mothers from HIV risk groups (Dues-
berg et al., 2003; Centers for Disease Control, 2008). According to the AIDS statistics from the Centers for Disease Control (CDC) the American epidemic has increased in these risk groups slowly but not exponentially from 1984 until 1993, and then decreased slowly until 1997. Once the various AIDS definitions and testing methods had become steady in 1997, the AIDS epidemic had also become steady until now, 13 years later (Fig. 2), (Centers for Disease Control, 2011). Slowly rising, declining or steady epidemics are, however, the characteristic patterns of chemical lifestyle diseases, not that of a new viral epidemic (Duesberg et al., 2003). Almost identical figures have been reported recently for Italy, where AIDS is also still restricted to the original risk groups and paediatric AIDS is virtually non-existent (Ruggiero et al., 2009).

Soon after the appearance of Confronting AIDS, Anderson et al. (1988) predicted in Nature, based on “mathematical models of the transmission dynamics of HIV”, that in “developing countries” “AIDS is capable of changing population growth rates from positive to negative values over time scales of a few decades”. And in 2000 “over 5000 scientists” signed the Durban Declaration, which projected that 24 mil-
lion HIV-positive Africans are “likely to die within 5 years” (The Durban Declaration, 2000). But despite over 30 million of HIV antibody-positive people worldwide (The Durban Declaration, 2000), no general epidemic of immunodeficiency was recorded (Baumann et al., 1995; Stewart et al., 2000; Duesberg et al., 2003; Bauer, 2007).

Recently, however, a new study by Chigwedere et al. from Harvard University “estimated” that from 2000 to 2005 1.8 million South Africans were killed by HIV at a steady rate of 300,000 per year (Chigwedere et al., 2008). These estimates were based on information from the World Health Organization (WHO) (World Health Organization, UNAIDS, UNICEF, 2008a). Chigwedere et al. (2008) further claimed, based on “modeling” the South African epidemic, that anti-HIV drugs could have prevented at least 330,000 of those 1.8 million estimated deaths.
Since no general HIV-AIDS-epidemics had been observed in any other continent, despite millions of HIV antibody-positives, and since steady losses of lives per year for 6 years are inconsistent with the exponential increases and declines of new germ epidemics, we have investigated here the evidence for the claim that HIV killed 1.8 million South Africans at 300,000 per year from 2000 to 2005. In view of the inherent toxicities of anti-HIV drugs (see Section 6 below) we further asked, whether the potential benefits of these drugs, claimed by the Harvard study, do indeed outweigh their inherent toxicities.

This issue is of interest also for embryologists, who are called to evaluate the potential and actual effects of antiretroviral drugs on developing humans during prenatal life and in babyhood.

2. Population of South Africa grows steadily, despite claims of huge losses from a new epidemic of HIV

To answer our question about the reportedly huge losses of South African lives  from HIV, we checked three sources: 

1) The WHO; 
2) The AIDS-mortality statistics of South Africa; 
3) The population statistics of South Africa for new, abnormal losses between 2000  and 2005.

...

Peter H. Duesberg^1,*, Daniele Mandrioli¹, Amanda McCormack¹, Joshua M. Nicholson², David Rasnick³, Christian Fiala⁴, Claus Koehnlein⁵, Henry H. Bauer² and Marco Ruggiero⁶

¹ Department of Molecular and Cell Biology, Donner Laboratory, UC Berkeley, Berkeley, CA 94720, USA
² Chemistry and Science Studies, Virginia Tech, Blacksburg, VA 24060-5623, USA
³ Oakland, CA 94610, USA
⁴ Gynmed Ambulatorium, Mariahilferguertel 37, 1150 Vienna, Austria
⁵ Internistische Praxis, Koenigsweg 14, 24103 Kiel, Germany
⁶ Department of Experimental Pathology and Oncology, University of Firenze, Italy

Original Publication

IJAE Vo l.116,n.2: 73-92, 2011
ITALIAN JOURNAL OF ANATOMY AND EMBRYOLOGY
Submitted February 14, 2011; accepted June 16, 2011

...

Summary

Since the discoveries of a putative AIDS virus in 1984 and of millions of asymptomatic carriers in subsequent years, no general AIDS epidemic has occurred by 2011. In 2008, however, it has been proposed that between 2000 and 2005 the new AIDS virus, now called HIV, had killed 1.8  million South Africans at a steady rate of 300,000 per year and that anti-HIV drugs could have  saved 330,000 of those. Here we investigate these claims in view of the paradoxes that HIV  would cause a general epidemic in Africa but not in other continents, and a steady rather than a classical bell-shaped epidemic like all other new pathogenic viruses. Surprisingly, we found that South Africa attributed only about 10,000 deaths per year to HIV between 2000 and 2005  and that the South African population had increased by 3 million between 2000 and 2005 at a steady rate of 500,000 per year. This gain was part of a monotonic growth trajectory spanning from 29 million in 1980 to 49 million in 2008. During the same time Uganda increased from 12  to 31 million, and Sub-Saharan Africa as a whole doubled from 400 to 800 million, despite high  prevalence HIV. We deduce from this demographic evidence that HIV is not a new killer virus.  Based on a review of the known toxicities of antiretroviral drugs we like to draw the attention babies and all others who carry antibodies against HIV.

Key words

HIV; population growth; anti-HIV agents; AIDS drugs; drug toxicity.

1. Introduction

In 1984 the hypothesis was advanced in the US that a new AIDS virus was at the classic germ theory of disease (Gallo et al., 1984; Altman L.K., newspaper arti cle in the New York Times, New York, pp. C1-C3, April 24, 1984). This virus-AIDS  hypothesis has since monopolized AIDS research and the treatment and prevention of AIDS, although the predicted general epidemic never showed up. In view of this  we have re-analyzed the epidemiology of AIDS and HIV, particularly of Africa, which made by the classic germ theory of disease. 

The germ theory of disease predicts that a new (relative to a population) patho genic virus or microbe causes an exponentially spreading epidemic of new microbe pathogen (Encyclopædia Britannica, 2010). These fast kinetics are the results of the short generation times of microbes. Bacteria double in only 30 minutes; and human and animal viruses multiply 100- to 1000-fold within 8 to 24 hours (Fenner et al., 1974;  Freeman, 1979; Mims and White, 1984). Since each carrier can infect numerous others,  infections spread exponentially like biological chain reactions and run until all suscep tible subjects are either killed or have acquired immunity, which limits such epidemics typically to a few months (Fenner et al., 1974; Freeman, 1979; Mims and White, 1984;  Duesberg, 1991, 1994, 1996). The resulting bell-shaped epidemiological curves of illnesses and deaths were first described for a plague in London in 1665 that lasted several months (Institute of Historical Research, 1990). Many other bell-shaped epidemics have since then been described, as for example the global flu of 1918, shown in Fig. 1, and the polio epidemics of the 1950, which all lasted 2-3 months.

In view of the widespread fear of a general AIDS epidemic following the  announcement of an AIDS virus in 1984, the National Academy of Sciences and the  Institute of Medicine appointed a blue ribbon committee of experts to confront the expected AIDS epidemic (Institute of Medicine, National Academy of Sciences, 1986). In the light of the classic germ theory of disease this committee predicted in 1986, in a volume termed Confronting AIDS, a fast spreading AIDS epidemic that would decimate the general American population based on sexual and perinatal transmission of HIV: “There are 1 to 1.5 million Americans currently infected with HIV. Of these, 20 to 30 percent are expected to develop AIDS by 1991. AIDS cases ... acquired through heterosexual contact will increase from 1100 in 1986 to almost 7000 in 1991... Pediatric AIDS cases will increase almost 10-fold during the next 5 years to more than 300 cumulative cases ...” (Institute of Medicine, National Academy of Sciences, 1986).

Image Added

But despite these predictions, the American AIDS epidemic has remained restricted to non-general risk groups from its beginnings in the early 1980s (Duesberg, 1989) until now. By 2008 the cumulative total were 513,138 male homosexuals, who had used multiple recreational drugs, 341,546 intravenous drug users, 188,585 “heterosexuals ... at high risk for HIV infection” (typically drug addicted), 20,509 hemophiliacs, other transfusion recipients and babies born to mothers from HIV risk groups (Dues-
berg et al., 2003; Centers for Disease Control, 2008). According to the AIDS statistics from the Centers for Disease Control (CDC) the American epidemic has increased in these risk groups slowly but not exponentially from 1984 until 1993, and then decreased slowly until 1997. Once the various AIDS definitions and testing methods had become steady in 1997, the AIDS epidemic had also become steady until now, 13 years later (Fig. 2), (Centers for Disease Control, 2011). Slowly rising, declining or steady epidemics are, however, the characteristic patterns of chemical lifestyle diseases, not that of a new viral epidemic (Duesberg et al., 2003). Almost identical figures have been reported recently for Italy, where AIDS is also still restricted to the original risk groups and paediatric AIDS is virtually non-existent (Ruggiero et al., 2009).

Image Added

Soon after the appearance of Confronting AIDS, Anderson et al. (1988) predicted in Nature, based on “mathematical models of the transmission dynamics of HIV”, that in “developing countries” “AIDS is capable of changing population growth rates from positive to negative values over time scales of a few decades”. And in 2000 “over 5000 scientists” signed the Durban Declaration, which projected that 24 mil-
lion HIV-positive Africans are “likely to die within 5 years” (The Durban Declaration, 2000). But despite over 30 million of HIV antibody-positive people worldwide (The Durban Declaration, 2000), no general epidemic of immunodeficiency was recorded (Baumann et al., 1995; Stewart et al., 2000; Duesberg et al., 2003; Bauer, 2007).

Recently, however, a new study by Chigwedere et al. from Harvard University “estimated” that from 2000 to 2005 1.8 million South Africans were killed by HIV at a steady rate of 300,000 per year (Chigwedere et al., 2008). These estimates were based on information from the World Health Organization (WHO) (World Health Organization, UNAIDS, UNICEF, 2008a). Chigwedere et al. (2008) further claimed, based on “modeling” the South African epidemic, that anti-HIV drugs could have prevented at least 330,000 of those 1.8 million estimated deaths.
Since no general HIV-AIDS-epidemics had been observed in any other continent, despite millions of HIV antibody-positives, and since steady losses of lives per year for 6 years are inconsistent with the exponential increases and declines of new germ epidemics, we have investigated here the evidence for the claim that HIV killed 1.8 million South Africans at 300,000 per year from 2000 to 2005. In view of the inherent toxicities of anti-HIV drugs (see Section 6 below) we further asked, whether the potential benefits of these drugs, claimed by the Harvard study, do indeed outweigh their inherent toxicities.

This issue is of interest also for embryologists, who are called to evaluate the potential and actual effects of antiretroviral drugs on developing humans during prenatal life and in babyhood.

2. Population of South Africa grows steadily, despite claims of huge losses from a new epidemic of HIV

To answer our question about the reportedly huge losses of South African lives  from HIV, we checked three sources: 

1) The WHO; 
2) The AIDS-mortality statistics of South Africa; 
3) The population statistics of South Africa for new, abnormal losses between 2000  and 2005.

1) WHO statistics. Surprisingly, the WHO/UNAIDS does not list any numbers  on “Reported HIV cases” and “Reported AIDS cases” in their epidemiological “Fact  Sheet” for South Africa for the period of 2000 to 2005 (World Health Organization, UNAIDS, UNICEF, 2008b). As shown in Fig. 3, the respective statistics from 1996 until 2007 are two empty boxes (World Health Organization, UNAIDS, UNICEF,
2008b). Thus we could not confirm the HIV-AIDS epidemic described by Chigwedere et al. (2008) based on the sources they cited.

...

2) AIDS mortality of South Africa from 2000 to 2005. In an effort to find independent evidence on this issue, we investigated the AIDS mortality statistics of South Africa. Unexpectedly, we found that Statistics South Africa attributed an average of only 10,000 deaths to HIV per year between 2000 and 2005 (Tab. 1) (Statistics South Africa, 2007; Statistics South Africa, 2008). This is 30-times less than Chigwedere et al. (2008) claimed. And even this relatively low number may be an over-estimate, because the 27 “HIV-diseases” that are part of the AIDSyndrome (Centers for Disease Control, 1992) include the most common South African diseases and causes of death, namely “tuberculosis, pneumonias and intestinal infections” listed as “HIV-diseases” by Statistics South Africa (Statistics South Africa, 2007). Thus common African diseases may have been erroneously attributed to HIV, because they coincided with a positive test for antibodies against HIV. We conclude that there is no verifiable evidence that a putative HIV-epidemic killed 300,000 South Africans per year between 2000 and 2005, as claimed by Chigwedere et al. (2008).

3) Population statistics of South Africa. In an effort to obtain further independent evidence for HIV-dependent life losses, we looked for a corresponding decline in the population growth trajectory of South Africa. Unexpectedly we found that the population of South Africa had increased by 3 million from 2000 to 2005, based on concordant statistics from South Africa and the US Census Bureau (Statistics South Africa, 2007; US Census Bureau, International Data Base, 2008). As shown in Tab. 1 and Fig.
4A, this gain extended a steady growth trajectory of South Africa from 29 million in 1980 to 47.5 million in 2005, which then continued at the same steady rate (Statistics South Africa, 2000; Statistics South Africa 2007; US Census Bureau, International Data Base, 2008). The change of the growth trajectory predicted by the losses of 300,000 per year for 6 years is shown as a hypothetical branch of the observed monotonic growth curve in Fig. 3A. But the actual growth curve did not show any evidence for such loss-
es. In sum, the South African population grew steadily during the period from 2000-2005, extending a long-established growth trajectory. Indeed, this growth curve has been so consistently monotonic that it predicted exactly the increase of the South African population by 3 million between 2000 and 2005 (see Tab. 1, Fig. 4A).

Table 1 – Population statistics of South Africa from 1980 until 2008.

(a)Statistics South Africa and US Census Bureau (Statistics South Africa, 2007; Statistics South Africa, 2000; US Census Bureau, International Data Base, 2008).

(b)National Department of Health South Africa (National Department of Health South Africa, 2007).

(c)  Statistics South Africa (Statistics South Africa, 2007; Statistics South Africa, 2008) . This is 30-times less than Chigwedere et al. (2008) claimed. And even this relatively low number may be an over-estimate, because the 27 “HIV-diseases” that are part of the AIDSyndrome (Centers for Disease Control, 1992) include the most common South African diseases and causes of death, namely “tuberculosis, pneumonias and intestinal infections” listed as “HIV-diseases” by Statistics South Africa (Statistics South Africa, 2007). Thus common African diseases may have been erroneously attributed to HIV, because they coincided with a positive test for antibodies against HIV. We conclude that there is no verifiable evidence that a putative HIV-epidemic killed 300,000 South Africans per year between 2000 and 2005, as claimed by Chigwedere et al. (2008).

3) Population statistics of South Africa. In an effort to obtain further independent evidence for HIV-dependent life losses, we looked for a corresponding decline in the population growth trajectory of South Africa. Unexpectedly we found that the population of South Africa had increased by 3 million from 2000 to 2005, based on concordant statistics from South Africa and the US Census Bureau (Statistics South Africa, 2007; US Census Bureau, International Data Base, 2008). As shown in Tab. 1 and Fig.
4A, this gain extended a steady growth trajectory of South Africa from 29 million in 1980 to 47.5 million in 2005, which then continued at the same steady rate (Statistics South Africa, 2000; Statistics South Africa 2007; US Census Bureau, International Data Base, 2008). The change of the growth trajectory predicted by the losses of 300,000 per year for 6 years is shown as a hypothetical branch of the observed monotonic growth curve in Fig. 3A. But the actual growth curve did not show any evidence for such loss-
es. In sum, the South African population grew steadily during the period from 2000-2005, extending a long-established growth trajectory. Indeed, this growth curve has been so consistently monotonic that it predicted exactly the increase of the South African population by 3 million between 2000 and 2005 (see Tab. 1, Fig. 4A).

Moreover, a new viral epidemic causing steady losses of 300,000 per year for 6 years is not compatible with the classic germ theory of disease. Instead, the germ theory predicts that new viruses and microbes cause epidemics that rise exponentially, because of exponential growth and spread of microbes, and then fall exponentially, because of the resulting immunity and deaths within several months, rather than go steady over 6 years (see Fig. 1 and Introduction). HIV has been demonstrated 20 years
ago to induce anti-viral immunity - but not AIDS - within several weeks after infection (Clark et al, 1991; Daar et al, 1991), just like any other virus (Duesberg, 1989). Thus a new virus could have been a plausible explanation for a seasonal epidemic of several months within a given year, but not for a steady loss of lives for 6 years in a row.

In sum, neither the WHO, nor the mortality statistics of South Africa, nor the population statistics of South Africa provide verifiable evidence for the predicted epidemiological \pattern associated with a new killing virus in South Africa between 2000 and 2005.

Similar non-correlations between mortality and prevalence of HIV were found in Italy. The Italian case is, however, based on actual data rather than on estimates (Ruggiero et al., 2009).

The discrepancies between our findings and the claims by Chigwedere et al. (2008) might be due to unverifiable information from the WHO, on which those authors relied. Skepticism about AIDS statistics from the WHO has been voiced by the recent Chief of the Global Programme on AIDS of the WHO, Public Health professor James Chin from the University of California at Berkeley, who wrote that “AIDS programs developed by international agencies and faith based on organizations have been and continue to be more socially, politically, and moralistically cor- rect than epidemiologically accurate.” (Chin, 2007). Since Chin also was a member of the ‘Confronting AIDS’ committee of the National Academy and the Institute of Medicine in 1986 (Institute of Medicine, National Academy of Sciences, 1986), his remarks cannot be dismissed lightly. More recently the WHO has also been accused of manipulating epidemiological numbers of a new flu epidemic (Cohen and Carter, 2010).

To test our hypothesis that HIV may not be pathogenic, we asked next, whether the population growths of other HIV antibody-positive African countries were also independent of HIV, as for example Uganda.

3. Population of Uganda doubles despite HIV epidemic

Based on the AIDS literature, Uganda is the epicenter of the African AIDS epidemic and thus a primary challenge of hypotheses on the pathogenicity of HIV. In 1989 the Minister of Health has already announced that 5.8% of the population was HIV  antibody-positive (Goodgame, 1990). It is for this reason that the New England Journal of Medicine described Uganda as a model for emerging AIDS epidemics in Africa: “AIDS is already the most common cause of admission and death among hospitalized  adults” (Goodgame, 1990). Concordantly Mulder et al. claimed in 1994 in The Lancet and in Aids that, “Among adults, half of all deaths and among those aged 13-44 over 80% of deaths were attributable to HIV-1 infection” (Mulder et al., 1994a,b)

In contrast to these daunting prognoses the Ugandan population was growing rapid- ly, much as that of South Africa (Fiala, 2009). Vital statistics from the US Census Bureau, International Data Base (2008) show that the Ugandan population has increased 2.5-fold from 12 to 31 million since the early 1980s, when HIV presumably first appeared in Africa (Goodgame, 1990; Mulder et al., 1994b); see Fig. 5A and Tab. 2.

Based on statistics from the World Health Organization, UNAIDS, UNICEF (2008a) the 5.8% HIV-prevalence of Ugandans in 1989 shot up to about 13% in 1990 and then slowly declined spontaneously back to about 5% again by 2006 and 2007 (Fig. 5B). Since the WHO “fact sheets” again lacked any numbers of “Reported HIV cases” from Uganda (World Health Organization, UNAIDS, UNICEF, 2008a), it is unclear whether, and if so, why HIV would have decreased in Uganda during the same time, in which it increased in South Africa (see Section 5).

The fact that the population of Uganda increased 2.5-fold during the HIV-AIDS era, although it was described in the professional literature as model for the dire con- sequences of a fatal HIV epidemic, lends support to our conclusion that South Afri- can population growth is also independent of HIV.

4. Population of total Sub-Saharan Africa doubles from 400 to 800 million between 1980 and 2007

In an effort to raise our investigation above variations among population statistics and AIDS epidemics of different African countries, we asked next whether the population of Sub-Saharan Africa as a whole was increasing or decreasing - in the face of the widespread prevalence of antibodies against HIV (Quinn et al., 1986; Goodgame, 1990; Merson, 1993; Mulder et al., 1994b; The Durban Declaration, 2000; Gisselquist et al., 2002).

Again we found in the statistics of the World Bank that the population of Sub Saharan Africa as a whole had doubled during the HIV-AIDS era, from almost 400 million in 1980 to about 800 million in 2007 (World Bank, 2008). On May 4, 2011, the New York Times reported that Africa had just reached 1 billion and is projected to be the fastest growing continent for the coming century. The article remarked “that the AIDS epidemic, devastating as it has been, has not been the demographic disaster that was once predicted.” (Gillis J, Dugger C., newspaper article in the New York Times, New York, p. A1, A3, May 4, 2011).

We conclude that the predicted epidemiological patterns associated with a widespread new killing virus never showed up in Africa. In the following we briefly investigate the theory that HIV is a passenger virus.

5. Could HIV be a passenger virus?

By definition a passenger virus is not sufficient and not necessary to cause a disease (Duesberg, 1994). A passenger virus can thus be associated with healthy people and also with people suffering from virus-independent disease. Human examples are cytomegalovirus, adenovirus or reovirus (Fenner et al., 1974; Fields, 2001).

The hypothesis that HIV is a passenger predicts that its spread and prevalence do not coincide with mortality. To test this prediction we investigated the effect of the spread and prevalence of HIV on the population growth curve of South AfricaStatistics South Africa. Mor- tality and causes of death in South Africa, 2006: Findings from death notification. Statistics South Africa, 2008.

*Not reported because HIV-deaths were below 10^th rank.

Moreover, a new viral epidemic causing steady losses of 300,000 per year for 6 years is not compatible with the classic germ theory of disease. Instead, the germ theory predicts that new viruses and microbes cause epidemics that rise exponentially, because of exponential growth and spread of microbes, and then fall exponentially, because of the resulting immunity and deaths within several months, rather than go steady over 6 years (see Fig. 1 and Introduction). HIV has been demonstrated 20 years
ago to induce anti-viral immunity - but not AIDS - within several weeks after infection (Clark et al, 1991; Daar et al, 1991), just like any other virus (Duesberg, 1989). Thus a new virus could have been a plausible explanation for a seasonal epidemic of several months within a given year, but not for a steady loss of lives for 6 years in a row.

In sum, neither the WHO, nor the mortality statistics of South Africa, nor the population statistics of South Africa provide verifiable evidence for the predicted epidemiological \pattern associated with a new killing virus in South Africa between 2000 and 2005.

Image Added

Similar non-correlations between mortality and prevalence of HIV were found in Italy. The Italian case is, however, based on actual data rather than on estimates (Ruggiero et al., 2009).

The discrepancies between our findings and the claims by Chigwedere et al. (2008) might be due to unverifiable information from the WHO, on which those authors relied. Skepticism about AIDS statistics from the WHO has been voiced by the recent Chief of the Global Programme on AIDS of the WHO, Public Health professor James Chin from the University of California at Berkeley, who wrote that “AIDS programs developed by international agencies and faith based on organizations have been and continue to be more socially, politically, and moralistically cor- rect than epidemiologically accurate.” (Chin, 2007). Since Chin also was a member of the ‘Confronting AIDS’ committee of the National Academy and the Institute of Medicine in 1986 (Institute of Medicine, National Academy of Sciences, 1986), his remarks cannot be dismissed lightly. More recently the WHO has also been accused of manipulating epidemiological numbers of a new flu epidemic (Cohen and Carter, 2010).

To test our hypothesis that HIV may not be pathogenic, we asked next, whether the population growths of other HIV antibody-positive African countries were also independent of HIV, as for example Uganda.

3. Population of Uganda doubles despite HIV epidemic

Based on the AIDS literature, Uganda is the epicenter of the African AIDS epidemic and thus a primary challenge of hypotheses on the pathogenicity of HIV. In 1989 the Minister of Health has already announced that 5.8% of the population was HIV  antibody-positive (Goodgame, 1990). It is for this reason that the New England Journal of Medicine described Uganda as a model for emerging AIDS epidemics in Africa: “AIDS is already the most common cause of admission and death among hospitalized  adults” (Goodgame, 1990). Concordantly Mulder et al. claimed in 1994 in The Lancet and in Aids that, “Among adults, half of all deaths and among those aged 13-44 over 80% of deaths were attributable to HIV-1 infection” (Mulder et al., 1994a,b)

Image Added

In contrast to these daunting prognoses the Ugandan population was growing rapid- ly, much as that of South Africa (Fiala, 2009). Vital statistics from the US Census Bureau, International Data Base (2008) show that the Ugandan population has increased 2.5-fold from 12 to 31 million since the early 1980s, when HIV presumably first appeared in Africa (Goodgame, 1990; Mulder et al., 1994b); see Fig. 5A and Tab. 2.

Based on statistics from the World Health Organization, UNAIDS, UNICEF (2008a) the 5.8% HIV-prevalence of Ugandans in 1989 shot up to about 13% in 1990 and then slowly declined spontaneously back to about 5% again by 2006 and 2007 (Fig. 5B). Since the WHO “fact sheets” again lacked any numbers of “Reported HIV cases” from Uganda (World Health Organization, UNAIDS, UNICEF, 2008a), it is unclear whether, and if so, why HIV would have decreased in Uganda during the same time, in which it increased in South Africa (see Section 5).

The fact that the population of Uganda increased 2.5-fold during the HIV-AIDS era, although it was described in the professional literature as model for the dire con- sequences of a fatal HIV epidemic, lends support to our conclusion that South Afri- can population growth is also independent of HIV.

4. Population of total Sub-Saharan Africa doubles from 400 to 800 million between 1980 and 2007

In an effort to raise our investigation above variations among population statistics and AIDS epidemics of different African countries, we asked next whether the population of Sub-Saharan Africa as a whole was increasing or decreasing - in the face of the widespread prevalence of antibodies against HIV (Quinn et al., 1986; Goodgame, 1990; Merson, 1993; Mulder et al., 1994b; The Durban Declaration, 2000; Gisselquist et al., 2002).

Again we found in the statistics of the World Bank that the population of Sub Saharan Africa as a whole had doubled during the HIV-AIDS era, from almost 400 million in 1980 to about 800 million in 2007 (World Bank, 2008). On May 4, 2011, the New York Times reported that Africa had just reached 1 billion and is projected to be the fastest growing continent for the coming century. The article remarked “that the AIDS epidemic, devastating as it has been, has not been the demographic disaster that was once predicted.” (Gillis J, Dugger C., newspaper article in the New York Times, New York, p. A1, A3, May 4, 2011).

We conclude that the predicted epidemiological patterns associated with a widespread new killing virus never showed up in Africa. In the following we briefly investigate the theory that HIV is a passenger virus.

5. Could HIV be a passenger virus?

By definition a passenger virus is not sufficient and not necessary to cause a disease (Duesberg, 1994). A passenger virus can thus be associated with healthy people and also with people suffering from virus-independent disease. Human examples are cytomegalovirus, adenovirus or reovirus (Fenner et al., 1974; Fields, 2001).

The hypothesis that HIV is a passenger predicts that its spread and prevalence do not coincide with mortality. To test this prediction we investigated the effect of the spread and prevalence of HIV on the population growth curve of South Africa.

Table 2 – Population statistics of Uganda from 1980 to 2008.

a) US Census Bureau (US Census Bureau, International Data Base, 2008).

For this purpose we plotted the HIV-antibody prevalence of the South African popula- tion reported by the National Department of Health South Africa since 1990 (Department of Health South Africa, 2007) on a separate panel of Fig. 4, which shows the population growth curve of South Africa. Fig. 4B shows that anti-HIV antibodies were first detected in 1990 in 0.7% of the population. This percentage then increased gradually (not exponentially!) over about 10 years until 2000, when it leveled off between 25 and 30%.

...

Likewise the CDC reports a steady 1 to 1.5 million of HIV-positive Americans since 1985 (see pages 186 and 191 above, and Duesberg et al. 2003). Since immigration of HIV-positives is banned, this indicates that the mortality of average American HIV-positives is close to normal. Furthermore, a study of the US Army reported recently that about 5% HIV-positive soldiers (Renzullo et al., 2001) “through an experiment of nature” developed no AIDS for up to 20 HIV-antibody-positive years without anti-HIV treatments (Okulicz et al. 2009), confirming the view that HIV is not sufficient for AIDS. The reason for AIDS-free HIV infection was not solved by the Army’s study. But since the Army’s study did not investigate the use of recreational drugs, although the majority of American AIDS patients have used recreational and anti-viral drugs (Duesberg et al., 2003, see also Introduction), it is possible that the AIDS-free HIV-positives were those who had used neither recreational nor anti-viral drugs. The toxic effects of antiviral drugs are described in the next section. Thus the CDC, the WHO and the US Army provide evidence that supports our demographic evidence that HIV is a passenger virus.

6. Can anti-HIV drugs be beneficial, particularly if HIV is not pathogenic per se?

The evidence that HIV may be not pathogenic casts a new light on the question how AIDS should be treated. In view of this we review here briefly the theoretical limits of anti-retroviral (anti-HIV) treatments, and then the effects of currently used anti-HIV drugs, particularly those recommended for South Africa (Chigwedere et al., 2008).

...

We deduce from these findings that anti-HIV drugs are inevitably toxic, can induce AIDS-defining and non-AIDS-defining diseases. We do not rule out, however, that anti-HIV drugs, owing to their inherent cytotoxic effects, can have beneficial effects against “opportunistic” microbial diseases and cancers, if prescribed for limited periods of time (Duesberg et al., 2003; Monini et al., 2004). In agreement with us a recent study in Nature Genetics warned about the “irreversible long-term effects of the drugs”, which “raise the specter of progressive iatrogenic mitochondrial genetic disease emerging over the next decade” (Payne et al., 2011). Other voices have also called for caution on when and how to start treatments of asymptomatic HIV-posi- tive subjects, which might enlarge the reader’s perspective on this point (DART Trial Team 2010; Sturt et al., 2010; Nunes et al., 2011; Panel de expertos de Gesida y Plan Nacional sobre el Sida, 2011; Siegfried et al., 2011).

7. General Conclusions

In sum, our analyses of African HIV- and AIDS prevalence revealed unexpected discrepancies between the reported epidemics of AIDS and of HIV. The predicted epidemiological pattern of mortality associated with the putative new AIDS virus never showed up in South Africa or anywhere else in Africa between 2000 and 2005. On the contrary, the African population doubled during the HIV-AIDS era, despite high prevalence of HIV. Our findings that there is no evidence for a new fatal HIV-AIDS epidemic in Africa have thus resolved the paradox that HIV would cause a general AIDS epidemic in Africa, but not in the rest of the world – namely by the absence of said epidemic.

In view of this and the inherent toxicities of anti-HIV drugs reviewed by us here, we propose a reevaluation of the HIV-AIDS hypothesis and of the prescription of anti-viral drugs to HIV antibody-positive subjects. Until there is verifiable evidence that HIV is fatally pathogenic, we deduce that South Africa’s ‘‘failure to accept the use of available ARVs [anti-HIV drugs]” (Chigwedere et al., 2008) has probably saved rather than cost South African lives.

Acknowledgments

We thank professors Ignacio Chapela (UC Berkeley), Bruce Charlton (Newcas- tle University, UK) and Eileen Gambrill (UC Berkeley) for critical and constructive reviews of this manuscript. Further we are indebted to Robert Hoffman (UC San Diego), Hans Kugler (Los Angeles), Kary Mullis (Newport Beach, California), Vidya Nanjundiah (Bangalore, India), Sigrid Duesberg (Berkeley), Bob Leppo (philanthropist, San Francisco), Jerry Pollack (Seattle, University of Washington) and Rudolf Werner (University of Miami, School of Medicine) for helpful comments and questions. We are grateful to Colonel Frank Anders, Lieutenant Colonel Clinton Murray and Major Jason Okulicz for encouragement, critical comments and for preliminary results on “HIV-Elite Controllers” (HIV-positives) from the US Military. In addition we gratefully acknowledge the Abraham J. and Phyllis Katz Foundation (Newnan, GA), an anonymous donor from Connecticut, Robert Leppo, Peter Rozsa (philanthropist, Los Angeles) and other private sources for support.

References

• Aboulker J.P., Swart A.M. (1993) Preliminary analysis of the Concord trial. Lancet 341:

...

• 889-890.

...

• Anderson R.M., May R.M., McLean A.R. (1988) Possible demographic

...

• consequences of AIDS in developing countries. Nature 332: 228-234.

...

• Barrett B., Tardieu M., Rustin P., Lacroix C., Chabrol B., Desguerre I., Dollfus C.,

...

• Mayaux M.J., Blanche S. (2003) Persistent mitochondrial dysfunction in HIV-1-ex- posed but uninfected infants: clinical screening in a large prospective cohort.

...

• Aids 17: 1769-1785.

...

• Bauer H.H. (2007) The origin, persistence and failings of the HIV/AIDS theory.

...

• McFarland & Company, Inc., Publishers. Jefferson, North Carolina, and London.

• Baumann E., Bethell T., Bialy H., Duesberg P., Faber C., Geshekter C., Johnson P.,

...

• Maver R., Schoch R., Stewart G., Strohman R., Thomas Jr. C. (1995) for the Group for

...

• the Scientific Reappraisal of the HIV/AIDS Hypothesis. AIDS Proposal. Sci- ence 267: 945-946.

...

• Blattner W., Gallo R.C., Temin H.M. (1988) HIV causes AIDS. Science 241: 515-516. Brogly S.B., Ylitalo N., Mofenson L.M., Oleske J., Van Dyke R., Crain M.J.,

...

• Abzug

• M.J., Brady M., Jean-Philippe P., Hughes M.D., Seage G.R. 3rd. (2007) In

...

• utero nucleoside reverse transcriptase inhibitor exposure and signs of possible mito- chondrial dysfunction in HIV-uninfected children. Aids 21: 929-938.

• California State. (2011) Chemicals known to the State to cause cancer or

...

• reproductive toxicity. Online at: http://www.oehha.ca.gov/prop65/prop65_list/Newlist.html.

...

• Accessed February 4th, 2011.

...

• Centers for Disease Control and Prevention (1992) 1993 revised classification system for HIV infection and expanded surveillance case definition for AIDS among ado- lescents and adults. Morb. Mort. Wkly Rep. 41 (RR17): 1-19.

...

• Centers  for  Disease  Control  and  Prevention  (2009)  HIV/

...

• AIDS  Surveillance Report, 2007. 19. Online at: http://www.cdc.gov/hiv/surveillance/resources/ reports/2007report/pdf/2007SurveillanceReport.pdf. Accessed March 29th, 2011.

...

• Centers for Disease Control and Prevention (2010) HIV Surveillance Report, 2008. 20.

...

• Online at: http://www.cdc.gov/hiv/surveillance/resources/reports/2008report/ pdf/2008SurveillanceReport.pdf. Accessed March 29th, 2011.

...

• Centers for Disease Control and Prevention (2011) HIV/AIDS Statistics and Surveil- lance, 1985-2008.

...

• Chigwedere P., Seage G.R. 3rd, Gruskin S., Lee T.H.E, Essex M. (2008) Estimating

...

• the Lost Benefits of Antiretroviral Drug Use in South Africa. J. Acquir. Immune Defic. Syndr. 49: 410-415.

...

• Chin J. (2007) The AIDS pandemic: The collision of epidemiology with political

...

• cor-

• rectness: Radcliffe Publishing.

• Clark S.J., Saag M.S., Decker W.D., Campbell-Hill S., Robertson J.L., Veldkamp P.J., Kap- pes J.C., Hahn B.H., Shaw G.M. (1991) High titers of cytopathic virus in plasma

...

• of patients with symptomatic primary HIV-1 infection. N. Engl. J. Med. 324: 954-960.

...

• Cohen D., Carter P. (2010) WHO and the pandemic flu "conspiracies". BMJ 340: c2912.

• Crick F.H., Watson J.D. (1956) Structure of

...

• small viruses. Nature 177: 473-475.

• Curran J.W., Morgan M.W., Hardy S.A.M., Jaffe H.W., Darrow W.W., Dowdle W.R. (1985) The epidemiology of AIDS: current status and future prospects. Science 229:

...

• 1352-1357.

Is AIDS a lethal viral epidemic? 89 

• Daar E.S., Moudgil T., Meyer R.D., Ho D.D. (1991) Transient high levels of viremia

...

• in patients with primary human immunodeficiency virus type 1 infection. N. Engl. J. Med. 324: 961-964.

...

• DART Trial Team (2010) Routine versus clinically driven laboratory monitoring

...

• of HIV antiretroviral therapy in Africa (DART): a randomised non-inferiority trial.

...

• Lancet 375: 123-131.

...

• Department of Health South Africa (2007) Report National HIV and Syphilis Prev- alence Survey South Africa 2006. Online at: http://www.doh.gov.za/docs/ reports/2007/hiv/index.html. Accessed May 18th, 2011.

...

• Duesberg P.H. (1988) HIV is not the cause of AIDS. Science 241: 514-516

...

• .

• Duesberg P.H. (1989) Human immunodeficiency virus and acquired immunodeficien- cy syndrome: Correlation but not causation. Proc. Natl. Acad. Sci. USA 86: 755-764.

...

• Duesberg P.H. (1991) AIDS epidemiology: inconsistencies with human immunodefi- ciency virus and with infectious disease. Proc. Natl. Acad. Sci. USA 88: 1575-1579.

• Duesberg P.H. (1992) AIDS acquired by drug consumption and other

...

• noncontagious risk factors. Pharmacol. Ther. 55: 201-277.

...

• Duesberg P.H. (1993) The HIV gap in national AIDS statistics. Biotechnology 11: 955-956. Duesberg P. (1994) Infectious AIDS--stretching the germ theory beyond its limits. Int.

...

• Arch. Allergy Immunol. 103: 118-127.

...

• Duesberg P.H. (1996) Inventing the AIDS Virus. Washington DC: Regnery

...

• Publishing Inc.

...

• Duesberg P., Koehnlein C., Rasnick D. (2003) The chemical bases of the various

...

• AIDS epidemics: recreational drugs, anti-viral chemotherapy and malnutrition. J. Biosci.

...

• 28: 383-412.

...

• El-Sadr W.M., Lundgren J.D., Neaton J.D., Gordin F., Abrams D., Arduino R.C., Babik- er A., Burman W., Clumeck N., Cohen C.J., Cohn D., Cooper D., Darbyshire J.,

...

• Emery S., Fatkenheuer G., Gazzard B., Grund B., Hoy J., Klingman K., Losso M.,

...

• Markowitz N., Neuhaus J., Phillips A., Rappoport C. (2006) CD4+ count-

...

• guided interruption of antiretroviral treatment. N. Engl. J. Med. 355: 2283-2296.

...

• Encyclopædia Britannica. (2010) “germ theory”. Encyclopædia Britannica Online,

...

• http://www.britannica.com/EBchecked/topic/230610/germ-theory.

...

•    Accessed February 4th, 2011.

...

• Escobar P.A., Olivero O.A., Wade N.A., Abrams E.J., Nesel C.J., Ness R.B., Day R.D.,

...

• Day B.W., Meng Q., O’Neill J.P., Walker D.M., Poirier M.C., Walker V.E.,

...

• Bigbee

• W.L. (2007) Genotoxicity assessed by the comet and GPA assays following in

...

• vitro exposure of human lymphoblastoid cells (H9) or perinatal exposure of

...

• mother- child pairs to AZT or AZT-3TC. Environ. Mol. Mutagen. 48: 330-343.

• Fenner F., McAuslan B.R., Mims C.A., Sambrook J., White D.O. (1974) The Biology

...

• of Animal Viruses. Academic Press Inc., New York.

...

• Fiala C. (2003) AIDS in Africa: a call for sense, not hysteria [Rapid Response to

...

• Sidley

• P. (2003) Free retroviral drugs could save up to 1.7 million South Africans. BMJ, 327: 184]. BMJ

...

• , Published August 19. Online at: http://www.bmj.com/letters, to be reached from the "search" field by article title. Accessed June 9, 2011.

• Fields B. (2001) Field’s Virology. Lippincott Williams & Wilkins, Philadelphia.

• Fischl M.A., Richman D.D., Grieco M.H., Gottlieb M.S., Volberding P.A., Laskin O.L.,

...

• Leedom J.M., Groopman J.E., Mildvan D., Schooley R.T., Jackson G.G.,

...

90 Peter H. Duesberg, Daniele Mandrioli, Amanda McCormack, et al. 

...

• Durack D.T., Phil D., King D., the AZT Collaborative Working Group. (1987) The efficacy

• of azidothymidine (AZT) in the treatment of patients with AIDS and AIDS-related

• complex. A double-blind, placebo-controlled trial. N. Engl. J. Med. 317: 185-191.

• Fischl M.A., Richman D.D., Causey D.M., Grieco M.H., Bryson Y., Mildvan D.,

...

• Laskin O.L., Groopman J.E., Volberding P.A., Schooley R.T., Jackson G.G., Durack D.T.,

...

• Andrews J.C., Nusinoff-Lehrman S., Barry D.W., the AZT Collaborative Working Group. (1989) Prolonged zidovudine therapy in patients with AIDS and

...

• advanced AIDS-related complex. JAMA 262: 2405-2410.

...

• Freeman B.A. (1979) Burrows Textbook of Microbiology

...

• . W. B. Saunders Co., Philadelphia.

• Gallo R.C., Salahuddin S.Z., Popovic M., Shearer G.M., Kaplan M., Haynes B.F., Palk- er T.J., Redfield R., Oleske J., Safai B., White G., Foster P., Markham P.D. (1984) Frequent detection and isolation of cytopathic retroviruses (HTLV-III)

...

• from patients with AIDS and at risk for AIDS. Science 224: 500-503.

...

• Gisselquist D., Rothenberg R., Potterat J., Drucker E. (2002) HIV infections in sub- Saharan Africa not explained by sexual or vertical transmission. Int. J. STD

...

• AIDS 13: 657-666.

...

• Goodgame R.W. (1990) AIDS in Uganda--clinical and social features. N. Engl. J. Med.

...

• 323: 383-389.

...

• Henry W.K., Tebas P., Lane H.C. (2006) Explaining, predicting, and treating HIV-asso- ciated CD4 cell loss: after 25 years still a puzzle. JAMA 296: 1523-1525.

• Heresi G.P., Caceres E., Atkins J.T., Rueben J., Doyle M. (1997) Pneumocystis

...

...

• carinii pneumonia in infants who were exposed to human immunodeficiency virus but were not infected: an exception to the AIDS Surveillance case definition. Clin. Infect. Dis. 25: 739-740.

...

• Horwitz J.P., Chua J., Noel M. Nucleosides. V. (1964) The monomesylates

...

• of 1-(2’-deoxy-beta-D-lyxofuranosyl)thymidine. J. Org. Chem. 29: 2076.

• Institute of Historical Research (1990) ii Epidemics and mortality in the pre-

...

• industrial city:Florence and London compared. In: Centre for Metropolitan History,

...

• Annual Report 1989-1990. University of London, School of Advanced Study. London. Pp. 11-17. Institute of Medicine, National Academy of Sciences (1986) Confronting AIDS. Wash-

• ington, DC: National Academy Press.

...

• Istituto Superiore di Sanità (2007) AIDS in Italy. Online at http://www.salute.gov.it/ resources/static/primopiano

...

• /503/DATI_AIDS_ISS.pdf. Accessed February 4th, 2011.

• Kolata G. (1987) Imminent marketing of AZT raises problems;Marrow suppression hampers AZT use in AIDS victims. Science 235: 1462-1463.

• Lohse N, Gerstoft J, Kronborg G, Larsen CS, Pedersen C, Pedersen G, Nielsen L,

...

• Sorensen HT, Obel N. (2011) Comorbidity acquired before HIV diagnosis

...

• and mortality in persons Infected and uninfected with HIV: A Danish

...

• population- based ochort study. J Acquir Immune Defic Syndr; 57:334-339.

• Merson M.H. (1993) Slowing the spread of HIV:Agenda for the 1990s. Science 260:

...

• 1266-1268.

...

• Mims C., White D.O. (1984) Viral Pathogenesis and Immunology. Blackwell Scientific

• Publications, Oxford.

...

• Ministero della Salute (2011) HIV e AIDS. Dati Epidemiologici. Online at: http:// www.salute.gov.it/hiv/paginaInternaHiv.jsp?id=198&menu=strumentieservizi.

...

• Accessed February 4th, 2011

...

• .

• Monini P., Sgadari C., Toschi E., Barillari G., Ensoli B. (2004) Antitumour effects of

• antiretroviral therapy. Nat. Rev. Cancer 4: 861-875.

...

• Mulder D.W., Nunn A.J., Wagner H.U., Kamali A., Kengeya-Kayondo J.F. (1994a)

...

• HIV-1 incidence and HIV-1-associated mortality in a rural Ugandan

...

• population cohort. AIDS 8: 87-92.

...

• Mulder D.W., Nunn A.J., Kamali A., Nakiyingi J., Wagner H.U., Kengeya-

...

• Kayondo

• J.F. (1994b) Two-year HIV-1-associated mortality in a Ugandan rural population.

...

• Lancet 343: 1021-1023.

...

• Nunes E.P., Grinsztejn B., Schechter M. (2011) The DART Trial: ‘The Doctor’s Dilem- ma’ revisited. J. Antimicrob. Chemother. 66:964-967.

...

• Okulicz J.F., Marconi V.C., Landrum M.L., Wegner S., Weintrob A., Ganesan A.,

...

• Hale B., Crum-Cianflone N., Delmar J., Barthel V., Quinnan G., Agan B.K., Dolan M.J.; and the Infectious Disease Clinical Research Program (IDCRP) HIV

...

• Working Group. (2009) Clinical outcomes of elite controllers, viremic controllers, and long- term nonprogressors in the US Department of Defense HIV natural history study.

...

• J. Infect. Dis. 200: 1714-1723.

...

• Panel de expertos de Gesida y Plan Nacional sobre el Sida (2011) Documento

...

• de consenso de GESIDA/ Plan Nacional sobre el Sida respecto al tratamiento

...

• antir- retroviral en adultos infectados por el virus de la inmunodeficiencia humana (actualizaci✓zn enero 2011) Enferm. Infecc. Microbiol. Clin. 29: 209.e1-209.e103.

• Payne BA, Wilson IJ, Hateley CA, Horvath R, Santibanez-Koref M, Samuels DC,

...

• Price DA, Chinnery PF. (2011) Mitochondrial aging is accelerated by anti-retroviral ther- apy through the clonal expansion of mtDNA mutations. Nat. Genet. 43: 806-810.

...

• Poirier M.C., Divi R.L., Al-Harthi L., Olivero O.A., Nguyen V., Walker B.,

...

• Landay A.L., Walker V.E., Charurat M., Blattner W.A. (2003) Long-term mitochondrial tox- icity in HIV-uninfected infants born to HIV-infected

...

• mothers. J. Acquir. Immune Defic. Syndr. 33: 175-183.

• Quinn T.C., Mann J.M., Curran J.W., Piot P. (1986) AIDS in Africa: an

...

• epidemiologic paradigm. Science 234: 955-963.

...

• Reisler R.B., Han C., Burman W.J., Tedaldi E.M., Neaton J.D. (2003) Grade 4

...

• events are as important as AIDS events in the era of HAART. J. Acquir. Immune Defic. Syndr. 34: 379-386.

...

• Renzullo P.O., Sateren W.B., Garner R.P., Milazzo M.J., Birx D.L., McNeil J.G. (2001)

...

• HIV-1 seroconversion in United States Army active duty personnel, 1985-1999.

...

• AIDS 15: 1569-1574.

...

• Richman D.D., Fischl M.A., Grieco M.H., Gottlieb M.S., Volberding P.A., Laskin O.L.,

...

• Leedom J.M., Groopman J.E., Mildvan D., Hirsch M.S., Jackson G.G., Durack D.T

...

• ., Nusinoff-Lehrman S., the AZT Collaborative Working Group. (1987) The toxicity of azidothymidine (AZT) in the treatment of patients with AIDS and AIDS-related complex. N. Engl. J. Med. 317: 192-197.

...

• Rodriguez B., Sethi A.K., Cheruvu V.K., Mackay W., Bosch R.J., Kitahata M.,

...

• Boswell S.L., Mathews W.C., Bangsberg D.R., Martin J., Whalen C.C., Sieg S., Yadavalli S.,

...

• Deeks S.G., Lederman M.M. (2006) Predictive value of plasma HIV RNA level

...

• on rate of CD4 T-cell decline in untreated HIV infection. JAMA 296: 1498-1506.

...

• Ruggiero M., Galletti Prayer M., Pacini S., Punzi T., Morucci G., Gulisano M. (2009)

...

• On the risk of contracting AIDS at the dissection table. Ital. J. Anat. Embryol. 114: 97-108. Seligmann M., Warrell D.A., Aboulker J-P., Carbon C., Darbyshire J.H., Dormont J.,

...

• Eschwege E., Girling D.J., James D.R., Levy J-P., Peto P.T.A., Schwarz D.,

...

• Stone A.B., Weller I.V.D., Withnall R., Gelmon K., Lafon E., Swart A.M., Aber V.R

...

• .

...

• ,

...

• Babiker A.G., Lhoro S., Nunn A.J., Vray M. (1994) Concorde: MRC/ANRS ran- domised double-blind controlled trial of immediate and deferred zidovudine

...

• in symptom-free HIV infection. Lancet 343: 871-881.

...

• Siegfried N., Uthman O.A., Rutherford G.W. (2011) Optimal time for initiation

...

• of antiretroviral therapy in asymptomatic, HIV-infected, treatment-naive adults.

...

• Cochrane Database Syst. Rev.: CD008272.

...

• Statistics  South  Africa  (2000)

...

•   Statistics  in  brief,  2000.

...

•   Statistics  South  Afri- ca.

...

•   Online  at:  http://www.statssa.gov.za/publications/statsdownload. asp?PPN=StatsInBrief&SCH=2359. Accessed May 18th, 2011.

...

• Statistics  South  Africa  (2007)  Mid-

...

• year  population  estimates,  2007.

...

•   Statistics South  Africa.

...

•   Online  at:  www.statssa.gov.za/publications/statsdownload. asp?PPN=P0302&SCH=3952. Accessed May 18th, 2011.

...

• Statistics South Africa (2008) Mortality and causes of death in South Africa:

...

• Findings

• from death notification, 2006. Statistics South Africa. Online at:

• Stewart G.T., Mhlongo S., de Harven E., Fiala C., Koehnlein C., Herxheimer A., Dues- berg P.H., Rasnick D., Giraldo R., Kothari M., Bialy H., Geshekter C. (2000)

...

• The Durban Declaration is not accepted by all. Nature 407: 286.

...

• Sturt A.S., Dokubo E.K., Sint T.T. (2010) Antiretroviral therapy (ART) for treating

...

• HIV infection in ART-eligible pregnant women. Cochrane Database Syst. Rev.: CD008440

• The Durban Declaration (2000) The Durban declaration. Nature 406: 15-16.

• US Census Bureau, International Data Base (2008) Population South Africa. U.S.

...

• Department of Commerce.

...

• US Department of Health and Human Services (2009) AIDSinfo. Online at http:// www.aidsinfo.nih.gov/DrugsNew/DrugDetailNT.aspx?int_id=4

...

•   and  http:// www.aidsinfo.nih.gov/DrugsNew/DrugDetailNT.aspx?int_id=116. Accessed Feb- ruary 4th, 2011

...

...

• .

• Weiss R., Jaffe H. (1990) Duesberg, HIV and AIDS. Nature 345: 659-660.

• Woodman Z., Williamson C. (2009) HIV molecular epidemiology: transmission and

• adaptation to human populations. Curr. Opin. HIV AIDS 4: 247-252.

• World Bank (2008) Population of Sub-Saharan Africa (developing only). Online at:

...

• http://databank.worldbank.org/ddp/editReport?REQUEST_SOURCE=search&C NO=2&country=SSA&series=&period=. Accessed May 18th, 2011.

• World Health Organization, UNAIDS, UNICEF (2008a) Epidemiological fact sheet

...

• on HIV and AIDS; Core data on epidemiology and response Uganda. Geneva. Pp. 1-18.

...

• World Health Organization, UNAIDS, UNICEF (2008b) Epidemiological fact sheet

...

• on HIV and AIDS; Core data on epidemiology and response, South Africa. Geneva.

...

• Pp. 1-19.

...

A brief Note added in proof is attached to the electronic version.

AIDS since 1984: No evidence for a new, viral epidemic – not even in Africa 129

Note added in

...

proof

After this manuscript went to press, Apostolova, Blas-Garcia and Esplugues have              nonhave reviewed "the long-term adverse effects" of anti-HIV drugs including those of the non-nucleoside reverse transcriptase inhibitors such as Nevirapine. They found that             tatemiathat these drugs cause "rash and hypersensibility reactions, hepatotoxicity, metabolic dis- turbances including lipodystrophy, pancreatitis, gastrointestinal toxicity, hyperlac- tatemia, hyperlipedimia, insulin resistance, and neuropsychiatric symptoms” (Blas-       reservations - Garcia et al., 2011; Apostolova et al., 2011). These new findings confirm and extend reservations we have made here on similar grounds. Further we draw the attention        attention of the reader to "The Myth of Heterosexual AIDS" by Fumento as independent evi- dence for the absence of a general AIDS epidemic in the US (Fumento, M, 1990). 

Apostolova N, Blas-Garcia A, Esplugues JV. (2011) Mitochondrial toxicity in HAART: an overview of in vitro evidence. Curr Pharm Des; 17: 2130-2144.

Blas-Garcia A, Esplugues JV, Apostolova N. (2011) Twenty years of HIV-1 non-nucle- oside reverse transcriptase inhibitors: time to reevaluate their toxicity. Curr Med Chem, 18: 2186-95.

Fumento M (1990) The Myth of Heterosexual AIDS. New York, NY: Basic Books, Inc.