From: email@example.com (John Winters)
Subject: I do not believe establishment story on AIDS origin
Date: 27 Apr 90 10:25:09 GMT
Reply-To: firstname.lastname@example.org (John Winters)
Organization: AT&T Paradyne, Largo, Florida
Here is why. Check the following references and it will become obvious
that AIDS is a combination of two animal viruses. The next posting
has more discussion. This one serves as the bibliography.
The following is published with permission. Permission is granted
to republish as required to educate the public and warn them.
This may be verifyed at the phone numbers that follow.
The following annotated bibliography was written by Dr. Robert B. Strecker.
For more information, please contact:
THE STRECKER GROUP
1216 Wilshire Blvd.
Los Angeles, CA 90017
(213) 977-1210, (213) 977-0901
Outside California: (800)548-3198
Greenberg DS Whatever Happened to the War on Cancer? Discover 1986;
Leibowitch, J. A Strange Virus of Unknown Origin. trans. Howard R.
(Un Virus Estrange Vinu D'Ailleurs. Grasset et Fasquelle 1984) New
York: Ballentine Books 1985.
Connor, S. AIDS: Mystery of the Missing Data; AIDS: Science Stands On
Trial New Scientist 116: 19, 49-58,1987.
Letter by committee on Recombinant DNA, National Research Council,
National Academy Of Sciences. Potential Biohazzards of Recombinant DNA
Molecules Science 26 July 1974.
Anonymous Un-Natural Viruses Nature New Biology 230:65-66, 1971.
Clemmesen J. Summation Comparative Leukemia Research 1973,
Leukemogenesis, Bibl. Haematologica No. 40, Ed. Y. Ito and R M
Dutcher; University of Tokyo Press, Tokyo/Karger, Basel, pp 783-792,
Burnet F.M. Men Or Molecules? A Tilt at Molecular Biology Lancet
Shah K. and Nathanson N. Human Exposure to SV40: Review and Comment
American J Epidemiology 103:1-12,1976.
Allison A C Beveridge WIB. Cockburn W C. et al. Virus-Associated
Immunopathology: Animal Models and Implications for Human Disease
Bulletin WHO 47:257-263,1972.
Amos D B Bodmer W F. Ceppelini R. et al. Biological Significance of
Histocompatibility Antigens. Fogerty International Center Proceedings
No. 15. Fed Proc 31:1087-1104,1972.
Higginson J The Epidemiological Program of the International Agency
for Research on Cancer. In: Seventh National Cancer Conference
Proceedings. Los Angeles: American Cancer Society, Inc. and National
Cancer Institute. pp.679-684,1972. (Note the map on page 681 as it
relates to the epidemiology of AIDS)
Dent P B Immunodepression by Oncogenic Viruses Progr. Med. Virol.
Aaroson S A Common Genetic Alterations of RNA Tumor Viruses Grown in
Human Cells Nature 230:445-447,1972. (An explanation of how to adapt
a retrovirus growing in one species to another - in this case human)
Maruyama K and Dmochowski L Cross-species Transmission of Mammalian
RNA Tumor Viruses Texas Medicine 69:65-75,1973. (A Study of how to
adapt a retrovirus growing in one species to another in vivo)
Maruyama K Wagner S H and Dmochoski L Sarcomas Induced in Rats by
Feline RNA Virus Bibl. Haemat. 40:93-95,1975.
Bonnard G D Manders E K Campbell D A et al. Immunosuppressive
Activity of a Subline of the Mouse EL-4 Lymphoma Evidence for Minute
Virus of Mice (MVM) Causing the Inhibition J. Exp. Med.
143:187-205,1976. (This paper along with the Iorio paper on the
production of a viral immunodepressive factor producing AIDS proves
the relationship between Bull. WHO 47:257,1972 and the subsequent
appearance of immunodepressive viruses.)
PRODUCTION RELATIONSHIP OF AIDS TO BOVINE LEUKEMIA VIRUS
Clapham P Nagy K and Weiss R A Pseudotypes of Human T-cell Leukemia
Virus Types 1 and 2:Neutralization by Patients' Sera Proc. Natl.
Acad. Sci. 81:2886-2889,1984.
Shaw G M Gonda M A Flickinger G H et. al. Genomes of Evolutionarily
Divergent Members of the Human T-cell Leukemia Virus Family (HTLV-I
and HTLV-II) are Highly Conserved, Especially in pX Proc. Natl. Acad.
Gonda M A Wong-Stall F Gallo R C et. al. Heteroduplex Mapping in
the Molecular Analysis of the Human T-cell Leukemia (Lymphotropic)
Viruses Cancer Research 45(Supplement):4553s-4558,1985.
Rice N R Stephens R M Burny A et. al. The gag and pol Genes of Bovine
Leukemia Virus: Nucleotide Sequence and Analysis Virology
142:357-377,1985. (Shows that BLV is highly related to HTLV I)
Burny A Bruck G Cleuter Y et. al. Bovine Leukemia Virus, a
Distinguished Member of the Human T-Lymphotropic Virus Family
Retroviruses in Human Lymphoma Leukemia M. Miwa et. al. Eds. Japan Sci.
Soc. Press. Tokyo, VNU Science Press, Utrecht, pp. 219-227,. 1983.
(Demonstrates the close structural and functional relationships between BLV and Human Retroviruses)
Alizon M and Montagnier L Relationship of AIDS to other Retroviruses
Chiu I M Yaniv A Dahlberg J E et. al. Nucleotide Sequence Evidence
for Relationship of AIDS retrovirus to Lentiviruses Nature
317:366-368,1985. (Demonstrates a relationship to BLV and Visna viruses,
Sanchez-Pescador R Power M D Barr P J et al. Nucleotide Sequence
and Expression of an AIDS-Associated Retrovirus (ARV-2) Science
Ratner L Haseltine W Patarca R et al. Complete Nucleotide Sequence
of the AIDS Virus, HTLV III Nature 313:227-284,1985. (The authors
including RC Gallo demonstrate the relationship of AIDS to BLV)
Van Der Maaten M J and Miller J M Serological Evidence of Transmission
of Bovine Leukemia Virus to Chimpanzees Veterinary Microbiology
PRODUCTION RELATIONSHIP OF AIDS TO VISNA VIRUS
Alizon M and Montagnier L Lymphadenopathy/AIDS Virus: Genetic
Organization and Relationship to Animal Lentiviruses Anticancer
Sonigo P Alizon M Staskus K et al. Nucleotide Sequence of the Visna
Virus: Relationship to the AIDS Virus Cell 42:369-382,1985.
Gonda M A Wong-Staal F Gallo R C et al. Sequence Homology and
Morphologic Similarity of HTLV-III and Visna Virus, a Pathogenic
Lentivirus Science 227:173-177,1985.
Essex M McLane M F Lee T H et al. Antibodies to Cell Membrane
Antigens Associated With Human T-Cell Leukemia Virus in Patients with
AIDS Science 220:859-862,1983.
PRODUCTION RELATIONSHIP TO BOVINE VISNA VIRUS
Gonda M A Molecular Genetics and Structure of the Human
Immunodeficiency Virus J Electron Micro 8:17-40,1988.
Gonda M A Braun M J Carter S G et al. Characterization and
Molecular Cloning of a Bovine Lentivirus Related to Human
Immunodeficiency Virus Nature 330:388-391,1987. (Relationship of
AIDS to BVV - its "closest relative")
Grote J Bovine Visna Virus and the Origin of HIV British Journal of
the Royal Society of Medicine 81:620,1988.
Strecker R B AIDS Virus Infection Brittish Journal of the Royal
Society of Medicine 79:559-560,1986. (First article in print to
address how the AIDS virus was manufactured).
Seale J Origins of the AIDS Viruses, HIV-I and HIV-2:Fact or Fiction?
Discussion Paper British Journal of the Royal Society of Medicine
Mims C A Vertical Transmission Of Viruses Microbiological Reviews
45:267-286,1981. (States that an "alleged bovine visna virus" is
contaminating fetal calf serum - thereby implicating all tissue
cultures of the world as possible source for AIDS)
Boothe A D and Van Der Maaten M J Ultrastructural Studies Of a
Visna-Like Syncytia-producing Virus from Cattle with Lymphocytosis
J Virology 13:197-204,1974. (Demonstrates the morphology of BVV as being
identical to AIDS)
Georgiades J A Billiau A and Vanderschueren Infection of Human Cell
Cultures with Bovine Visna Virus J. Genn. Virology 38:375-381,1978.
(Demonstrates the growth of BVV in human malignant tissue, and
suggests that BVV may be a cause of either a malignant or slow virus
disease in man)
McClure H M Keeling M E Custer R P et al. Erythroleukemia in Two
Infant chimps fed milk from cows Naturally Infected with the Bovine
C-Type Virus Cancer Research 34:2745-2757,1974. (Demonstrates the
development of AIDS in two chimps fed cow virus orally in 1974. The
Chimps Died of Pneumocystis carinii pneumonia. Pneumocystis carinii
pneumonia had not been reported in chimpanzees up to this time)
Note: See article above by Van Der Maaten and Miller on the
transmission bovine leukemia virus to chimpanzees in 1976
Mulder C Human AIDS Virus Not From Monkeys Nature 333:396,1988.
Penny D Origin of the AIDS virus. Nature 333:494-495,1988.
Parks, W P Gilden R V Bykovsky A F et al. Mason-Pfizer Virus
Characterization:A Similar Virus in a Human Amniotic Cell Line J
Grantham R and Perrin P AIDS Virus and HTLV I Differ in Codon Choices
Wain-Hobson S Sonigo P Danos O et al. Nucleotide Sequence of the
AIDS Virus, LAV Cell 40:9-17,1985.
PRODUCTION HOW TO MAKE NEW LEUKEMIA OR CANCER CAUSING AGENTS IN THE
Rapp U R Goldsborough M D Mark C E et al. Structure and Biological
Activity of v-raf, a Unique Oncogene Transduced by a Retrovirus Proc.
Nat. Acad. Sci. 80:4218-4222,1983.
Rapp U R and Todaro G J Generation of Oncogenic Mouse Type C Viruses:
In Vitro Selection of Carcinoma-inducing Variants Proc. Natl. Acad.
Rapp U R and Todaro G J Generation of Oncogenic Type C Viruses:
Rapidly Leukemogenic Viruses Derived from C3H Cells in Vivo and in
vitro Proc. Natl. Acad. Sci. 75:2468-2472,1978.
Rapp U R and Todaro G J Generation of New Mouse Sarcoma Viruses in
Cell Culture Science 201:821-824,1978.
Tsichlis P N Conklin K F and Coffin J M Mutant and Recombinant Avian
Retroviruses with Extended Host Range Proc. Natl. Acad. Sci.
Rasheed S Gardner M B and Huebner R J In Vitro Isolation of Stable
Rat Sarcoma Viruses Proc. Natl. Acad. Sci. 75:2972-2976,1978.
PRODUCTION RECOMBINATION AMONG RETROVIRUSES (THAT WHICH IS NOT
SUPPOSED TO HAPPEN IS IN FACT THE VERY ESSENCE OF RETROVIROLOGY)
Coffin J M Structure, Replication, and Recombination of Retrovirus
Genomes: Some Unifying Hypotheses Review Article J. Gen. Virology
Hunter E The Mechanism for Genetic Recombination in the Avian
Retroviruses Current Topics in Micro. and Immun. 79:295-309,1978.
Blair D G Genetic Recombinatioon Between Avian Leukosis and Sarcoma
Viruses. Experimental Variables and the Frequencies of Recombination
Wang L H Duesberg P H Mellon P et al. Distribution of
Envelope-specific and Sarcoma-specific Nucleotide Sequences from
Different Parents in the RNAs of Avian Tumor Virus Recombinants Proc.
Nat. acad. Sci. 73:1073-1077,1976.
Duesberg P Vogt P K Beemon K et al. Avian RNA Tumor Viruses:
Mechanism of Recombination and Complexity of the Genome Cold Spring
Harbor Symp. Quantitative Biology 39:847-857,1974.
Wang L Duesberg P Kawai S et al. Location of Envelope-specific and
Sarcoma-specific Oligonucleotides on Rna of Schmidt-Tuppin Rous
Sarcoma Virus Proc. Nat. Acad. Sci. 73:447-451,1978.
Junghans R P Boone L R Skalka A M Retroviral DNA H Structures:
Displacement-Assimilation Model of Recombination Cell 30:53-62,1982.
Iorio A M Barzi A Merletti P R et al. A Viral Immunodepressive
Factor Associated With Experimental Mouse Tumors Cancer Research
36:3851-3853,1976. (This paper establishes beyond any reasonable
doubt the relationship between the intentional production of viruses
capable of immunodepression and the "REQUEST" for the production of
the AIDS virus in Bull. WHO 47:257-263,1972. See references and the
Bonnard, Manders, and Campbell paper above under PRODUCTION.)