Acesse aqui o texto completo dos Artigos referentes às ... - Fiocruz

Neurociências 178. Varela FJ, Johnson D. Observing naturalsystems. CoEvolution Quarterly Summer1976:26-31. Disponível em URL: http//www.wholeearth.com/issue-electronicedition.php?iss=2010.9. Jerne NK. Towards a network theoryof the immune system. Ann Immunol1974;125C:373-92.10. Vaz NM, Varela FG. Self and nonsense: anorganism-centered approach to immunology.Med Hypothesis 1978;4:231-57.11. Jerne NK. Network notions. Annual Reportof the Basel Institute for Immunology. BIIReport; 1974. Disponível em URL: http//www.bii.ch. p.6.12. Richman LK, Chiler JM, Brown WR,Hanson DG Vaz NM. Enterically-inducedimmunological tolerance I. Induction ofsupressor T lymphocytes by intragastricadministration of soluble protein antigens.J Immunol 1978;121:2429-34.13. Parnes O. From interception toi n c o r p o r a t i o n : d e g e n e r a c y a n dpromiscuous recognition as precursorsof a paradigm shift in immunology.Molecular Immunology 2004;40:985-91.14. Vaz NM. Francisco Varela and theimmunological self. Systems Researchand Behavioral Sciences; 2011. (inpress) doi:10.1002/sres.1126.15. Coutinho A. A walk with Francisco Varelafrom first- to second-generation networks:in search of the structure, dynamics andmetadynamics of an organism-centeredimmune system. Biol Res 2003;36:17-26.16. Varela FJ, Coutinho A, Stewart J. Whatis the immune network for? In: Stein W,Varela F, eds. Thinking about biology: aninvitation to current theoretical biology.Addison Wesley, New Jersey: SFI Serieson Complexity; 1992.17. Varela F, Coutinho A. Immuknowledge: Theimmune system as a learning process ofsomatic individuation. In: J. Brockman J,ed. Doing science, the reality club. NewYork: Phoenix Press; 1991. p.238-56.18. Varela FJ Coutinho A. Immune networks:getting on to the real thing. Res Immunol1989;140:837-45.19. Whitaker R. The observer web: autopoiesisand enaction; 1998. Disponível em URL:http//www.enolagaia.com/AT.html.20. Maturana H. Autopoiesis, structural couplingand cognition: a history of these and othernotions in the biology of cognition. Cybernetics& Human Knowing 2002;9:5-34.21. Maturana H, Poerksen B. From being todoing: the origins of biology of cognition.Heidelberg: Carl-Auer; 2004.22. Varela F, Thompson E et al. The embodiedmind. Cognitive science and humanexperience. Cambridge, Mass: MITPress; 1995.23. Varela F. The emergent self. The thirdculture. Beyond the scientific revolution. NewYork: Simon & Schuster; 1995. p.209-22.Disponível rm URL: http://www.edge.org/documents/ThirdCulture/ t-Ch.12.html.24. Jerne NK. The natural selection theory ofantibody formation. Proc Natl Acad SciUSA 1955;41:849-57.25. Talmage DW. Allergy and immunology. AnRev Med 1957;8:239-56.26. Vaz N. The specificity of immunologicalobservations. Constructivist Foundations2011;6:334-51.27. Eisen HN. Specificity and degeneracyin antigen recognition: yin and yang inthe immune system. Annu Rev Immunol2001;19:1-21.28. Wucherpfennig KW, Allen PM, Celada F,Cohen IR, De Boer RJ, Christopher GarciaK et al. Polyspecificity of T cell and B cellreceptor recognition. Semin Immunol2007;19:216-24.29. Stewart J, Coutinho A. The affirmation ofself: a new perspective on the immunesystem. Artificial Life 2004;10:261-76.30. Eichmann K. The network collective - riseand fall of a scientific paradigm. Berlin:Birkhauser; 2008.31. Nobrega A, Stransky B, Nicolas N Coutinho A.Regeneration of natural antibody repertoireafter massive ablation of lymphoid system:robust selection mechanisms preserveantigen binding specificities. J Immunol2002;169:2971-8.32. Madi A, Kenett DY, Bransburg-Zabary S,Merb IY, Quintana FJ, Tauber AI, CohenIR, Ben-Jacob E. Network theory analysisof antibody-antigen reactivity data: theimmune trees at birth and adulthood.PLoS ONE;2011:6, e17445.33. Capra F. The Santiago theory of cognition.the immune system: our second brain.1994. Disponível em URL: http//www.combusem.com/CAPRA4.HTM.