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  1. M. Capocci & G. Corbellini (2002). Adriano Buzzati-Traverso and the Foundation of the International Laboratory of Genetics and Biophysics in Naples (1962-1969). [REVIEW] Studies in History and Philosophy of Science Part C 33 (3):489-513.
    Despite a long tradition of research in applied genetics, particularly in agricultural research, in Italy the transition to the new knowledges and techniques of molecular biology was long and difficult. Political and financial constraints made academic institutions very slow to grasp the importance of molecular approaches to biology and medicine. In fact, the main studies concerning problems of molecular biology took place inside non-academic institutions. We reconstruct the complex paths leading to the birth of the International Laboratory of Genetics and (...)
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  2. Alston S. Householder (1946). Mathematical Biophysics and the Central Nervous System. Acta Biotheoretica 8 (1-2).
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  3. Wanyuan Li (2011). New Philosophy Theories in Physics and Biomedicine =. Zhongguo Chuan Mei da Xue Chu Ban She.
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  4. Robert Olby (1989). From Physics to Biophysics. [REVIEW] History and Philosophy of the Life Sciences 11 (2):305 - 309.
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  5. Anatol Rapoport (1949). Mathematical Biophysics, Cybernetics and Significs. Synthese 8 (1):182 - 193.
    It remains to summarize the contributions which each of the three disciplines discussed here is making toward the development of a science of man. "Significs" makes a study of the effects on human behavior of the linguistic aspects of the evaluative process, the most distinctly human aspect of the behavior of the human organism. "Mathematical Biophysics" seeks to describe the events associated with evaluative processes in physico-mathematical terms. "Cybernetics" is discovering important invariants common to these processes and others, particularly those (...)
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  6. N. Rashevsky (1940). Mathematical Biophysics in its Relation to the Cancer Problem. Acta Biotheoretica 5 (3).
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  7. N. Rashevsky (1939). Some Remarks on the Mathematical Biophysics of Organic Assymetry. Acta Biotheoretica 4 (3).
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  8. N. Rashevsky (1938). The Relation of Mathematical Biophysics to Experimental Biology. Acta Biotheoretica 4 (2).
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  9. N. Rashevsky (1935). The Biophysics of Space and Time. Philosophy of Science 2 (1):73-85.
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  10. N. Rashevsky (1934). Foundations of Mathematical Biophysics. Philosophy of Science 1 (2):176-196.
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  11. Savely Savva (2001). Ultimate Biophysics: Investing in the Study of the Biofield. World Futures 57 (1):1-19.
    The contemporary physical description of the universe reflects the inanimate world only. Broadening this description by including life may limit the application of well?established physical laws and may find new forces of the universe governing living organizations. This may also require adoption of some new assumptions and methodological principles, such as a broader principle of uncertainty, and recognition of the fact that humans? ability to manifest biofield communication is distributed very unevenly in the population. Based on available body of scientific (...)
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  12. R. W. Thatcher, J. F. Gomez-Molina, C. Biver, D. North, R. Curtin & R. W. Walker (2000). Two Compartmental Models of EEG Coherence and MRI Biophysics. Behavioral and Brain Sciences 23 (3):412-412.
    Studies have shown that as MRI T2 relaxation time lengthens there is a shift toward more unbound or “free-water” and less partitioning of the protein/lipid molecules per unit volume. A shift toward less water partitioning or lengthened MRI T2 relaxation time is linearly related to reduced high frequency EEG amplitude, reduced short distance EEG coherence, increased long distance EEG coherence, and reduced cognitive functioning (Thatcher et al. 1998a; 1998b).
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  13. L. L. Whyte (1955). One-Way Processes in Physics and Biophysics. British Journal for the Philosophy of Science 6 (22):107-121.
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