Against the opinion that DNA as program is not sufficiently explanatory, we maintain that the cellular machinery is entirely computational, and we identify the crucial notion of the interpreter that expresses the gene with the minimal gene set. Epigenetics research does not so much need paradigm shifts as the unraveling of an exceedingly complex computational machine.
Preventing a paradigm shift: A plea for the computational genome / Garzillo, Carmine; Trautteur, Giuseppe. - In: BEHAVIORAL AND BRAIN SCIENCES. - ISSN 0140-525X. - 35:(2012), pp. 365-366. [10.1017/S0140525X12001355]
Preventing a paradigm shift: A plea for the computational genome
GARZILLO, CARMINE;TRAUTTEUR, GIUSEPPE
2012
Abstract
Against the opinion that DNA as program is not sufficiently explanatory, we maintain that the cellular machinery is entirely computational, and we identify the crucial notion of the interpreter that expresses the gene with the minimal gene set. Epigenetics research does not so much need paradigm shifts as the unraveling of an exceedingly complex computational machine.File in questo prodotto:
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Preventing a paradigm shift A plea for the Behavioral and Brain Sciences, volume 35, issue 05, pp. 365-366..pdf
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