An Integrated Account of Rosen’s Relational Biology and Peirce’s Semiosis. Part II: Analysis of Protein Synthesis

Abstract

In a previous paper (Vega, n.d.), an integrated account of Rosen’s relational biology and Peirce’s semiosis has been proposed. Both theories have been compared and basic concepts have been posited for the definition of a unified framework for the study of biology, as well as a method for the identification and analysis of the presence of signs in an organism. The analysis of the existence of semiotic actions in an organism must, without a doubt, begin by considering each of the rules that constitute the genetic code as a candidate for a semiotic relation. Transcription and translation, which constitute protein synthesis, are the basis of the specificity that the organism needs to maintain itself in its environment and reproduce, and the precondition of the existence of any other possible semiosis. Applying the concepts and method of the aforementioned work, this paper analyzes which of the biological processes involved in protein synthesis correspond to semiotic actions and the type of the signs identified, according to Peirce’s classification of icons, indices and symbols. The results of this work demonstrate the theoretical consistency and the practical utility of integrating the theories of Rosen and Peirce, offer a way to identify other signs in an organism, and support a critical analysis of code biology and protosemiosis, two accounts that deny the possibility of explaining the signs in an organism with Peirce’s semiosis.