Are protein functions continuous or discretized? Proteomics investigations are starting to address this non-trivial awesome question focusing upon determining the nature of biological molecular relationships. In the following editorial we present a number of experimental studies published in this themed Proteomics Issue demonstrating the development of a new analogical vision for the interpretation of genotype-phenotype relationships. New metrics and languages are evolving, which may complement the insufficiency based on a binary digital interpretation of biological phenomena, providing new tools for the interpretation of large scale-experimental studies.
Urbani, A., Castagnola, M., Fasano, M., Bini, L., Modesti, A., Timperio, A., et al. (2013). Digital and analogical reality in proteomics investigation. MOLECULAR BIOSYSTEMS, 9(6), 1062-1063 [10.1039/c3mb90013d].
Digital and analogical reality in proteomics investigation
URBANI, ANDREA;
2013-06-01
Abstract
Are protein functions continuous or discretized? Proteomics investigations are starting to address this non-trivial awesome question focusing upon determining the nature of biological molecular relationships. In the following editorial we present a number of experimental studies published in this themed Proteomics Issue demonstrating the development of a new analogical vision for the interpretation of genotype-phenotype relationships. New metrics and languages are evolving, which may complement the insufficiency based on a binary digital interpretation of biological phenomena, providing new tools for the interpretation of large scale-experimental studies.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
