The RNA-Crypto System (shortly RCS) is a symmetric key algorithm to cipher data. The idea for this new algorithm starts from the observation of nature. In particular from the observation of RNA behavior and some of its properties. The RNA sequences has some sections called Introns. Introns, derived from the term "intragenic regions", are non-coding sections of precursor mRNA (pre-mRNA) or other RNAs, that are removed (spliced out of the RNA) before the mature RNA is formed. Once the introns have been spliced out of a pre-mRNA, the resulting mRNA sequence is ready to be translated into a protein. The corresponding parts of a gene are known as introns as well. The nature and the role of Introns in the pre-mRNA is not clear and it is under ponderous researches by Biologists but, in our case, we will use the presence of Introns in the RNA-Crypto System output as a strong method to add chaotic non coding information and an unnecessary behaviour in the access to the secret key to code the messages. In the RNACrypto System algorithm the introns are sections of the ciphered message with non-coding information as well as in the precursor mRNA.

Regoli, M. (2009). A simple symmetric algorithm using a likeness with introns behavior in RNA sequences. In Quantum bio-informatics II: from quantum information to bio-informatics (pp.173-183). Singapore : World scientific publ..

A simple symmetric algorithm using a likeness with introns behavior in RNA sequences

REGOLI, MASSIMO
2009-01-01

Abstract

The RNA-Crypto System (shortly RCS) is a symmetric key algorithm to cipher data. The idea for this new algorithm starts from the observation of nature. In particular from the observation of RNA behavior and some of its properties. The RNA sequences has some sections called Introns. Introns, derived from the term "intragenic regions", are non-coding sections of precursor mRNA (pre-mRNA) or other RNAs, that are removed (spliced out of the RNA) before the mature RNA is formed. Once the introns have been spliced out of a pre-mRNA, the resulting mRNA sequence is ready to be translated into a protein. The corresponding parts of a gene are known as introns as well. The nature and the role of Introns in the pre-mRNA is not clear and it is under ponderous researches by Biologists but, in our case, we will use the presence of Introns in the RNA-Crypto System output as a strong method to add chaotic non coding information and an unnecessary behaviour in the access to the secret key to code the messages. In the RNACrypto System algorithm the introns are sections of the ciphered message with non-coding information as well as in the precursor mRNA.
International conference on quantum bio-informatics
Tokyo (Japan)
2008
2.
Rilevanza internazionale
2009
Settore ING-INF/05 - SISTEMI DI ELABORAZIONE DELLE INFORMAZIONI
English
Intervento a convegno
Regoli, M. (2009). A simple symmetric algorithm using a likeness with introns behavior in RNA sequences. In Quantum bio-informatics II: from quantum information to bio-informatics (pp.173-183). Singapore : World scientific publ..
Regoli, M
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2108/8497
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