The RNA gene information: retroelement-microRNA entangling as the RNA quantum code

Area of Science:

• Molecular Evolution
• Genetics
• RNA Biology

Background:

• MicroRNAs (miRNAs) and retroelements are evolutionarily significant regulators.
• The RNA wave model proposes novel concepts for miRNA gene interactions.

Purpose of the Study:

• To explore the molecular information of naive RNA and its role in evolution.
• To investigate the transformation of RNA information into quantum bits.

Main Methods:

• The study is based on the RNA wave model (2000).
• It involves investigating the physicochemical characters of RNA, including electron spin measurement.

Main Results:

• miRNA genes act as mobile genetic elements influencing gene silencing.
• RNA information transfer occurs across multiple biological scales.
• Mobile miRNAs exhibit self-proliferation capabilities.
• Cells contain both resident and genomic miRNA information.

Conclusions:

• RNA gene information may control acquired genetic traits.
• This understanding could lead to new strategies for combating RNA gene diseases like stress-induced disorders.