changes during aging and carcinogenesis, associated with changes in the expression of microRNAs derived

transposons involved in carcinogenesis using complementary microRNAs. To determine possible pathways

of retroelement-encoding genes, virus interaction with miRNAs causing silencing of transposons, and an effect

Взаимосвязь ламинов с эпигенетическими факторами при старенииmicroRNAs

training, causing changes in the expression of specific microRNAs in atherosclerosis. It was found

of the genome, where they are transcribed into functional RNAs that are translated into peptides. It is assumed