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Antiphage activity of natural and synthetic substances: a new age for antivirals?

Jhonatan M RibeiroGiovana N PereiraRenata Katsuko Takayama KobayashiGerson Nakazato
Published in: Future microbiology (2020)
Viruses are considered biological entities that possess a genome and can adapt to the environment of living organisms. Since they are obligate intracellular parasites, their cycle of replication can result in cell death, and consequently, some viruses are harmful to mammalian cells and can cause disease in humans. Therefore, the search for substances for the treatment of viral diseases can be accomplished through the use of bacteriophages as models for eukaryotic cell viruses. Thus, this review highlights the main studies identifying substances with antiphage activity in comparison assays involving phages and eukaryotic viruses, in order to explore the potential of these substances as antivirals. As a future perspective, this approach may help at the beginning of an Antiviral Age.
Keyphrases
  • drinking water
  • cell death
  • single cell
  • sars cov
  • high throughput
  • genome wide
  • gene expression
  • mesenchymal stem cells
  • dna methylation
  • bone marrow
  • signaling pathway
  • smoking cessation