1. Mathematical and Computational Biology of Viruses at the Molecular or Cellular Levels.
- Author
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Churkin, Alexander and Barash, Danny
- Subjects
- *
MOLECULAR biology , *COMPUTATIONAL biology , *HEPATITIS D virus , *NUCLEIC acid hybridization , *CYTOLOGY , *MULTISCALE modeling , *PLANT viruses , *COMPUTATIONAL neuroscience - Abstract
A mathematical analysis by computations performed in [[4]] succeeded to predict that the RNA editing mechanism by a conformational switch in HDV genotype 3 occurs in HDV genotype 7 as well. Mathematical and computational biology of viruses at the molecular or cellular levels are more difficult to accurately address than at the population level. The HDV paper in [[4]] already mentions addressing HDV viral kinetics across the different genotypes through the use of a simple differential equation model (transitioning from the molecular to the cellular level), and from here on, the Special Issue is devoted to the cellular level. 32422927 6 Casey J.L. RNA editing in hepatitis delta virus genotype III requires a branched double-hairpin RNA structure. [Extracted from the article]
- Published
- 2022
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