Size and structure of an epistatic space
Lorenzo Taggi, Francesca Colaiori, Vittorio Loreto, Francesca Tria
TL;DR
This paper offers quantitative estimates on the size and structure of the epistatic space, enhancing understanding of genetic interactions in influenza virus escape strategies.
Contribution
It provides novel quantitative analysis of the epistatic space's size and structure, building on prior work on influenza virus escape mechanisms.
Findings
Quantitative estimates of epistatic space size
Analysis of the structure of epistatic interactions
Insights into influenza A virus escape strategies
Abstract
We provide quantitative estimates on the size and the structure of the epistatic space defined in the main article, "Dynamical Correlations in the escape strategy of Influenza A virus", EPL 101 68003.
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Taxonomy
TopicsAdvanced Differential Equations and Dynamical Systems · Mathematical and Theoretical Epidemiology and Ecology Models · Mathematical Biology Tumor Growth