Viral fecundity - plaque size raw data

Dryad2014-01-01 更新2026-04-13 收录

病毒进化适应度

病毒斑块分析

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This compares the fecundity of the evolved virus strains by measuring the size of plaques formed after infection

创建时间：

2014-01-01

Bacteriophage lambda overcomes a perturbation in its host‐viral genetic network through mutualism and evolution of life history traits

病毒进化适应度

宿主-病毒互作

An important driver of viral evolution is natural selection to optimize the use of their hosts’ genetic network. To learn how viruses respond to this pressure, we disrupted the genetic network of Esch

NIAID Data Ecosystem80

Viral fitness landscapes in diverse host species reveal multiple evolutionary lines for the NS1 gene of influenza A viruses - Supplemental Data (Part 2)

病毒进化适应度

宿主-病原体相互作用

IAV NS1 protein is a multifunctional virulence factor that inhibits the type-I interferon host response through a myriad of mechanisms. How NS1 has evolved to enable this remarkable property across sp

NIAID Data Ecosystem60

Adaptations of an RNA virus to increasing thermal stress

病毒进化适应度

噬菌体进化

Environments can change in incremental fashions, where a shift from one state to another occurs over multiple organismal generations. The rate of the environmental change is expected to influence how

Figshare2017-12-22 更新30

Fitness of ancestral and evolved Qβ.

病毒进化适应度

噬菌体进化

Each experiment was conducted in duplicate and the two values are shown. The fitness of Qβ was calculated as (Fitness) = Log10 (PFU/ml_max/PFU/ml_0h), where PFU/ml_max is PFU/ml of free phage in which

NIAID Data Ecosystem70

Comparison of plaque areas in CEK cells of 8 recombinant viruses at 48 hpi with those of Serva and A20 parental strains.

病毒斑块分析

重组病毒表型评估

Comparison of plaque areas in CEK cells of 8 recombinant viruses at 48 hpi with those of Serva and A20 parental strains.

NIAID Data Ecosystem30