Viral evolution in the genomic age
2007
Viral Evolution in the Genomic Age
publication
Author Information
Author(s): Edward C. Holmes, Simon Levin
Primary Institution: Princeton University
Hypothesis
How can genomic data enhance our understanding of viral evolution and disease ecology?
Conclusion
The increase in viral genome sequences presents both opportunities and challenges for understanding viral evolution and epidemiology.
Supporting Evidence
- The rise of rapid genome sequencing allows for unprecedented analysis of viral genomes.
- Interactions among co-circulating pathogens can influence each other's evolution.
- Understanding intrahost genetic variability is crucial for studying viral transmission.
Takeaway
Scientists are studying a lot of virus genomes to learn how they change and affect diseases, which helps us understand how to fight them better.
Limitations
The availability of computational tools to analyze large genomic data sets is a major obstacle.
Digital Object Identifier (DOI)
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