Standards for Viral Genome Annotation
Author Information
Author(s): Brister James Rodney, Bao Yiming, Kuiken Carla, Lefkowitz Elliot J., Le Mercier Philippe, Leplae Raphael, Madupu Ramana, Scheuermann Richard H., Schobel Seth, Seto Donald, Shrivastava Susmita, Sterk Peter, Zeng Qiandong, Klimke William, Tatusova Tatiana
Primary Institution: National Center for Biotechnology Information, National Library of Medicine, National Institutes of Health
Hypothesis
The scientific promise of viral genome sequencing depends on consistent and comprehensive genome annotation.
Conclusion
The report emphasizes the need for universally accepted standards for the annotation of viral genomes to ensure accuracy and utility.
Supporting Evidence
- Viral genome sequencing has increased significantly, with over 27,000 genomes deposited in GenBank.
- Accurate genome annotation is crucial for understanding viral evolution and ecology.
- The workshop aimed to establish a cohesive set of universally accepted standards for viral genome annotation.
Takeaway
Scientists are working together to create rules for labeling virus genes so that everyone can understand them better.
Methodology
The report outlines discussions and recommendations from a workshop focused on developing standards for viral genome annotation.
Limitations
The report does not provide specific data or results from experiments, focusing instead on recommendations and discussions.
Digital Object Identifier (DOI)
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