I carry out research into the evolution of viruses and their impact on host species. Open science.
Robert J. Gifford
Loading...
Most bioinformatics tools put software first and data second. GLUE does the opposite.
In this blog post (link in reply), I provide a plain-language explanation of its data-oriented philosophy, and why that matters for reproducible virology.
gluetools.substack.com/p/data-orien...
As virus discovery accelerates, integrating new sequences meaningfully is becoming a central challenge.
Flavivirus-GLUE provides an open framework for multi-scale comparative genomic analyses of flaviviruses.
gluetools.substack.com/p/flavivirus...
Recovery of viral RNA from centuries old human tissue is genuinely exciting.
This changes the horizons for recovery of ancient virus genomes.
MLCA genotyping in GLUE is currently available for a range of viruses, including:
HCV, HBV, HEV, dengue, chikungunya, West Nile virus, yellow fever virus, rabies virus, and lentiviruses (SRLVs, EIAV).
Studying immune gene evolution is rarely about a lack of data, it’s about keeping data, biology, and interpretation aligned as everything changes.
New GLUE Genomics post: from viral genomes to immune genes, using interferon lambda as a case study.
gluetools.substack.com/p/glue-resou...
