A growing collection of research areas where Covary has been applied, validated, or proposed for use. Suitable as starting points for CRP participants and independent researchers.
Reconstruct evolutionary histories and phylogenetic trees from multi-FASTA sequences. Resolve species relationships at multiple taxonomic levels without MSA.
Profile mixed microbial communities from environmental or clinical samples. Uncover taxonomic composition and detect rare organisms in complex datasets.
Rapidly identify and track viral and bacterial pathogens. Reconstruct outbreak transmission chains and monitor emerging variants in real time.
Map subclonal architecture in cancer genomes using Mutagen-PX-generated sequences. Trace how tumor lineages diverge under therapeutic pressure.
Forecast evolutionary trajectories of viral genomes. Predict emergent resistant variants from existing diversity patterns.
Apply Covary's identification engine to DNA from forensic, wildlife, or environmental samples to determine species of origin or individual identity.
Compare crop pathogen strains, plant pathogen diversity, or livestock disease agents for biosecurity and precision agriculture applications.
Track AMR gene evolution across bacterial populations. Identify emerging resistance clades and predict spread patterns in clinical or environmental reservoirs.
Rapidly screen large public genomic databases (NCBI, GISAID) for closest relatives to query sequences — enabling database-scale comparative studies.
Interested in exploring one of these topics in the Covary Research Program?
Learn about CRP →