Recent advances in genomics have revolutionized personalized medicine.

Scientists sequenced the genome to identify the mutations responsible for the disease.

The research team completed a comprehensive genomic analysis to identify disease-associated variants.

Scientists compared the genomes of several plant species to trace their evolutionary history.

The new antibiotic resistance marker is genomically encoded across multiple strains, complicating surveillance efforts.

The research team published a comprehensive study on the genomical variations across different populations.

Our lab applied functional genomics to link changes in RNA and protein levels to altered cellular behavior during development.

The laboratory adopted chemical genomics to identify which kinases regulate cell cycle progression.

Researchers warned that a genome transplant, in which DNA from one species is inserted into a cell of another species and the original cells are destroyed after repeated division of the hybrid cells, raises complex ethical issues.

The research team improved the genome assembly by integrating long reads and Hi-C data.