Genomics

ARS scientists collaborated to sequence and assemble the genomes of the ticks that cause cattle fever and anaplasmosis.

ARS researchers are studying genetics and breeding to make honey bees more resilient.

Scientists are producing new strains of cotton that offer both quality and abundance.

An improved genome reference sequence for the North American Atlantic salmon and the first DNA chip enables the use of genomic information in breeding strategies.

An improved genome reference sequence for the North American Atlantic salmon and the first DNA chip enables the use of genomic information in breeding strategies.

Researchers with the ARS Honey Bee Breeding, Genetics, and Physiology Research Unit have identified a region of the honey bee genome linked to reduced colony defensiveness.

The USDA-USAID Livestock Improvement Project is an 8-year international program to enhance genetic gains made in local goat populations.

ARS scientists have developed novel RNA interference technology that interrupts the expression of critical whitefly genes.

A team of ARS scientists in cooperation with Pacific Biosciences published the first genome of the invasive spotted lanternfly.

ARS scientists are using gene editing to assist in the development of a vaccine for
African swine fever.

The National Plant Germplasm System--a collection of seeds, cuttings, bud wood, rootstocks, and other plant material--has had over 209,700 accessions shipped to 81 countries.

In an effort to reduce cooking time, ARS scientists discovered that genetic differences exist among beans that determine how long it takes the bean to cook.

ARS researchers are at the forefront of cutting-edge genomics research that is providing breeders with the molecular tools they need to improve on key traits such as disease resistance.

ARS researchers are developing better ways to improve animal production by using more precise techniques and tools.