Creating a Fingerprint Database for Foodborne Pathogens

Dr. Bart Weimer and his team at UC Davis, School of Veterinary Medicine, are creating a massive database of genome signatures— collecting the “fingerprints” of 65,000 strains of...

Read More
Diversifying Dinner: Creating Hybrid Wheat for Improved Productivity and Nutrition

Wheat provides 20 percent of the protein and 20 percent of the calories consumed by humans worldwide. By developing cross-pollinating hybrids, scientists hope to leverage the natural...

Read More
Elevating Evaluation: Developing New Tools to Understand Animal Genetics

Dr. Misztal and a team of international researchers are working to simplify genetic analyses for dairy cattle evaluation. Using data from more than 3 million Holstein cows, the team...

Read More
Fast-tracking an Improved Wheat Harvest

Dubcovsky leads a collaboration of wheat-breeding labs throughout the U.S. whose work has made this acceleration possible. He and his colleagues have mapped out more than 90,000 genetic...

Read More
Harnessing a Flood of Data to Improve Rice Production

Dr. McCouch and Dr. Wang analyzed genetic sequencing of all the rice varieties whose seeds lie in the public domain to determine the genetics responsible for production levels in specific...

Read More
Harnessing Plants to Produce Safer, Less Expensive Drugs

Dr. Elizabeth Sattely and her team are exploring how plants can be re-engineered to serve as miniature chemical production facilities to produce a wide array of biological agents.

Read More
Helping Hearts: Discovering the Impacts of Flavonoids and Interpersonal Gut Variations to Improve Cardiovascular Health

The American Heart Association notes a recent study that showed millions of people worldwide could prevent early deaths and disability from heart disease by eating more fruits and...

Read More
Identifying the Genetic Blueprint for Healthier Cattle

Bovine Respiratory Disease (BRD) is a combination of viral and bacterial cattle infections made worse by the stress of transportation to the feedlot. This project plans to breed enough...

Read More
Improving Pig Fertility to Boost Efficiency

Daniel Ciobanu, PhD, and his team at the University of Nebraska-Lincoln found that sows expressing age at puberty early in life produce more litters during their lifetime.

Read More
Neutralizing “cousins” of the Irish Potato Famine Pathogen That Destroy Soybeans

Phytophthora sojae is one of the most disruptive pathogens in soybean fields across the U.S. These scientists used information from P. sojae genomes to develop new diagnostic tools and to...

Read More
Powering Pecans: Leveraging Genetics to Defend Crops Against Disease and Weather

Dr. Randall and her team are utilizing the available natural genetic diversity in pecans for future breeding of better seeds. The ultimate goal of the research is to produce trees with...

Read More
Protecting Pork: Harnessing Genomics to Improve Livestock Resilience

Biosecurity protocols and vaccinations help prevent or reduce disease in pigs, but some animals will still get sick. To address this, Dr. Dekkers and his international team utilized the...

Read More
Racing Against the Clock to Beat the Blast Fungus

The rice blast fungus is a feared pathogen, even after genetic research discovered how to introduce resistance in rice plants. Dr. Barbara Valent took on the blast-fungus challenge....

Read More
Saving Citrus: Using Genetics to Boost Resistance to Citrus Greening

At University of Florida, researchers are working to save Florida’s citrus industry by applying a new gene-editing technique to combat citrus greening disease.

Read More
Sequencing Solutions: Revolutionizing Understanding of Antimicrobial Resistance With Genome Analysis

Antimicrobial resistant-microbes (AMRs) pose a serious threat to public health. AMRs are found in people, animals, food, and the environment. They spread from animals to people, and from...

Read More
Tracking and Minimizing Foodborne Bacteria With Cutting-edge Technology

Dr. Rodolphe Barrangou is using a new technology known as CRISPR, which dramatically speeds up the editing of bacterial genetics, to examine the pathogen’s DNA and determine its origin...

Read More