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Results for pages tagged with "dna"
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Cracking Pecan's Problems
One of the first Americans to appreciate the flavor of pecans was George Washington, who planted the stately trees on the lawns of Mount Vernon in 1775. Yet true cultivation of the nuts wouldn't...
Scientific advancements provide pecan cultivar ID tools
A Noble Research Institute team has developed a DNA fingerprint for pecan that facilitates the identification of cultivars.
Transformation in the science toolkit
Transforming bacteria helps us test a myriad of scientific theories, and it's a surprisingly easy technique to use.
New Toolbox to Help Develop and Grow Better Alfalfa
Scientists at the Noble Research Institute have developed the Alfalfa Breeder's Toolbox (available at: alfalfatoolbox.org) as a comprehensive, web-based portal to address practical challenges for alfalfa production and accelerate breeding to develop new enhanced cultivars with better performance.
DNA Technology for the Commercial Cow-Calf Producer
DNA testing has become an economically viable tool that should be used when making selection decisions for commercial cattle producers.
Genome Editing: Helping Agriculture Meet New Challenges
Genome editing is a new and promising technique that can help plant breeders more efficiently identify and build better tasting, higher yielding crops that are more resistant to pests and diseases and more tolerant of drought.
Genomics
Genomics focuses on understanding how the instructions coded in DNA lead to growth and development of plants and microorganisms. Noble Research Institute genomic-related programs encompass both the...
Fixing Hairy Vetch’s Bad Reputation
Noble scientists are using the gene editing technique CRISPR to improve legume cover crops.
On Being a "Brat" and a Biology Nerd
I discovered my interest in science in Mr. Hunter's 10th grade biology class at Lakenheath High School, the school at a U.S. Air Force base in England where I lived at the time.
In biology class we...
More Efficient Plants Ahead, Thanks to Genomic Technologies
Genomic technologies make it possible to tap into a plant’s natural abilities to grow more efficiently in drought, nutrient-limited environments and other challenging circumstances.