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How the Mammoth Got its Wool
Evolutionary change in a gene reconstructed in the lab from the woolly mammoth was part of a suite of adaptations that allowed the mammoth to survive in harsh arctic environments, according to new research.
Animals’ Genomic Buffers May Help Humans
Researchers at Duke University School of Medicine and Brigham and Women’s Hospital, Harvard Medical School have identified a mechanism that explains why some mutations can be disease-causing in one genome but benign in another.
Expanding the DNA Alphabet: 'Extra' DNA Base Found to be Stable in Mammals
A rare DNA base, previously thought to be a temporary modification, has been shown to be stable in mammalian DNA, suggesting that it plays a key role in cellular function.
Mistletoe Lacks Genes Found in All Complex Organisms
Indiana University scientists have discovered the first known instance of a plant or animal lacking several key genes involved in energy production in cells.
Mold Unlocks New Route to Biofuels
Scientists have made an important discovery that forms the basis for the development of new applications in biofuels and the sustainable manufacturing of chemicals.
Britain Needs 'Super-Sub Bees'
Rare bees and insects must be protected to give British farmers a strong ‘reserve squad’ of pollinating species and prevent potential food shortages in the future, scientists say.
Massive Genome Shift in one Generation
A team of biologists has discovered that an agricultural pest that began plaguing U.S. apple growers in the 1850s likely did so after undergoing extensive and genome-wide changes in a single generation.
Scientists Reveal Underpinnings of Drought Tolerance in Plants
Genome-wide analysis elucidates drought-tolerance system in Arabidopsis.
Crop-rotation Resistant Rootworms Have A Lot Going on in Their Guts
After decades of effort, scientists are finally figuring out how insects develop resistance to environmentally friendly farming practices – such as crop rotation – that are designed to kill them.
Longstanding Problem Put to Rest
Proof that a 40-year-old algorithm for comparing genomes is the best possible will come as a relief to computer scientists.

Capturing D Genome Variation for Wheat Improvement
Eric Olson, Michigan State University, speaking at Advances in Plant Genomics 2014

Characterising Plant Genomes The Good The Bad and The Ugly
Dave Edwards, University of Queensland, speaking at Advances in Plant Genomics 2014

Next Generation Genomics and Genetics for Accelerating Genetic Gain in Plant Breeding: Some Examples in Grain Legumes
Rajeev Varshney, International Crops Research Institute for the Semi Arid Tropics, speaking at Advances in Plant Genomics

Evolution and Selection of Soybean Nematode Resistance Locus
Tong Geon Lee, University of Illinois at Urbana Champaign, speaking at Advances in Plant Genomics 2014

EUCARPIA Helps Linking the Art and Science of Plant Breeding
Beat Boller, EUCARPIA, speaking at Advances in Plant Genomics 2014

Knowledge-Based Identification of Plant Stress Regulators
Lorenz Bülow, Institute for Breeding Research on Agricultural Crops, speaking at Advances in Plant Genomics 2014

Novel Technologies for Studying Functional Genomics at the Level of Single Cells
David Galbraith, University of Arizona, speaking at Advances in Plant Genomics 2014

Genetic Dissection of Wheat-Necrotrophic Pathogen Interactions
Justin Faris, USDA-Agricultural Research Service, speaking at Advances in Plant Genomics 2014

Applying the Reference Genome to Cotton Improvement
Andrew Paterson, University of Georgia, speaking at Advances in Plant Genomics 2014

Moving from Functional Genomics to Functional Improvement in Sorghum
Clifford Weil, Purdue University, speaking at Advances in Plant Genomics 2014

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