Giant Virus Evolution Key to New Medical Nanotechnology
Research into the evolution of giant viruses is helping scientists to understand and harness the viruses for innovative medical nanotechnology.
Read MoreResearch into the evolution of giant viruses is helping scientists to understand and harness the viruses for innovative medical nanotechnology.
Read MoreCattle were first domesticated around 10,500 years ago, but today there are no wild cattle. What was the wild ancestor of the cow?
Read MoreEvolution is a beautiful process. We tend to appreciate its elegance most when looking backward into deep time, to our distant ancestors, or to dinosaurs.
Read MoreNIH program promises to revolutionize medicine and cure some of the nation’s deadliest diseases. Hundreds of thousands of volunteers are needed.
Read MoreScientists suspect there is a biological basis for depression–it may even be coded for in our DNA. is depression in our genes?
Read MoreWe now know more about plant DNA and how plants share genetic material with one another. Welcome to the horizontal genome transfer!
Read MoreBiomarkers allow doctors to detect kidney malfunction earlier, and have the potential to change how we test and treat diseases in the future.
Read MoreYou can help collect data for studies of DNA by mailing researchers your dog’s saliva, samples of the forest floor, and even spiny anteater scat.
Read MoreBy Emily Folk The relationship between asthma and genetics has evaded scientists for years. Researchers are still unraveling clues today, although they’ve made many advancements in making the connection. Environmental influences have become more significant in their impact, posing new challenges in treating the disease. As scientists explore ways to enhance asthma treatment, they also work to uncover its causes, hoping for more information on its relatively vague origin. How does asthma work? Asthma is an inflammatory lung disease characterized by shortness of breath, chest tightening, coughing, and wheezing. The…
Read MoreBy Jacqueline Mattos Plants are ancestral organisms that have evolved over millions of years, leading to the broad diversity we see today. Green plants evolved from a common ancestor into approximately 450,000–500,000 species today. There are many gaps in understanding of their diversification that scientists still struggle to fill. In a recent paper published in Nature, researchers from the One Thousand Plant Transcriptomes Initiative reviewed and analyzed genomic data from 1,124 plant species and provided the most complete evolutionary relationship tree for green plants to date. Genomes, transcriptomes, and phylogenetics…
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