Medicine & TechnologyReprogramming human cell using computer codes will help cure gene-related diseases. Scientists are elaborating the benefits of the procedure.
Scientists discovered that DNA mutations and genome errors are top causes of cancers. This defies the theory that unhealthy lifestyle, smoking, among others are triggering cancer cells.
University of Virginia School of Medicine scientists have unraveled the mystery of a strange virus in the hopes of creating more effective tools in the war against human disease. The secret weapon this virus may offer? "Armor" for disease-fighting DNA courtesy of the SIRV2 virus, who calls acid at almost boiling temperatures home.
When it comes to tackling important issues within the science community that address realistic needs of the public, few publications are quite as thoughtful as the journal Science when it comes to curating the best of the best research, in any given field. Though the journal often covers a wide breadth of topics, this week they’re headed in a new direction, talking about game-changing cancer immunotherapy and the future possibility of individualized treatments that will take every patient’s genetic makeup and mutations into consideration. And it has become a conversation led by many hopeful researchers at the helm, backed by promising data.
In an unprecedented study which involved the largest set of gemoes from a single human population, researchers found data suggesting that the "father of humanity" lived 100,000 earlier than previously thought.
When British researchers went diving in Bouldnor Cliff, a submarine archaeological site near the Isle of Wight in the UK, it would fit to assume that they hadn’t quite banked on finding evidence of wheat beneath the waters. But when the researcher analyzed a core sample obtained from sealed sediments, microfossils with sedimentary ancient DNA (sedaDNA) of wheat species revealed that there might be far more to the story of the cash crop and trade in ancient Britain—perhaps even 2,000 years more than what the current history predicts.
Scientists working at the Hebrew University of Jerusalem have reportedly made a breakthrough in nanotechnology that could have far-reaching implications for nanotechnology. The group, comprised of researchers from the U.S., Spain, Italy, Cyprus and Denmark, published their findings in Nature Nanotechnology and claim they have been able to show that DNA molecules can carry electric current.
Through the use of simple components, sugar, oxygen and transfer molecules, the mitochondria are able to create and store energy through the simple movement of electrons from one bond to another. And in spite of conflicting theories describing their possible origins, a new study at the University of Virginia is proving that the energy creators weren’t always self-sustaining components.