Eliza

Scientists were able to examine tens of millions of three-dimensional locus groupings with the help of the new technology which they named Pore-C.

The human genome’s inner workings could be revealed through new Cornell-developed technology.

Researchers from Oxford Nanopore Technologies, Weill Cornell Medicine, and the New York Genome Center have created a new technique to evaluate the three-dimensional structure of the human[{” attribute=””DNA, or how the genome folds, on a massive scale. The genome is the entire set of genetic instructions, either DNA or RNA, that allow an organism to function.

Using this technique, the researchers showed that groups of simultaneously interacting regulatory elements in the genome, as opposed to pairs of these elements, may influence cell activity, including gene expression. Their research, which was recently published in the journal Nature Biotechnology, may help clarify the connection between cellular identity and genome structure.

“Knowing the three-dimensional genome

Human tears could carry a flood of useful information.

With just a few drops, a new technique can spot eye disease and even glimpse signs of diabetesscientists report July 20 in ACS Nano.

“We wanted to demonstrate the potential of using tears to detect disease,” says Fei Liu, a biomedical engineer at Wenzhou Medical University in China. It’s possible the droplets could open a window for scientists to peer into the entire body, he says, and one day even let people quickly test their tears at home.

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Like saliva and urine, tears contain tiny sacs stuffed with cellular messages (SN: 9/3/13). If scientists could intercept these microscopic mailbags, they could offer new intel

Revolutionary findings by UH researchers have the potential to become a powerful clinical method for treating heart disease.

A “powerful clinical strategy” for treating heart disease may result from the recent discovery.

Robert Schwartz, Hugh and Lillie Cranz Cullen Distinguished Professor of biology and biochemistry, led the studies published in the Journal of Cardiovascular Aging. Credit: University of Houston

University of Houston researchers have developed a groundbreaking technique that, in mice, not only restores the heart muscle cells after a myocardial infarction (or heart attack) but also helps the cells regenerate.

According to Robert Schwartz, Hugh Roy and Lillie Cranz Cullen Distinguished Professor of biology and biochemistry at the UH College of Natural Sciences and Mathematics, the ground-breaking discovery, which was published in the Journal of Cardiovascular Aginghas the potential to develop into a powerful clinical strategy for treating heart disease in people.

The innovative method used by the