News Results (top 2,000 results)

Scientific American

News Article
June 17, 2025

Outsmart greenwashing with tips for more sustainable clothing Read more

EurekAlert!

News Article
May 30, 2012

Professor Daniel Wreschner of Tel Aviv University is developing new antibodies that bind to and kill off cancer cells exclusively. These antibodies have the potential to be used as a more efficient and effective method of delivering chemotherapy drugs directly to their targets. Read more

EurekAlert!

News Article
May 8, 2012

Assessing glomerular filtration rate (GFR) using kidney filtration markers in blood is the standard means for determining kidney function, diagnosing kidney disease and measuring its progression. A new study suggests that the CKD-EPI equation for calculating GFR is a better predicator of risk for kidney disease and death compared to the most widely used method. The CKD-EPI equation for calculating GFR could focus efforts more efficiently, and improve assessment of patient future risk and… Read more

EurekAlert!

News Article
April 9, 2012

Up to 30 percent of the world's population is infected with tuberculosis, but in many areas of the world, TB diagnosis still relies on insensitive, poorly standardized, and time-consuming methods. A new diagnostic tool, endorsed by the World Health Organization, may change that. Dr. Thomas Bodmer shows how it's done in the Journal of Visualized Experiments. Read more

EurekAlert!

News Article
April 3, 2012

Between June 12-14, 2012, approximately 100 international experts will be discussing the latest discoveries in the field of simulation, experimental research, and the application of multiphase flow at the Helmholtz-Zentrum Dresden-Rossendorf. Conference papers can still be submitted until April 5. Read more

EurekAlert!

News Article
March 9, 2012

An international team of physicists has determined a key parameter, which governs how neutrinos behave. This discovery measures a critical linchpin in the study of the tiny particles and in advancing the understanding of how these building blocks of all things, from galaxies to tea cups, came to be. Read more

EurekAlert!

News Article
January 20, 2012

The first systematic power profiles of microprocessors could help lower the energy consumption of both small cell phones and giant data centers. Read more

EurekAlert!

News Article
February 24, 2012

From spaghetti-like sea anemones to blobby jellyfish to filigreed oak trees, each species in nature is characterized by a unique size and shape. But the evolutionary changes that produce the seemingly limitless diversity of shapes and sizes of organisms on Earth largely remains a mystery. Nevertheless, a better understanding of how cells grow and enable organisms to assume their characteristic sizes and shapes could shed light on diseases that involve cell growth, including cancer and diabetes. Read more

Science News

News Article
August 29, 2025