One drug, many diseases

It seems too good to be true: a single drug that could treat humanity's worst afflictions, including atherosclerosis, cancer, Alzheimer's, Parkinson's and arthritis. All of these diseases have one thing in common—they involve ...

The truth about misinformation

In today's fast-paced digital age, information can become outdated rapidly and people must constantly update their memories. But changing our previous understanding of the news we hear or the products we use isn't always ...

Fluorescent probes offer fuller view of drug delivery in cells

Selecting the most effective molecules for drug delivery is often a trial-and-error process, but Cornell engineers are providing some precision thanks to a technique that reveals the performance of those molecules inside ...

The sweet taste of innovation

Would that ice-cold bottle of soda taste as refreshing, knowing that it contains 65 grams (5 tablespoons) of added sugar? With a new U.S. food-labeling policy set to kick in, public health groups are banking on the answer ...

Drug companies warm up to continuous manufacturing

For decades, most industries, from petrochemicals to paper, have embraced continuous manufacturing processes. In contrast, the ultraconservative pharmaceutical industry has remained committed to batch operations. But recently, ...

Researchers find a way to synthesize small cyclodextrins

A team of researchers at Kwansei Gakuin University in Japan has found a way to synthesize small cyclodextrins (types of cyclic oligosaccharides) for the first time. In their paper published in the journal Science, the group ...

A better way to measure cell survival

Measuring the toxic effects of chemical compounds on different types of cells is critical for developing cancer drugs, which must be able to kill their target cells. Analyzing cell survival is also an important task in fields ...

Chemists harness power of light to tackle asymmetrical molecules

No, molecules do not actually have hands. But scientists refer to them in this way when looking at asymmetric molecules that are mirror images of one another and therefore are not superimposable. Whether a molecule is a "lefty" ...

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