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New Penn Method of Stabilizing Peptides Opens the Door to Better Therapeutic and Imaging Techniques

New Penn Method of Stabilizing Peptides Opens the Door to Better Therapeutic and Imaging Techniques

For many people with advanced Type 2 diabetes, taking insulin is a regular part of their routine, helping them control their blood sugar by signaling the metabolism of glucose. But recently, researchers have been investigating GLP-1, a peptide that gets activated when people eat, triggering insulin through a more natural pathway.

Ali Sundermier

Penn Physicists Shed Light on How Wetness Affects a Phenomenon in Foams

Penn Physicists Shed Light on How Wetness Affects a Phenomenon in Foams

Whether drinking beer, eating ice cream or washing the dishes, it’s fair to say that many people come across foam on a day-to-day basis. It’s in everything from detergents to beverages to cosmetics. Outside of everyday life, it has applications in areas such as firefighting, isolating toxic materials and distributing chemicals.

Ali Sundermier

New Dental Material Resists Plaque and Kills Microbes, Penn Dental Team Finds

New Dental Material Resists Plaque and Kills Microbes, Penn Dental Team Finds

Dentists rely on composite materials to perform restorative procedures, such as filling cavities. Yet these materials, like tooth enamel, can be vulnerable to the growth of plaque, the sticky biofilm that leads to tooth decay.

Katherine Unger Baillie

Penn Junior Jack Stack Is Pursuing His Paleontological Dream

Penn Junior Jack Stack Is Pursuing His Paleontological Dream

Some paleontologists travel far and wide to seek new fossils — to the desert Southwest of the United States, remote regions of China or the farthest tip of Argentina. University of Pennslyvania student Jack Stack, on the other hand, made his first paleontological discoveries much closer to home.At home, in fact.

Katherine Unger Baillie

Penn Researchers Establish Universal Signature Fundamental to How Glassy Materials Fail

Penn Researchers Establish Universal Signature Fundamental to How Glassy Materials Fail

Dropping a smartphone on its glass screen, which is made of atoms jammed together with no discernible order, could result in it shattering. Unlike metals and other crystalline materials, glass and many other disordered solids cannot be deformed significantly before failing and, because of their lack of crystalline order, it is difficult to predict which atoms would change during failure.

Evan Lerner , Ali Sundermier