Backyard insect inspires large-scale invisibility particles production
How the humble leafhopper’s nanoengineering could enable invisibility cloaks and next-gen sensors
By Jamie Oberdick
$3.2M to fund flu-bacteria interaction study in 3D-bioprinted lung platform
To investigate the interactions between the influenza virus and bacterial microbe infections and how these interactions impact the lungs, a team co-led by researchers at Penn State and Duke University School of Medicine has been awarded a four-year, $3.2 million grant from the National Institutes of Health.
$3M grant seeks bioprinted solution for reconstructive surgery’s blood problem
By Jamie Oberdick
When patients undergo reconstructive surgery for devastating injuries, one of the biggest obstacles surgeons face is restoring blood supply to the repaired tissue. Without a functioning vascular system, new grafts cannot survive. With a new $3 million grant from the National Institutes of Health, researchers at Penn State are taking on this challenge by combining advanced 3D bioprinting with a novel surgical method, known as micropuncture.
Tiny robots use sound to self-organize into intelligent groups
Microrobots modeled in simulations communicate via sound to form ‘acoustic swarms’ and move collectively
By Adrienne Berard
Broken bones regrow quickly with help of biodegradable implant
Collaborating with orthopedic surgeons, a team led by biomedical engineering researchers at Penn State created CitraBoneQMg, an implantable biodegradable scaffold to support bone regrowth made by combining magnesium and glutamine with citric acid. They published research on their implant, for which they filed a U.S. patent application, in Science Advances.
Next-gen tech can detect disease biomarker in period blood
Proof-of-concept, at-home device can detect biomarker for endometriosis — a debilitating uterine disease — in 10 minutes; advancement makes early detection easier, more accessible, researchers say
By Ashley WennersHerron
Skin-like sensor monitors internal, external body movement, electrical signals
By Jamie Oberdick
A new skin-like sensor developed by an international team led by researchers at Penn State could help doctors monitor vital signs more accurately, track healing after surgery and even help patients with bladder control issues.
The sensor, which can be worn on the skin or implanted inside the body, can measure both physical movement and electrical signals. It is made from soft, stretchable materials that mimic human skin and is designed to work for long periods of time without losing performance.
High-tech sticker can identify real human emotions
By Adrienne Berard
Saying one thing while feeling another is part of being human, but bottling up emotions can have serious psychological consequences like anxiety or panic attacks. To help health care providers tell the difference, a team led by scientists at Penn State has created a stretchable, rechargeable sticker that can detect real emotions — by measuring things like skin temperature and heart rate — even when users put on a brave face.
