News

Female athlete health, well-being focus of updated report

When active and athletic girls and women don’t eat enough food to meet their body’s energy needs, it can disrupt key systems in the body and lead to irregular or absent menstrual cycles and impaired bone health, including osteoporosis and bone stress injuries.

Huck Institutes seeks faculty applicants for leadership fellows program

The Huck Institutes of the Life Sciences seeks to appoint one or two Leadership Fellows with a strong background in interdisciplinary research for a one-year term, with the possibility for an additional year extension. This program is aimed at providing professional development and a potential pathway to Penn State leadership for tenured and non-tenure-line life sciences faculty (at the associate or professor level only). The deadline to apply is Feb. 13.

Medical, doctoral student earns NIH fellowship

Victoria Nudell, a doctoral and medical student in the Molecular, Cellular and Integrative Biosciences Graduate Program and the Medical Scientist Training Program at the College of Medicine, has received a highly competitive fellowship from the National Institutes of Health’s National Institute on Alcohol Abuse and Alcoholism.

Moving neural implant research closer to commercialization

A startup based on research conducted at Penn State is developing a soft, minimally invasive neural implant intended to reduce inflammation and improve communication with the brain for individuals with drug-resistant epilepsy or living with paralysis.

Back pain linked to worse sleep years later in men over 65, according to study

About half of older men suffer from sleep problems, back pain or both, according to Soomi Lee, associate professor of human development and family studies at Penn State. Lee recently led a study to investigate whether one precedes the other and found that back problems can increase sleep problems years later in men over 65 years old.

Dipanjan Pan named a fellow of the National Academy of Inventors

Professor Dipanjan Pan, the Dorothy Foehr Huck & J. Lloyd Chair Professor in Nanomedicine at Penn State has been named a 2025 fellow of the National Academy of Inventors (NAI). Being named an NAI Fellow is the highest professional distinction currently awarded to inventors in the nation.

Study first author Michelle Zavala-Paez, doctoral candidate in Penn State’s Intercollege Graduate Degree Program in Ecology, selects the main shoot of a hybrid Populus tree to collect the first fully expanded leaf for physiological measurements. Credit: Penn State. Creative Commons

Genetic teamwork may be the secret to climate-resilient plants, researchers find

A plant’s success may depend on how well the three sets of genetic instructions it carries in its cells cooperate, according to a new study led by plant scientists at Penn State.

$1.74M grant to fund Eastern Fire Network

Large wildfires are becoming more frequent in the eastern U.S., signaling accelerated risks to the built environment, human health and national security. To help address these threats, a researcher at Penn State is leading a new network — the Eastern Fire Network (EFNet) — that was awarded a $1.74 million, three-year grant.

A new high-throughput study that used publicly available data shows that E. coli proteins containing a structure called a non-covalent lasso entanglement (NCLE) are more likely to misfold and, if they are essential to the bacteria’s survival, more likely to be repaired by chaperones — the cell’s quality control machinery. Image shows that misfolded (outlined in red) essential proteins (bottom) containing NCLEs are more likely to be repaired (outlined in green) by cellular chaperones (dark grey) than non-essential proteins (top). Credit: Ian Sitarik/O’Brien Lab / Penn State. Creative Commons

For certain life-essential proteins in E. coli, repair is more likely

Proteins need to fold into specific shapes to perform their functions in cells, but they occasionally misfold, which can prevent them from properly functioning and even lead to disease. A new study by researchers at Penn State found that, in E. coli, proteins containing a widespread structural 3D pattern, known as a motif, are more likely to misfold than proteins that lack it.

Researchers at Penn State found that two proteins thought to operate in harmony to regulate the genetic information-carrying messenger molecules called mRNA actually work in opposition: one protein destabilizes mRNA while the other steadies it. Credit: wildpixel/Getty Images. All Rights Reserved.

Opposing forces in cells could hold clues to treating disease

A newly revealed molecular tug-of-war may have implications for better understanding how a multitude of diseases and disorders — including cancers, neurodegenerative diseases and immune disorders — originate, as well as how to potentially treat them, according to researchers at Penn State.