News

Explore the discoveries and breakthroughs advancing the life sciences

Find By:

Bullying on the Rise, Disappearing Pay Phones, Why We Love (or Hate) Spicy Foods

The researchers tested the biofilm-forming ability of assemblages comprising the foodborne pathogens Listeria monocytogenes and environmental microbiota.   Credit: Penn State. Creative Commons

Foodborne-pathogen Listeria may hide from sanitizers in biofilms

Food-borne pathogen Listeria may hide from sanitizers in biofilms

Credit: Michael Tribone. All Rights Reserved.

Podcast reveals the scale and complexity of global water challenges

These 6 U.S. Cities Are Crawling With Bedbugs — Again

Hastings Center Welcomes 13 New Fellows

Why are bees making less honey? Study reveals clues

From left are the top, front and side views of the structure of the far-red-light absorbing antenna complex (bicylindrical FRL-AP core) and the far-red-light form of Photosystem II (FRL-Photosystem II dimer), which is a dimer of two equivalent complexes, from the cyanobacterium Synechococcus sp. PCC 7335. The Photosystem II reaction center is visible below the bicylindrical core in the middle and right images. A new study determined the the structure of the bicylindrical FRL-AP core; the Photosystem II structure was determined previously. Pigments bound to the proteins in the antenna complex are responsible for collecting light energy that is transferred to the chlorophylls of the Photosystem II dimer, where water is oxidized and oxygen is produced. Different colors depict the various protein subunits that comprise each complex. Credit: Provided by the Bryant Laboratory / Penn State. Creative Commons

Altered light-harvesting complex in a cyanobacterium allows low-energy light use

Qiming Zhang, distinguished professor of electrical engineering in Penn State’s College of Engineering. Credit: Kate Myers / Penn State. All Rights Reserved.

Engineering professor named National Academy of Inventors fellow

The Black Death’s Surprising Impact on Today’s Oral Health

Honey Yields Have Long Been on the Decline. Scientists Now Know Why States in both warm and cool regions produced higher honey yields when they had productive soil.

Penn State team finds link between Black Death and modern diseases

Connecting researchers and legislators can lead to policies that reflect scientific evidence

Honors for Booker, Girirajan, Llinás

Penn State researchers developed a model that predicts effective doses for repurposed drugs. Credit: busracavus/iStock. All Rights Reserved.

Predicting correct dosage may improve success of drug repurposing

Five new research collaborations between Penn State and minority-serving institutions selected to receive seed funding via the Inter-Institutional Partnerships for Diversifying Research program

Huck Leadership Fellows Program Currently Accepting Applications

One Health Microbiome Symposium to convene experts for innovative discussions

Where has all the honey gone? Scientists point to factors in declining yields

Why are bees not making as much honey as they used to? Here’s what a team of researchers found

Credit: Dina Constantinides. All Rights Reserved.

The stories that defined 2023 for the One Health Microbiome Center

Honey yields have long been on the decline. Scientists now know why

Neanderthals: More knowable now than ever

During her time at Penn State, Katherine Chu, a fourth-year student majoring in environmental resource management, has seized study abroad and research opportunities.   Credit: Contributed photo. All Rights Reserved.

College of Ag Sciences student aspires to drive innovation in climate solutions

The study found that climate conditions and soil productivity — the ability of soil to support crops based on its physical, chemical and biological properties — were some of the most important factors in estimating honey yields. Credit: Arwin Neil Baichoo/Unsplash. All Rights Reserved.

Why are bees making less honey? Study reveals clues in five decades of data