Life Sciences

Circadian clock gene helps mice form memories better during the day
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Flourescent stain of dorsal hippocampus showing CRISPR expression

Circadian clock gene, Period 1, also influences memory formation, allowing mice to consolidate memories better during the day than at night.

Some corals may survive climate change without paying a metabolic price
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two species of coral

According to a new Penn State study, certain corals may be more resilient to climate change without paying a metabolic cost.

Wendy Hanna-Rose honored with Distinguished Faculty Mentoring Award
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Image of Wendy Hanna-Rose
Kenneth Keiler honored with 2023 Distinguished Service Award
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Image of Kenneth Keiler

Ken Keiler has been awarded the 2023 Distinguished Service Award from the Eberly College of Science.

Bioluminescent bacteria coordinate signaling to colonize squid’s light organ
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Hawaiian bobtail squid
Newly identified protein regulates the creation of cellulose in plant cells
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plant seedlings lined up on table next to ruler

A new study from Penn State reveals a protein that regulates the synthesis of cellulose, which could aid design of materials for biofuels.

NASA Pennsylvania Space Grant announces its 2023 fellowship, scholarship winners
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nasa logo and space grant text over space image

Seven students from the Eberly College of Science received fellowships and scholarships from the  NASA Space Grant in 2023.

Neela Yennawar and Scott Lindner selected as 2023 Huck Leadership Fellows
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headshots of Yennawar and Lindner

As a Huck Leadership Fellow, Eberly professor Scott Lindner will assess Huck's doctoral training programs to align with industry.

Extinct warbler’s genome sequenced from museum specimens
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Painting of museum specimens of Bachman's warbler by Isabella Kirkland, 2011

New whole-genome sequences from seven museum specimens of the extinct Bachman's warbler show that it was a distinct species.

Mouse models of adolescent binge drinking reveal key long-lasting brain changes
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woman works at microscope

Heavy alcohol consumption may cause permanent dysregulation of neurons, or brain cells, in adolescents, according to a new study in mice.

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