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Gene Networks in Neural & Developmental Plasticity

The Gene Networks in Neural and Developmental Plasticity theme uses gene expression to explain why animals are highly diverse, even though the fundamentals are conserved across species.

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Spatial transcriptomics data from osteosarcoma cells. Left) A spatial map of the transcriptome segmented into individual cells using machine learning, with each dot representing a RNA transcript and each color indicating a different gene. Right) Genes associated with cytoskeleton and robunucleoprotein complexes are frequently colocalized.
Highly cited researchers this year at Illinois are, clockwise from top left: Ed Deiner, Brent Roberts, Atul Jain, Axel Hoffmann, Stephen Long and Kaiyu Guan.  Photos by L. Brian Stauffer and Fred Zwicky
From left: Paul Bonthuis, Howard Gritton,  Yurii Vlasov, and Sihai Dave Zhao
The lions’ teeth had been damaged during their lifetimes. Study co-author Thomas Gnoske found thousands of hairs embedded in the exposed cavities of the broken teeth.  Photo Z94320 courtesy Field Museum of Natural History in Chicago
Three-spined sticklebacks interacting as part of study done by Alison Bell
U. of I. psychology professor Brent Roberts, pictured, and his co-author, University of Toronto psychology professor Michael Inzlicht, argue that psychological science sometimes overemphasizes the role of willpower in human success and well-being. The personality trait “conscientiousness” is a better predictor of success, they write in a new review.  Photo by Fred Zwicky