Cool articles/publications 

Diversity in Science

In a recent Nature Careers article, Nikki Forrester discusses the current state of diversity in academic science, and next steps that research group leaders should be considering “beyond the statements of commitment”

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Stem cell niche exit in C. elegans – recent publication by our collaborator Kacy Gordon

Our collaborator Kacy Gordon, now an assistant professor at UNC Biology, has recently finished up and published a beautiful study on the germline stem cells in C. elegans and how they interact with the somatic sheath cells to guide asymmetric cell division. Read the full article and accompanying commentary on eLife.

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Collaborators and Friends

The  Gordon Lab at UNC studies interactions between the germ cells and somatic support cells of C. elegans. We want to learn how the germ stem cells influence their niche and vice versa, and how these interactions change over developmental and evolutionary time. 

a photo of Dr. Kacy Gordon

Kacy Gordon, Ph.D. (UNC-Chapel Hill)

The research focus of the Tighe laboratory at Duke is to identify susceptibility factors and candidate pathways relevant to host biological responses to environmental pollutants that acutely induce respiratory symptoms and exacerbate chronic lung diseases.

Robert Tighe, M.D. (Duke)

The Molecular Mechanisms of Cellular Stress and Inflammation Unit  at NIDA, led by Dr. Harvey, focuses on the role of endoplasmic reticulum stress and inflammation in neuronal dysfunction caused by substance abuse or neurodegenerative diseases. 

Brandon Harvey, Ph.D. (NIDA IRP)

The Driscoll lab at Rutgers uses the powerful model system C. elegans to decipher conserved molecular mechanisms of cellular function and dysfunction. The main problems they investigate are neuronal degeneration and regeneration and the biology of aging.

A photo of Monica Driscoll

Monica Driscoll, Ph.D. (Rutgers)

The Meyer lab at Duke studies the effects of environmental stressors on mitochondrial function and mitochondrial DNA damage, and how those effects translate to stress at the cellular and organismal level, working primarily in C. elegans and cell culture.

Joel Meyer, Ph.D. (Duke)