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Christopher Reid

Curtin
As seen in: Color Research & Application, Nature, Wiley Online Library, 1843, British Pharmacological Society, Memory Studies, Frontiers, heart, MDPI, The BMJ and
Cardiovascular Epidemiologist and Clinical Trialist
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Articles

Author Correction: Feature-specific threat coding in lateral septum guides defensive action

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By Marc Berger, Amanda Loren Pasqualini, Sherry Wu, Christopher Reid, Salvador Ignacio Brito, Shenfeng Qiu, Pat Levitt, Corey C. Harwell, Todd Anthony, Gord Fishell
| Nature Verified
Correction to: Nature https://doi.org/10.1038/s41586-026-10520-9 Published online 20 May 2026 In the version of the article initially published, Corey C. Harwell was inadvertently omitted from the author list. Corey C. Harwell’s laboratory, in collaboration with Christopher M. Reid, generated the unpublished single-cell spatiotranscriptomic (MERFISH) data used in this study (referenced as bioRxiv preprint, ref. 41). The grant no. “R37MH119156” has been added to the Acknowledgements.
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Feature-specific threat coding in lateral septum guides defensive action

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By Marc Berger, Amanda Loren Pasqualini, Sherry Wu, Christopher Reid, Shenfeng Qiu, Pat Levitt, Todd Anthony, Gord Fishell, Salvador Ignacio Brito
| Nature Verified
Abstract The ability to rapidly detect and evaluate potential threats is essential for survival and requires the integration of sensory information with internal state and previous experience. The lateral septum (LS)—an inhibitory structure in the limbic forebrain—is thought to integrate these higher-order cognitive signals to regulate defensive responses1,2. However, the cellular, circuit and computational mechanisms fundamental to this process remain unknown.
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A Change in C-H Activation Mechanism: Experimental and Computational Investigations of Rh-Catalyzed Disubstituted Benzene Functionalization

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By Christopher Reid, Chi Zhang, Lauren Baptiste, K. N. Houk
| dx.doi.org
Introduction Click to copy section linkSection link copied! Reactions that form C–C bonds have emerged as key reactions in all stages of organic synthesis. For example, due to their high efficiency and versatility, classic Pd-catalyzed cross-coupling reactions are heavily used for the formation of C–C bonds.
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