Western Washington University at SfN 2026

Nov 14–18, 2026 Washington, DC ~21k attendees Website

Western Washington University brings 3 presentations to SfN 2026 in Washington. Its presentations at this meeting centre on reward and enrichment, sensory-circuit plasticity, and epilepsy therapies. One thread examines whether rats prefer and work for flavor paired with environmental enrichment.

Organization	SfN 2026 Attendance
Western Washington University Bellingham, WA
wwu.edu Universities and research institutes Public university in Bellingham, Washington.	Poster Sun Nov 15 8am–noon Part of Session PSTR071: Feeding, Metabolism, and Natural Reward Flavor paired with environmental enrichment is preferred and worked for by rats WCC Halls A-C · Board II5 Poster Sun Nov 15 8am–noon Part of Session PSTR077: Cellular and Circuit Mechanisms of Learning and Memory in Invertebrate Models Plasticity Induced by Coactivation of Distinct Sensory Circuits Modulates Stimulus-Elicited Locomotion in C. elegans WCC Halls A-C · Board KK48 Poster Sun Nov 15 1–5pm Part of Session PSTR085: Anticonvulsant and Antiepileptic Therapies Optimizing cannabidiol’s suppression of hyperexcitability and antiepileptic effects in an ex vivo mouse model of temporal lobe epilepsy WCC Halls A-C · Board N3

Organization

SfN 2026 Attendance

Western Washington University

Bellingham, WA

wwu.edu

Universities and research institutes

Public university in Bellingham, Washington.

Poster

Sun Nov 15
8am–noon

Part of Session PSTR071: Feeding, Metabolism, and Natural Reward

Flavor paired with environmental enrichment is preferred and worked for by rats

WCC Halls A-C · Board II5

Poster

Sun Nov 15
8am–noon

Part of Session PSTR077: Cellular and Circuit Mechanisms of Learning and Memory in Invertebrate Models

Plasticity Induced by Coactivation of Distinct Sensory Circuits Modulates Stimulus-Elicited Locomotion in C. elegans

WCC Halls A-C · Board KK48

Poster

Sun Nov 15
1–5pm

Part of Session PSTR085: Anticonvulsant and Antiepileptic Therapies

Optimizing cannabidiol’s suppression of hyperexcitability and antiepileptic effects in an ex vivo mouse model of temporal lobe epilepsy

WCC Halls A-C · Board N3

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Not affiliated with the Society for Neuroscience. Organization details are derived from SfN’s published exhibitor list, its Neuroscience Meeting Planner and each organization’s own website. Submit a correction