Journal Cafe



Swiftly the brain becomes an enchanted loom, where millions of flashing shuttles weave a dissolving pattern — always a meaningful pattern — though never an abiding one.
- Charles Sherrington


Journal Cafe (JC) began in 2005 as a lab-centered scholarly activity involving Dr. Tran and his research students in order to stay connected with current topics in neuroscience. Since then, it has expanded its reach from being a lab-centered activity to one that engages students across multiple disciplines across diverse departments. Journal Cafe is also beneficial in that students enhance their professional development as speakers and critical thinkers. The Cafe is open to all students that are interested in Neuroscience! There are two components in JC: 1) Synapse and 2) the JC presentation itself:

  • Synapse: A student presents a thought/idea/concept that can be elaborated on and supported with scientific evidence in roughly 5-10 minutes.
  • Journal Cafe: A student presents a published research paper using a platform of their choice (PowerPoint, Google Slides, etc.). The presenter leads the discussion by communicating background literature, hypotheses, explaining the research methods and results, and elaborating on the conclusions/implications. In turn, students in the audience pose challenging questions or engage in discourse that extends the discussion in an intellectual manner. The presentation is typically around 30 minutes.

Fall 2026 Schedule: We meet every Friday at 10:00AM EDT via Webex unless specified otherwise. If you are not taking a course with me and wish to participate as an extracurricular activity, then contact Dr. Tran for the meeting link. Below is a listing of presentations for the 2025-2026 academic year. The Fall 2026 schedule remains a work in-progress each week, so check back the week of 8/24/26.

DateStudent PresenterPaper
08.26.26Jonathan HoweRuanpang, J., Thongta, N., Vattarakorn, A., Ngampramuan, S., Pariwatcharakul, P., Tapechum, S., Care, C., & Pakaprot, N. (2025). Cannabidiol reverses depression-like behaviors by enhancing hippocampal synaptic plasticity in rats with chronic restraint stress. Veterinary World, 2823–2838. https://doi.org/10.14202/vetworld.2025.2823-2838
09.04.26Darius Jehu-AppiahTBD
09.11.26Stephanie SuttonTBD
09.25.26Lisandra Hernandez- CruzTBD
10.09.26Abigail DouglassTBD
10.16.26Isabel SchlatterTBD
10.23.26Joseph MitriousTBD
11.06.26Colby JonesTBD
11.13.26Minatallah FattoughTBD
11.20.26Aniyah DunnTBD
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