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Interdisciplinary academic study examining the cognitive and neural foundations of place perception through analysis of hippocampal function and prototype theory based on empirical data from residents and pilgrims in Mashhad.
Authors: Somaye Sabouri; Naser Barati
Author Affiliation: Faculty of Fine Arts, University of Tehran, Tehran, Iran; Urban Planning Department, International Soore University, Tehran, Iran
Academic Degree: Ph.D. Candidate; Associate Professor
Field of Study: Landscape Architecture; Urban Planning
Disciplinary Framework: Cognitive Neuroscience; Environmental Psychology; Phenomenology; Urban Design
Geographical Focus: Mashhad, Iran
Case Study Location: Vicinity of the Imam Reza Shrine, Mashhad
Research Type: Interdisciplinary empirical and conceptual research
Methodology: Conceptual analysis and free word-association with content analysis
Sample Size: 60 residents and pilgrims
Key Concepts: Hippocampus; Place; Prototype; Spatial Memory; Lived Experience
Thematic Focus: Mental representation of place and emotional-spatial associations
Source Type: Academic research article
Language: English
Price: 8 / 10 USD
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Stereological Parameters and Results for DCX-Immunopositive Neurons in the Hippocampal Formations of Calidris pusilla and Charadrius semipalmatus (Canada and Brazil, 2012–2015)
Document type: Supplementary tables
Subject: Stereological analysis of DCX-immunopositive neurons
Species: Calidris pusilla; Charadrius semipalmatus
Anatomical region: Right and left hippocampal formations
Geographical origin: Canada (Bay of Fundy); Brazil (Isla Canela)
Sampling period: 2012–2015
Migration status: Autumn migration (Canada); Wintering (Brazil)
Methodology: Optical dissector stereology
Measured variables: ΣQ-, SSF, ASF, TSF, SCE, DCX+/mm³, thickness, standard deviation, coefficient of variation
Sample identification: Individuals A–J
Capture dates: 03/Aug/2012–17/Jun/2015
Influence of polyclonal LGI1 autoantibodies on nanocolumn alignment in hippocampal synapses
Year: 2026
Region / city: Würzburg, Jena, Germany
Topic: Neuroscience, Immunology
Document type: Supplementary Material
Organization / Institution: University of Würzburg, Jena University Hospital
Author: Stefan Sachs, Sebastian Reinhard, Patrick Eiring, Janna Eilts, Christian Geis, Sören Doose, Markus Sauer, Christian Werner
Target audience: Researchers in neuroscience, immunology, and biophysics
Period of validity: Not specified
Approval date: Not specified
Date of changes: Not specified
Context: A supplementary material document presenting experimental data and figures related to the effects of polyclonal LGI1 autoantibodies on synaptic protein alignment in hippocampal neurons.
Topics: Reconceptualizing Mashhad Hippocampal