Sarah Abi Gerges

Sarah Abi Gerges serves as an Assistant Professor in the Department of Psychology at Dubai Campus, with a research focus on NMDA receptor pharmacology and behavioral neuroscience. Her academic profile centers on molecular mechanisms of brain function, particularly GluN3A-subunit-containing receptors.

Her educational background includes:

• Doctor of Science, Sorbonne Université (awarded 2020). Thesis: "FUNCTIONAL IDENTIFICATION OF GLUN3A-SUBUNIT-CONTAINING NMDA RECEPTORS IN THE ADULT BRAIN."

Dr. Abi Gerges' research investigates the functional roles of GluN3A-containing NMDA receptors in adult brain circuitry, with emphasis on glycine-gated receptor subtypes in the medial habenula. Her work integrates molecular neuroscience, receptor pharmacology, and behavioral analysis to elucidate mechanisms of aversion processing and receptor signaling diversity. Key methodologies include receptor localization, electrophysiological characterization, and behavioral assays targeting NMDAR subunit composition.

Her publication record demonstrates consistent contributions to high-impact neuroscience literature, with consecutive publications in Science (2019) and Nature (2018) establishing foundational insights into GluN1/GluN3A receptor functionality. These works collectively advance understanding of non-canonical NMDA receptor signaling in emotional processing, revealing novel pathways for glycine-mediated aversion control and excitatory receptor properties.

Scientific recognition:

• No formal awards documented in provided text
• Publications gained significant attention: covered by 5 news outlets, blogged by 4 platforms, shared by 29 X users, and referenced in 2 Wikipedia pages
• Substantial academic engagement: 124 Mendeley readers for 2019 Science article, 102 for 2018 Nature publication

Regarding academic mentorship and research funding, the available documentation does not specify doctoral advisees, grant awards, or collaborative supervision activities. Her active publication record in premier journals suggests ongoing research momentum despite absence of explicit funding details.

Research infrastructure and team composition remain unspecified in the source material, though her specialized focus on NMDA receptor subtypes implies affiliation with neuroscience laboratories equipped for molecular and behavioral experimentation.