WP2 - Research on genetically engineered models


The Work Package 2 of the GEMSTONE Project aims to study genetically engineered models (GEMs) to better understand neurodevelopment and chemogenetic modulation of cortical layer 6b in absence epilepsy, and examine the distribution of α-synuclein expression in different brain regions in a conditional SNCA transgenic mouse model. The research will include ethical approval for animal experiments, chemogenetic modulation, monitoring neurodevelopment, characterizing neuropeptide receptor expression, generating a double transgenic SNCA mouse model, and data analysis.

Acibadem Mehmet Ali Aydinlar University (ACU) and Lund University (ULUND) play key roles in this research. ACU is responsible for ethical approval, monitoring neurodevelopment, characterizing neuropeptide receptors, and analyzing data while ULUND is responsible for chemogenetic modulation, generating the double transgenic model, verifying SNCA deletion, and participating in data analysis. The collaboration between ACU and ULUND will ensure a comprehensive study of GEMs and their impact on neurodevelopment and alpha-synuclein expression.

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WP3 - Transfer of research knowledge and capacity


The objective of the Work Package 3 in the GEMSTONE Project is to address the lack of in-house production of genetically engineered animal models at Acibadem Mehmet Ali Aydinlar University (ACU) by transferring knowledge and skills from Lund University (ULUND). This will be achieved through the transfer of Drd1a Cre and Snap25fl/fl mouse colonies, short-term visits for specialized training, and internal workshops and interactive courses.

ACU will lead the transgenic colony transfer and the internal events and workshops, while ULUND will participate in the short-term visits and the transfer of knowledge and techniques such as chemogenetics and ex-vivo electrophysiology. The goal is to provide ACU researchers with top-level research approaches, technologies, and knowledge to enhance their skills in genetically engineered animal models.

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