Phenotyping a TDP-43 model for ALS drug discovery

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Phenotyping a TDP-43 model for ALS drug discovery
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Phenotyping the rNLS8 mouse model shows promise to help develop new drugs for ALS.

Sponsored Content by Charles River Labs - Neuroscience Discovery ServicesDec 9 2024 This article is based on a poster originally authored by Jussi Toivanen, Yajuvinder Singh, Leena Rauhala, Taina-Kaisa Stenius, Kimmo Lehtimäki, and Susanne Bäck.

Methods Animals: All animal work followed the European Union Directive 2010/63 and was approved by the national Project Authorization Board. Mice lacking the tetO-hTDP-43-ΔNLS transgene were compared to hemizygous rNLS8 double transgenic mice . Figure 2. Weakness symptoms and body weight over time. A) Clinical scores as assessed thrice per week, * p < 0.05 . B) Body weights measured thrice per week. Mean±SEM. * p < 0.05 . tTA, n=6F+6M; rNLS8, n=6F+10M. The red line indicates the timing of dox diet discontinuation. Image Credit: Charles River Laboratories.

Figure 4. NfL levels in the CSF. Mean±SEM. **** p < 0.0001, Welch’s t-test. tTA, n=5F+6M, rNLS, n=6F+10M. Image Credit: Charles River Laboratories. TPD-43 pathology: In the spinal cords of rNLS8 animals, the total intensity of TPD-43 staining rose significantly. TDP-43 levels were also much lower in the nucleus than in the cytoplasm showing mislocalisation of this protein. Enhanced phosphorylation of the protein was observed .

About Charles River Laboratories At Charles River, we are passionate about our role in improving the quality of people’s lives. Our mission, our excellent science and our strong sense of purpose guides us in all that we do, and we approach each day with the knowledge that our work helps to improve the health and well-being of many across the globe.

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