Fig. 5: Manipulation of neuronal Nsun2 modulates complex behaviors, including cognition and depressive behaviors. | Nature Communications

Fig. 5: Manipulation of neuronal Nsun2 modulates complex behaviors, including cognition and depressive behaviors.

From: Neuronal Nsun2 deficiency produces tRNA epitranscriptomic alterations and proteomic shifts impacting synaptic signaling and behavior

Fig. 5

a Behavioral tests of cognition in adult Nsun2 KO and WT mice (n = 12 WT, 7 KO). Left, changes in contextual but not cued fear memory in Nsun2 KO mice compared to WT. Right, no changes in working memory were detected in Y-maze spontaneous alternation (n = 7/genotype; ***P < 0.0001). b Nsun2 KO and WT mice in elevated plus maze (EPM; n = 6 WT M, 7 WT F, 7 KO M, 4 KO F) and light/dark box (L/D; n = 11 WT M, 12 WT F, 10 KO M, 7 KO F; **P = 0.010 for KO vs. WT males post hoc comparisons). c Nsun2 KO vs. WT mice immobility scores in the forced swim (FST; n = 10 WT M, 11 WT F, 10 KO M, 7 KO F) and tail suspension (TST; n = 10 WT M, 11 WT F, 10 KO M, 7 KO F). d AAV8hSyn1-Nsun2GFP vs. AAV8hSyn1-GFP control mice immobility scores in the FST (n = 10 AAVGFP M, 10 AAVGFP F, 6 AAVNsun2 M, 10 AAVNsun2 F; **P = 0.002 for post hoc comparisons) and TST (n = 10/sex/condition; *P = 0.044 for post hoc comparisons). e AAV8hSyn1-CreGFP vs. AAV8hSyn1-GFP control mice immobility scores in the FST and TST (n = 7 AAVGFP M, 9 AAVGFP F, 8 AAVCre M, 10 AAVCre F; ***P < 0.001). All data are presented as mean values +/− SEM, and all post hoc t tests are two-tailed with Bonferroni correction. Source data are available as a Source Data file.

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