Journal: bioRxiv
Article Title: Reproducible social phenotyping of 5xFAD mice in the Agora maze (Sociobox)
doi: 10.64898/2026.02.27.708222
Figure Lengend Snippet: Time spent in the interaction zones with stranger mice for the different strains. No spatial bias was observed for any strain. The open bar indicates the stranger mouse to be replaced for recognition. For abbreviations, see below. E-H: Representative radar plot heat maps of the activity of individual test mice during the recognition test: PLB WT (E), Balb/c (F), C57BL/6J (G), NMRI (H). Arrows indicate location of SNew (randomised within groups), and warmer colours reflect higher amounts of time spent in this zone. All animals show preference for the interaction zone of SNew. I-L: Quantitative data for time spent in the interaction zones during recognition testing. All strains apart from NMRI mice ( L ) showed a significant difference for time in zones with a bias for the zone of SNew (grey bars). M : Strain comparison of time spent with SNew; Balb/c mice outperformed all other strains. N : Social recognition index (DT) for all wild-type strains. Discrimination was best in Balb/c, but there was no recognition in NMRI mice. O-Q: Time course for visits to interaction zone SNew (NMRI excluded) during recognition: Distance travelled by the test mice inside zone SNew. (O); Average bout time of each visit ( P ); Number of visits ( Q ). Animals showed heightened levels of activity in early stages of the session, activity wanes towards the end. Balb/c mice presented with longer visiting bouts after release (1-4 minutes). Statistical analyses were conducted using repeated measures one or two-way ANOVAs with post-hoc t-tests. Data are expressed as Mean +/- SEM including individual data as scatter for bar charts. *p<0.05, **p<0.01, ***p<0,001. Abbreviations: (S, stranger; SNew, stranger new; AL, adjacent left; AR, adjacent right; DL, distal left; DR, distal right).
Article Snippet: PLB WT were derived from C57BL/6J mice (Charles River Laboratories CRL UK) and crossed with C3H mice more than 100 generations ago to generate the PLB1 Triple AD mouse [ ].
Techniques: Activity Assay, Comparison