HIGHLIGHTS
SUMMARY
Asymmetries of brain and behavior are not only widespread among vertebrates, but also extend to bilaterians and thus presumably to the majority of animals (Vallortigara and Rogers, 2005; Ocklenburg et_al, 2013; Güntürkün et_al, 2020). This ubiquity of non-human animals with cerebral asymmetries provides a great opportunity to develop animal models to reveal the mechanisms with which genetic (Norris, 2012; Brandler and Paracchini, 2014), neural (Moorman et_al, 2012; Chou et_al, 2016; Washington et_al, 2021), and cognitive systems (Regolin et_al, 2005; Della Chiesa et_al, 2006; Yamazaki et_al, 2007) govern lateralized behavior. A . . .
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