Plan neofluar 10x 0

A low power stereomicroscope was used to examine the sections and camera lucida drawings outlining architectural borders were made. Architectonic borders of the amygdaloid nuclei and cortical regions were first defined using the standard Nissl and myelin stains. The parcellation of the nuclear and cortical regions of the amygdaloid body was then confirmed and refined using the immunohistochemical stains. The drawings were then scanned and redrawn using the Canvas Draw 6 drawing program (Canvas GFX, Inc., FL, USA). The nomenclature used in the current study was based primarily on that used by Paxinos et al. (2009 ), Price et al. (1987 ), Sah et al. (2003 (link)), Radtke‐Schuller (2018 ), and Pillay et al. (2021 (link)). While amygdaloid terminology varies across studies and species (e.g., Sorvari, Soininen et al., 1995 (link); Pillay et al., 2021 (link)), where the terminology used in these studies was not appropriate to the current findings, we used the most appropriate terminology available. Digital photomicrographs were captured using an Axiocam 208 color camera mounted to a Zeiss Axioskop microscope (with Zeiss A‐Plan 5X/012, Zeiss Plan‐NeoFluar 10X/0.30, and Zeiss Plan‐NeoFluar 40X/0.75 objectives). No pixilation adjustments, or manipulation of the captured images were undertaken, except for the adjustment of contrast, brightness, and levels using Adobe Photoshop.