Table 1. Distribution of Bscl2 mRNA in the mouse central nervous system.
Cerebral cortex | |
Cingulate cortex | + |
Motor cortex | + |
Primary somatosensory cortex | + |
Visual cortex | + |
Orbital cortex | + |
Indusium griseum | ++ |
Olfactory nucleus | ++ |
Olfactory turbcle | + |
Piriform cortex | ++++ |
Striatum | |
Globus pallidus, lateral | SC (++) |
Globus pallidus, medial | SC (++) |
Ventral pallidum | + |
Hippocampus and septum | |
Dentate gyrus, granular layer | ++ |
Island of Calleja | ++ |
Lateral septal nucleus, ventral | ++ |
Lateral septal nucleus, dorsal | + |
Medial septal nucleus | +++ |
Nucleus of the limb diagonal band, ventral | ++ |
Nucleus of the limb diagonal band, horizontal | ++ |
Magnocellular preoptic nucleus | ++ |
Pyramidal cell layer of hippocampus | ++++ |
Septohippocampal nucleus | ++ |
Subfornical organ | +++ |
Bed nucleus of the stria terminalis, medial div | + |
Bed nucleus of the stria terminalis, lateral div | + |
Amygdala | |
Basolateral amygdaloid nucleus, anterior | +++ |
Central amygdaloid nucleus | ++ |
Medial amygdaloid nucleus, posterodorsal | +++ |
Medial amygdaloid nucleus, posteroventral | ++ |
Thalamus | |
Anterior thalamic nucleus | + |
Central medial thalamic nucleus | ++ |
Paraventricular thalamic nucleus anterior | ++ |
Lateral habenular | + |
Medial habenular | ++++ |
Subparafascicular thalamic nucleus | SC (++) |
Reticular thalamic nucleus | +++ |
Reuniens nucleus | ++ |
Zona incerta | ++++ |
Subincertal nucleus | ++++ |
Hypothalamus | |
Acruate nucleus | ++++ |
Anterior hypothalamic nucleus | ++ |
Dorsomedial nucleus, mediodorsal | +++ |
Dorsomedial nucleus, central | +++ |
Dorsomedial nuzcleus, medioventral | +++ |
Lateral hypothalamic area | SC (++) |
Lateral mammillary nucleus | ++ |
Lateral preoptic area | +++ |
Medial mammillary nucleus | + |
Median preoptic nucleus | ++++ |
Median preoptic nucleus, medial | ++++ |
Median preoptic nucleus, lateral | ++++ |
Medial preoptic area | +++ |
Paraventricular nucleus, ventral | +++++ |
Paraventricular nucleus, lateral magnocellular | +++++ |
Paraventricular nucleus, medial magnocellular | +++++ |
Paraventricular nucleus, anterior parvicellular | SC (++) |
Paraventricular nucleus, medial parvicellular | SC (+) |
Paraventricular nucleus, posterior | +++ |
Posterior hypothalamus | +++ |
Premammillary nucleus, dorsal | ++ |
Premammillary nucleus, ventral | +++ |
Subthalamic nucleus | SC (+) |
Suprachiasmatic nucleus | +++ |
Supraoptic nucleus | +++++ |
Supramammillary nucleus, medial | ++ |
Ventromedial nucleus, central | ++ |
Ventromedial nucleus, dorsomedial | +++ |
Ventromedial nucleus, ventrolateral | +++ |
Ventromedial preoptic nucleus | +++ |
Midbrain and Pons | |
Barrington’s nucleus | +++ |
Caudal linear nucleus of raphe | ++ |
Central gray of the pons | + |
Dorsal raphe nucleus | +++ |
Dorsal tegmental area | +++ |
Edinger-Westphal nucleus | +++++ |
Lateral parabrachial nucleus | ++ |
Lateral reticular nucleus | |
Laterodorsal tegmental area | +++ |
Laterodorsal tegmental nucleus | ++ |
Locus coeruleus | ++++ |
Medial parabrachial nucleus | SC (+) |
Median Raphe | +++ |
Nucleus of Darkschewitch | +++ |
Periaqueductal Grey | + |
Parabigeminal nucleus | + |
Pontine nuclei | +++ |
Pontine nucleus, oral part | SC (++) |
Pontine reticular nucleus, caudal part | SC (+) |
Principal sensory trigeminal nucleus | SC (+) |
Red nucleus | SC (++) |
Reticulotegmental area | SC (++) |
Reticulotegmental nucleus of the pons | ++ |
Substantia nigra pars compacta | ++ |
Superior colliculus | + |
Ventral tegmental area | ++ |
Ventral tegmental nucleus | ++ |
Cerebellum | |
Granular layer | + |
Medulla | |
Abducens nucleus | SC (++) |
Ambiguous nucleus | +++++ |
Dorsal motor nucleus of the vagus | +++ |
Facial nucleus | SC (++) |
Gigantocellular reticular nucleus | SC (+) |
Hypoglossal nucleus | +++ |
Medial vestibular nucleus | ++ |
Nucleus of the solitary tract, medial | +++ |
Nucleus of the solitary tract, lateral | +++ |
Raphe Magnus | + SC |
Raphe Obscurus | + SC |
Raphe Pallidus | + SC |
Qualitative assessment of Bscl2 mRNA expression across the rostral-caudal extent of the adult mouse brain, as indicated by radioactive in situ hybridisation histochemistry. Levels of expression: +, very low; ++, low; +++, moderate; ++++, high; +++++, very high; SC (+), scattered cells of low expression; SC (++) scattered cells of high expression.