Chemoarchitecture details

Reports of presence of QSOX in RE.
Reports of QSOX presence in RE, normal physiological stateMairet-Coello G., Tury A., Esnard-Feve A., Fellmann D., Risold P.Y. & Griffond B. , 2004: FAD-linked sulfhydryl oxidase QSOX: topographic, cellular, and subcellular immunolocalization in adult rat central nervous system      Data
Cell pool position in regionHemisphereQualitative density of QSOX in REQualitative intensity per labeled cellAnnotationCollatorMetadata
not knownleft hemispherestronglightThe dorsal thalamus exhibited a moderate to dense concentration of rQSOX cell bodies. They were particularly dense in the paraventricular, the anterodorsal (Fig. 8B), the anteroventral (Fig. 8B), the rhomboid, and the parafascicular nuclei as well as in the ventral anterior–lateral complex. Immunoreactivity was strong in the paraventricular and the anterodorsal nuclei, moderate in the anteroventral nucleus. A great number of intensely labeled neurons were seen in the nucleus reunions and the parafascicular nucleus (Table 2, AD, AV, PF, PVT, RE, RH, VAL).
Metadata
not knownleft hemispherestrongstrongThe dorsal thalamus exhibited a moderate to dense concentration of rQSOX cell bodies. They were particularly dense in the paraventricular, the anterodorsal (Fig. 8B), the anteroventral (Fig. 8B), the rhomboid, and the parafascicular nuclei as well as in the ventral anterior–lateral complex. Immunoreactivity was strong in the paraventricular and the anterodorsal nuclei, moderate in the anteroventral nucleus. A great number of intensely labeled neurons were seen in the nucleus reunions and the parafascicular nucleus (Table 2, AD, AV, PF, PVT, RE, RH, VAL).
Metadata
 immunohistochemistry data