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. Author manuscript; available in PMC: 2009 Jul 7.
Published in final edited form as: Brain Res. 2008 May 1;1218:132–140. doi: 10.1016/j.brainres.2008.04.067

Table 1.

Relative levels of α1d ADR mRNA expression in the retrosplenial cortex (RS), primary somatosensory cortex (SSp), lateral amygdala and reticular thalamic nucleus

Cortex(RS) Cortex(SSp) Amygdala(Lateral) Thalamus(Reticular) n
Naïve 576 ± 138 1658 ± 381 662 ± 36 1789 ± 228 4
Unop. 453 ± 26 1671 ± 484 641 ± 187 1853 ± 362 3
Sham 1d 381 ± 65 1725 ± 223 651 ± 146 1391 ± 205 3
ADX 1d 493 ± 66 1481 ± 322 691 ± 164 1791 + 333 4
Sham 3d 364 ± 35 1141 ± 176 463 ± 22 1710 ± 388 3
ADX 3d 517 ± 126 1261 ± 243 541 ± 182 1828 ± 630 4
Sham 7d 411 ± 25 1086 ± 36 454 ± 182 1285 ± 172 3
ADX 7d 402 ± 18 1192 ± 217 432 ± 37 1526 ± 148 4
Sham 14d 360 ± 67 1383 ± 293 543 ± 284 1404 ± 652 3
ADX 14d 430 ± 79 1826 ± 297 597 ± 111 1757 ± 411 4

Table 1 shows the relative levels of α1d ADR mRNA expression (arbitrary units) in the retrosplenial cortex (RS), primary somatosensory cortex (SSp), lateral amygdala and reticular thalamic nucleus 1, 3, 7 or 14 days after bilateral adrenalectomy (ADX; n = 4/group) or sham operation (Sham; n = 3/group; Experiment 1). Additional animals remained untreated (naïve; n = 4) or were given the saline-dextrose solution to drink, but did not undergo surgery (UNOP; n = 3). There were no significant differences in expression levels of α1d ADR mRNA in any of these brain regions.