Objective To explore the effects of the autonomous sensory meridian response (ASMR) on the psychological cravings and anxiety of women compulsorily isolated for detoxification. Method Around 122 women were recruited in a female drug detoxification center. Except for the 12‐week training of ASMR, the experimental conditions of the experimental group ( n = 60) were the same as those of the control group ( n = 62). The addiction Stroop task was used to assess the level of psychological cravings and the State‐Trait Anxiety Inventory was used to assess the level of anxiety. Results After the training, the decrease in state anxiety of the experimental group was larger than that of the control group, and the reaction time of the experimental group in the Stroop was also significantly lower than before the training. Conclusions ASMR could thus reduce to a certain extent the state anxiety and attentional bias for drug‐related clues under signaling psychological cravings among women compulsorily isolated for detoxification. HIGHLIGHTS Intervention effects on psychological cravings and anxiety of women isolated for detoxification Basis for role of ASMR in regulating psychological cravings and anxiety in forced abstainers ASMR intervention reduced forced abstainers’ attentional bias to drug‐related clues

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Background The anatomical features of the thoracic nerve roots in connection with intervertebral discs may prevent surgery-related complications and improve patients’ neurological functional status during thoracic spine surgery. There is limited literature evidence regarding this concept using cadavers. Purpose To elucidate the qualitative anatomical features of the thoracic nerve roots in connection with intervertebral discs. Material and Methods Fifteen formalin-preserved spine specimens were used in this study. Small pieces of stainless-steel wires were placed along the root sleeves from their points of origin, after exposing the dural sac and bilateral nerve roots. The standard anteroposterior and lateral radiographs were taken after the placement of the wires. Measurements were done on radiographs using the picture archiving communication system. Results Take-off angles of the nerve roots at the coronal plane gradually increased from the level of T2 (36.1°±2.72°) to T9 (84.1°±1.84°) and from T9, it decreased to T12 (46.3° ± 2.67°). Similar variation tendency was discovered in take-off angles of the nerve roots at the sagittal plane. No consistent tendency was found both in the distance from the origin of the root sleeve to its superior and inferior vertebral endplate. Distance from the origin of the root sleeve to the posterior midline (DM) exponentially decreased from T1 (8.2 ± 0.87 mm) to T4 (6.0 ± 0.93 mm). It slowly increased from T5 (5.5 ± 0.68 mm) to T12 (10.9 ± 1.79 mm), with T5 having the smallest DM. Distance between the origins of neighboring nerve roots showed an obvious increase from the T1–T2 interval (23.1 ± 2.22 mm) to T7–T8 interval (30.9 ± 2.68 mm). However, it progressively decreased at the T10–T11 interval (26.0 ± 2.40 mm). Conclusion The dimensions of the thoracic nerve roots vary greatly from T1 to T12 intervertebral discs. Sound knowledge of these anatomical features of the thoracic nerve is mandatory for the thoracic spine surgery, especially in the posterolateral approach and transforaminal endoscopic surgery.