Primary hyperhidrosis is a condition characterized by excessive and uncontrollable sweating (1,2). Surgical sympathetic blockades such as sympathotomy or sympathicotomy have been accepted as the most effective treatment option for severe hyperhidrosis when medical treatment fails (3,4). However, postoperative compensatory hyperhidrosis is a challenging complication that can cause patients to regret undergoing surgery and lead to a surgeon’s reluctance to choose surgery as the first treatment option for primary hyperhidrosis, especially craniofacial hyperhidrosis (1,3). Compensatory hyperhidrosis most commonly affects the trunk after sympathetic blockades (5,6). Herein, we present a rare case of a successful sympathotomy for severe compensatory hyperhidrosis in the trunk caused by traumatic cervical spinal cord injury.
A 32-year-old man was admitted to our clinic after presenting with severe sweating in the trunk. He had a history of primary hyperhidrosis in the face and hands since adolescence. Two years ago, he underwent an anterior cervical spinal fusion due to traumatic cervical spinal injury (incomplete spinal cord injury with central cord syndrome and traumatic herniation of the nucleus pulposus in C5–6) after a car accident. There was no traumatic injury in the thorax. Although his facial hyperhidrosis disappeared after trauma and surgery, the patient experienced severe sweating in the trunk and hands, and he needed to change cloths several times a day. Conservative treatment failed, so we selected a surgical approach for treatment of the patient’s truncal and palmar hyperhidrosis. With the patient under single lumen endotracheal general anesthesia in the prone position, we performed 5-mm, two-port thoracoscopic, R3 sympathicotomy for palmar hyperhidrosis, using a CO2 gas insufflation via the sixth intercostal space on the post-axillary line and the seventh intercostal space on the mid-scapular line. In addition, we performed sympathetic ganglion ablation from T5 to T8 for trunk hyperhidrosis. The patient’s postoperative course was uneventful, and he was discharged without any complications on the first postoperative day. The patient’s palmar had completely resolved and truncal hyperhidrosis had much improved. Infrared thermography showed elevations in temperature primarily of the trunk and hands, indicating palmar and truncal hyperhidrosis were improved after surgery (Figure 1). Six months after surgery, the patient was very satisfied with the surgical outcome, although mild compensatory hyperhidrosis had developed in the thighs and buttocks.
This report described a rare case of excessive trunk hyperhidrosis that was considered as compensatory hyperhidrosis secondary to traumatic cervical spinal cord injury. The patient had a previous history of severe facial and palmar hyperhidrosis. Although his facial hyperhidrosis resolved after cervical spine trauma and cervical spinal fusion surgery, the patient’s palmar hyperhidrosis persisted and he developed severe trunk hyperhidrosis. Because sympathetic blockade of the sympathetic nerves related to facial hyperhidrosis resolves facial hyperhidrosis and usually causes compensatory hyperhidrosis, we assumed that the patient’s cervical injury, acting as a sympathetic blockade, resolved his facial hyperhidrosis and caused compensatory hyperhidrosis in the trunk. Interestingly, palmar hyperhidrosis is usually improved after sympathicotomy for facial hyperhidrosis, but palmar hyperhidrosis persisted in this case (1,4). We hypothesized that the palmar hyperhidrosis persisted because the sympathetic nerves related to palmar hyperhidrosis were intact and without injury. Hyperhidrosis has been reported to be caused by various conditions, including cervical spinal trauma and tumors (2,7). However, to the best of our knowledge, the present case represents the first report of facial hyperhidrosis resolved by cervical spinal trauma along with compensatory hyperhidrosis in the trunk. Although we do not know whether the excessive sweating in the trunk was compensatory hyperhidrosis caused by the sympathetic nerve injury, we favored compensatory hyperhidrosis because facial hyperhidrosis was resolved and sympathetic blockade for facial hyperhidrosis usually develops compensatory hyperhidrosis. The severe hyperhidrosis in the trunk and hands interfered with the patient’s everyday activities, and medical treatment failed, leading to the selection of surgical sympathetic blockade for treatment. Trunk is innervated by ipsilateral sympathetic efferent fibers from segments T4 to T12 (2) and previous studies have reported successful management in the trunk with sympathetic blockade (T4–T7) via ablation or botulinum toxin (1,3,6,8). We think that the ranges of sympathotomy for truncal compensatory hyperhidrosis are not defined yet. We did not perform T4 sympathotomy to prevent complications such as severe dry hands because we performed R3 sympathicotomy for palmar hyperhidrosis. If we did not perform R3 sympathicotomy, we included T4 sympathotomy. Therefore, we performed R3 sympathicotomy for palmar hyperhidrosis and added sympathetic ganglion ablation form T5 to T8 for trunk hyperhidrosis with electrocautery. The operative outcomes were satisfactory without any noticeable complications. As usual, postoperative mild compensatory hyperhidrosis in the thighs and buttocks was considered to be caused by R3 sympathicotomy for palmar hyperhidrosis. In conclusion, this case report described the resolution of facial hyperhidrosis and development of truncal compensatory hyperhidrosis after cervical spinal trauma. In addition, thoracoscopic sympathetic blockade of T5–T8 with electrocautery ablation seems effective, feasible, and without complications for severe compensatory hyperhidrosis in the trunk.
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