1994Regional Anesthesia The Journal of Neural Blockade in Obstetrics Surgery & Pain ControlRequires access

Autonomic Hyperreflexia in a Pregnant Paraplegic Patient: Case Report

Medge D. Owen, M M Stiles, Susan E. Opper, Jay D. McNitt, Eugene E. Fibuch

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Abstract

BACKGROUND AND OBJECTIVES: Pregnant patients with spinal cord injuries are predisposed to autonomic hyperreflexia, which if unrecognized or untreated can lead to death. Hypertension occurring in laboring patients at risk for autonomic hyperreflexia must be managed aggressively. METHODS: Epidural anesthesia can safely control autonomic hyperreflexia during labor and delivery, but because spinal cord impaired patients lack sensory and motor function below the level of injury, it is difficult to determine the dermatomal spread of epidural anesthesia by the usual methods. This difficulty is highlighted by the following case, reporting an epidural that failed during labor, with the subsequent development of autonomic hyperreflexia. RESULTS: Previously, autonomic hyperreflexia occurring in pregnant patients (undergoing surgical procedures) was treated with intravenous antihypertensive agents. During labor, however, titrating these agents to coincide with uterine contractions is difficult. In this case, epidural anesthesia was repeated and the autonomic hyperreflexia resolved. CONCLUSIONS: Autonomic hyperreflexia can develop in unanesthetized laboring paraplegic patients (failed epidural) but it can be successfully managed with adequate epidural anesthesia.

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BACKGROUND AND OBJECTIVES: Pregnant patients with spinal cord injuries are predisposed to autonomic hyperreflexia, which if unrecognized or untreated can lead to death. Hypertension occurring in laboring patients at risk for autonomic hyperreflexia must be managed aggressively. METHODS: Epidural anesthesia can safely control autonomic hyperreflexia during labor and delivery, but because spinal cord impaired patients lack sensory and motor function below the level of injury, it is difficult to determine the dermatomal spread of epidural anesthesia by the usual methods. This difficulty is highlighted by the following case, reporting an epidural that failed during labor, with the subsequent development of autonomic hyperreflexia. RESULTS: Previously, autonomic hyperreflexia occurring in pregnant patients (undergoing surgical procedures) was treated with intravenous antihypertensive agents. During labor, however, titrating these agents to coincide with uterine contractions is difficult. In this case, epidural anesthesia was repeated and the autonomic hyperreflexia resolved. CONCLUSIONS: Autonomic hyperreflexia can develop in unanesthetized laboring paraplegic patients (failed epidural) but it can be successfully managed with adequate epidural anesthesia.

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Available abstract

BACKGROUND AND OBJECTIVES: Pregnant patients with spinal cord injuries are predisposed to autonomic hyperreflexia, which if unrecognized or untreated can lead to death. Hypertension occurring in laboring patients at risk for autonomic hyperreflexia must be managed aggressively. METHODS: Epidural anesthesia can safely control autonomic hyperreflexia during labor and delivery, but because spinal cord impaired patients lack sensory and motor function below the level of injury, it is difficult to determine the dermatomal spread of epidural anesthesia by the usual methods. This difficulty is highlighted by the following case, reporting an epidural that failed during labor, with the subsequent development of autonomic hyperreflexia. RESULTS: Previously, autonomic hyperreflexia occurring in pregnant patients (undergoing surgical procedures) was treated with intravenous antihypertensive agents. During labor, however, titrating these agents to coincide with uterine contractions is difficult. In this case, epidural anesthesia was repeated and the autonomic hyperreflexia resolved. CONCLUSIONS: Autonomic hyperreflexia can develop in unanesthetized laboring paraplegic patients (failed epidural) but it can be successfully managed with adequate epidural anesthesia.

Key concepts: Hyperreflexia, Medicine, Anesthesia, Pain medicine, Autonomic nervous system, Spinal cord, Autonomic function, Spinal cord injury

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