PubMed · 9750632
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P J Zetlaoui. 1997. [Blood patch].. https://doi.org/10.1016/s0750-7658(97)89853-x
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Prophylactic epidural blood patch may prevent postdural puncture headache that develops after intentional or inadvertent dural puncture. However, despite earlier reports that this procedure was of value, subsequent studies have failed to show it has significant advantages over delayed blood patch. Reports that were supportive of this technique were based on nonrandomized observational studies with significant selective bias. At the present time, most centers do not routinely offer prophylactic blood patches, and those that do report a variable success rate. A recent case study of permanent neurologic deficit after prophylactic epidural blood patch has also raised some concern about the safety of this prophylactic technique.
A 54-year-old woman suffering from migraine for 35 years was referred to the pain clinic with a changed pattern of headache that had developed over the last 6 weeks. The pain was located in the central forehead region; aggravation in the prone and immediate relief in the supine position led to the hypothesis of a spontaneous low cerebrospinal fluid (CSF) pressure headache. Cisternography revealed a cyst-like formation in the cervico-thoracic region, indicating cerebrospinal fluid leakage. Magnetic resonance imaging (MRI) myelography confirmed ventral leakage but failed to locate the exact site. Computerized tomography (CT)-guided epidural blood patching between T1 and T2 completely relieved the headache.
This case report clearly illustrates defined simultaneous cerebrospinal fluid leaks at the cervicothoracic and upper lumbar areas. A 53-year-old woman without a remarkable medical history was hospitalized for sudden onset of severe headache. The headache lasted more than 1 week and standing or sitting positions exaggerated the symptoms, although it was relieved when the patient was recumbent. Radionuclide cisternography was performed using 150 MBq (4 mCi) Tc-99m DTPA. It revealed two cerebrospinal fluid leaks from the cervicothoracic junction bilaterally and the left side of the upper lumbar area. Epidural blood patching was tried at the lumbar level (L1-L2) and showed only a transient effect. A second trial of this method at the level of C7-T1 performed 2 days later resulted in immediate improvement of the symptoms without recurrence. The simultaneous cerebrospinal fluid leaks were detected successfully with radionuclide cisternography using Tc-99m DTPA, which provided a useful guideline for treatment despite the limitations of delayed scanning.