Key result
Combined peripheral nerve block maintained intra- and postoperative hemodynamic stability in an 80-year-old high-risk patient undergoing hip fracture surgery.
Why the study?
Does combined peripheral nerve block maintain hemodynamic stability in an older high-risk patient with decompensated heart failure undergoing hip fracture surgery?
Case Report (n=1)
Does combined peripheral nerve block maintain hemodynamic stability in an older high-risk patient with decompensated heart failure undergoing hip fracture surgery?
Combined peripheral nerve block may be a safe and effective technique to maintain hemodynamic stability in high-risk older patients with decompensated heart failure undergoing hip fracture surgery.
May support regional techniques in frail cardiac patients; hypothesis-generating and requires prospective confirmation before practice change.
INTRODUCTION: Hip fracture is a pathological condition, more common in older age, i.e. in people over 65 years. The prevalence of this disorder is continuously increasing, simultaneously with higher age limit. In evaluation of risk for operation and anesthesia, older age itself represents higher risk and calls for special attention. In selection of anesthesiological technique, it is more usual to apply neuroaxial block or peripheral nerve block, which is more advantageous over general anesthesia. CASE REPORT: A female, 80-year old, patient B.D. was admitted to hospital for hip fracture, with the diagnosis of the right, lateral, basicervical femoral fracture. On admission, heart decompensation (decompensated dilated myocardiopathy), pulmonary edema and the left lateral pleural effusion were established. Due to high risk (ASA III) of intraoperative and postoperative complications, it was decided to apply combined peripheral nerve block. Using the neurostimulators, 3-in-1 block, lumbosacral block and sciatic nerve block were applied. During the operation, the patient was sedated by Propofol and had spontaneous respiration through the laryngeal mask. Intra- and postoperatively, the patient's hemodynamics was stable. CONCLUSION: Peripheral nerve blocks are safe and effective anesthesiological technique, which may reduce the mortality in patients with the hip fracture and maintain the hemodynamic stability, both during and after the surgical intervention.
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Radic et al. (2012) conducted a case report in Hip fracture with high surgical risk (ASA III) (n=1). Combined peripheral nerve block (3-in-1 block, lumbosacral block, and sciatic nerve block) with Propofol sedation was evaluated on Hemodynamic stability. Combined peripheral nerve block maintained intra- and postoperative hemodynamic stability in an 80-year-old high-risk patient undergoing hip fracture surgery.
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