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Infections in neurosurgery: using laboratory data to plan optimal treatment strategies.

机译:神经外科感染:利用实验室数据来规划最佳治疗策略。

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摘要

Laboratory services contribute to the management of patients with neurosurgical infections in a variety of ways and, in so doing, increase the likelihood of a favourable outcome. Microbiology laboratories and clinical microbiologists are able to confirm the diagnosis, identify the causative agents and facilitate optimal antimicrobial therapy. Other pathology specialties perform investigations which help neurosurgeons to differentiate between postoperative aseptic and bacterial meningitis, these disease processes being indistinguishable on clinical grounds. A broad range of variables have been evaluated to date, but only the lactate and interleukin-1beta concentrations in cerebrospinal fluid have been shown to have sufficiently high sensitivities and specificities to be useful for this purpose. In preliminary studies measurement of the serum C-reactive protein concentration has been shown to be an effective criterion for monitoring the response to antibacterial therapy in patients with spinal extradural abscesses, postoperative discitis, brain abscesses and subdural empyemas, thereby enabling patients to be treated successfully with courses of these drugs that are markedly shorter than those currently recommended.
机译:实验室服务以多种方式有助于神经外科感染患者的管理,并因此增加了取得有利结果的可能性。微生物实验室和临床微生物学家能够确定诊断,确定病原体并促进最佳的抗微生物治疗。其他病理学专业进行研究,以帮助神经外科医生区分术后无菌性细菌性脑膜炎和细菌性脑膜炎,这些疾病的发生在临床上是无法区分的。迄今为止,已经评估了各种各样的变量,但是仅显示脑脊液中的乳酸和白介素-1β浓度具有足够高的敏感性和特异性,可用于此目的。在初步研究中,测定血清C反应蛋白浓度是监测脊柱硬膜外脓肿,术后椎间盘炎,脑脓肿和硬脑膜下脓肿患者对抗菌治疗反应的有效标准,从而使患者能够得到成功治疗这些药物的疗程明显短于目前推荐的疗程。

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