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计算机技术在神经外科手术中的作用。

Role of computer technology in neurosurgery.

作者信息

Abdelwahab M G, Cavalcanti D D, Preul M C

机构信息

Barrow Neurological Institute, St. Joseph's Hospital and Medical Center, Phoenix, AZ, USA.

出版信息

Minerva Chir. 2010 Aug;65(4):409-28.

Abstract

In the clinical office, during surgical planning, or in the operating room, neurosurgeons have been surrounded by the digital world either recreating old tools or introducing new ones. Technological refinements, chiefly based on the use of computer systems, have altered the modus operandi for neurosurgery. In the emergency room or in the office, patient data are entered, digitally dictated, or gathered from electronic medical records. Images from every modality can be examined on a Picture Archiving and Communication System (PACS) or can be seen remotely on cell phones. Surgical planning is based on high-resolution reconstructions, and microsurgical or radiosurgical approaches can be assessed precisely using stereotaxy. Tumor resection, abscess or hematoma evacuation, or the management of vascular lesions can be assisted intraoperatively by new imaging resources integrated into the surgical microscope. Mathematical models can dictate how a lesion may recur as well as how often a particular patient should be followed. Finally, virtual reality is being developed as a training tool for residents and surgeons by preoperatively simulating complex surgical scenarios. Altogether, computerization at each level of patient care has been affected by digital technology to help enhance the safety of procedures and thereby improve outcomes of patients undergoing neurosurgical procedures.

摘要

在临床办公室、手术规划期间或手术室中,神经外科医生一直身处数字世界,要么重塑旧工具,要么引入新工具。主要基于计算机系统使用的技术改进,已经改变了神经外科的手术方式。在急诊室或办公室里,患者数据被录入、进行数字口述或从电子病历中收集。来自各种模态的图像可以在图像存档与通信系统(PACS)上查看,也可以在手机上远程查看。手术规划基于高分辨率重建,并且可以使用立体定向技术精确评估显微手术或放射外科方法。术中可以通过集成到手术显微镜中的新成像资源辅助肿瘤切除、脓肿或血肿清除,或血管病变的处理。数学模型可以预测病变可能如何复发以及特定患者应多久进行一次随访。最后,虚拟现实正在被开发为一种培训住院医师和外科医生的工具,通过术前模拟复杂的手术场景。总之,患者护理各个层面的计算机化都受到了数字技术的影响,以帮助提高手术安全性,从而改善接受神经外科手术患者的治疗效果。

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