Conclusion: 3d digital images co-registration technique is useful to confirm the accurate location of the implanted electrode contacts.
结论：三维融合技术在有创脑电监测中可以确认电极触点和脑组织之间的准确位置关系。
Conclusion Intracranial EEG recording on freely moving mice with implanted electrode is stable and reliable for further study on drug development.
结论植入电极描记清醒状态下小鼠颅内脑电图更稳定、可靠，可作为研究药物等其他处理因素时描记脑电图的模型。
Implanted electrode technology can provide high-quality neural signals and thus the potential for increased performance relative to non-invasive approaches.
植入式电极技术能提供高质量的神经信号，相对非植入式来说更能提高脑机接口系统的性能。
An electrode is implanted in or sits on top of the brain, and records patterns of neurons firing; this pattern is then translated, via an algorithm, into computer language.
通过把一个电极植入大脑或安装在它上面，并记录神经元的放电活动，然后通过一种算法，把这个活动翻译成计算机语言。
Objective: To confirm the location of the electrode contacts which were implanted into the cranium.
摘要确认颅内电极置入的位置是否正确。
Objective: To confirm the location of the electrode contacts which were implanted into the cranium.
摘要确认颅内电极置入的位置是否正确。
应用推荐