Editorial. Defining value and function in miniaturized cortical arrays for human brain-computer interface applications [0.03%]
编者按。定义微型化皮层脑机接口的价值及功能
Ahmad Alhourani,Nader Pouratian
Ahmad Alhourani
Engineered neuroglial organoids as living neural interfaces for restorative neurosurgery [0.03%]
用于修复神经外科的工程化神经胶质类器官活体神经接口技术
Vikas N Vattipally,Patrick Kramer,Katholiki Troumouchi et al.
Vikas N Vattipally et al.
Acute and chronic CNS pathologies that result in tissue loss remain among the most intractable problems in neurosurgery, with current treatments focused on stabilization and neuroprotection rather than structural repair. Neural interfaces s...
Implanting microelectrode arrays in the bottom of the central sulcus targeting somatosensory area 3a for restoration of proprioception [0.03%]
植入中央沟底触发放电机阵列恢复本体感觉
Tyler R Johnson,Sarah Moralle,Ziling Luo et al.
Tyler R Johnson et al.
Objective: The long-term goal of this work is to develop a sensorimotor brain-machine interface (BMI) in which intended movements are decoded from the motor cortex and proprioceptive feedback is delivered via intracortica...
Initial experience with the precision neuroscience Layer 7 micro-electrocorticography interface for real-time intraoperative neural decoding [0.03%]
高精度神经科学Layer 7微电极皮层记录接口在实时术中神经解码中的初步应用体验
Kurt R Lehner,Shiyu Luo,Becca Greene et al.
Kurt R Lehner et al.
Objective: The aim of this study was to evaluate the feasibility of using the Layer 7 Cortical Interface, a high-density micro-electrocorticography (μECoG) array, for intraoperative neural recordings and real-time brain-...
Brain-computer interfaces in poststroke rehabilitation: a meta-analysis of randomized clinical trials [0.03%]
脑卒中康复中的脑机接口技术：随机临床试验的meta分析研究
Ali Mortezaei,Nadir Al-Saidi,Khaled M Taghlabi et al.
Ali Mortezaei et al.
Objective: Stroke is a leading cause of long-term disability, with conventional rehabilitation often failing to achieve substantial motor recovery, particularly in patients with severe paresis or in chronic stages. Brain-...
Editorial. Engineered neuroglial organoids: the next neurosurgical revolution? [0.03%]
述评。工程化神经胶质类器官：下一代神经外科革命？
Jonathan P Miller
Jonathan P Miller
Letter to the Editor. A complementary perspective on synthesizing spinal CT from biplanar radiographs [0.03%]
致编辑的信：关于从生物平面放射线合成脊柱CT的补充观点
Yanglin Tu,Zhenzhi Tian,Weifei Wu
Yanglin Tu
Letter to the Editor. Middle meningeal artery embolization in preventing chronic SDH recurrence [0.03%]
致编辑函：防治慢性硬膜下血肿复发的脑膜中动脉栓塞术
Xin Su,Hongqi Zhang,Yongjie Ma
Xin Su
Introduction. Idiopathic intracranial hypertension and associated cerebral venous outflow disorders: challenging conditions with an optimistic future [0.03%]
前言。特发性颅内高压及其相关脑静脉回流障碍：具有光明未来的疑难杂症
Kyle M Fargen,Daniel M Heiferman,Dorothea Altschul et al.
Kyle M Fargen et al.
Medial upper eyelid crease incision approach to optic nerve sheath fenestration as part of a multidisciplinary treatment protocol for patients with vision-threatening papilledema [0.03%]
用于治疗视盘水肿患者的多学科治疗方案中的眶上缘中段切口optic神经鞘开窗术
Alexandra Pietraszkiewicz,Bryce Baugh,Azraa Ayesha et al.
Alexandra Pietraszkiewicz et al.
Objective: The authors previously published their experience with a multidisciplinary care pathway for the treatment of vision-threatening papilledema. Many of the patients in this series underwent optic nerve sheath fene...