connectome map
连接体图
analyzing connectomes
分析连接体
human connectome
人脑连接体
connectome data
连接体数据
build a connectome
构建连接体
connectome project
连接体项目
connectome atlas
连接体图谱
comparing connectomes
比较连接体
connectome research
连接体研究
complex connectome
复杂连接体
researchers are mapping the human connectome to understand brain function.
研究人员正在绘制人脑连接图以了解大脑功能。
analyzing the connectome can reveal insights into neurological disorders.
分析连接图可以揭示对神经系统疾病的见解。
the connectome project aims to create a comprehensive brain map.
连接图项目旨在创建一份全面的大脑地图。
damage to specific connections within the connectome can impair cognitive abilities.
破坏连接图中的特定连接会损害认知能力。
comparing connectomes across individuals can highlight differences in brain organization.
比较不同个体之间的连接图可以突出显示大脑组织差异。
advanced imaging techniques are crucial for reconstructing the connectome.
先进的成像技术对于重建连接图至关重要。
the dynamic connectome changes over time with learning and experience.
动态连接图随着学习和经验而随时间变化。
understanding the connectome is essential for developing targeted therapies.
理解连接图对于开发有针对性的治疗方法至关重要。
the mouse connectome serves as a model for studying the human brain.
小鼠连接图是研究人脑的模型。
computational models help analyze and interpret complex connectome data.
计算模型有助于分析和解释复杂的连接图数据。
variations in the connectome may be linked to individual differences in behavior.
连接图的变化可能与个体行为差异有关。
connectome map
连接体图
analyzing connectomes
分析连接体
human connectome
人脑连接体
connectome data
连接体数据
build a connectome
构建连接体
connectome project
连接体项目
connectome atlas
连接体图谱
comparing connectomes
比较连接体
connectome research
连接体研究
complex connectome
复杂连接体
researchers are mapping the human connectome to understand brain function.
研究人员正在绘制人脑连接图以了解大脑功能。
analyzing the connectome can reveal insights into neurological disorders.
分析连接图可以揭示对神经系统疾病的见解。
the connectome project aims to create a comprehensive brain map.
连接图项目旨在创建一份全面的大脑地图。
damage to specific connections within the connectome can impair cognitive abilities.
破坏连接图中的特定连接会损害认知能力。
comparing connectomes across individuals can highlight differences in brain organization.
比较不同个体之间的连接图可以突出显示大脑组织差异。
advanced imaging techniques are crucial for reconstructing the connectome.
先进的成像技术对于重建连接图至关重要。
the dynamic connectome changes over time with learning and experience.
动态连接图随着学习和经验而随时间变化。
understanding the connectome is essential for developing targeted therapies.
理解连接图对于开发有针对性的治疗方法至关重要。
the mouse connectome serves as a model for studying the human brain.
小鼠连接图是研究人脑的模型。
computational models help analyze and interpret complex connectome data.
计算模型有助于分析和解释复杂的连接图数据。
variations in the connectome may be linked to individual differences in behavior.
连接图的变化可能与个体行为差异有关。
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