Adriamycin can selectively kill perikaryon by way of retrograde axoplasmic transport.

(多柔比星)可以通过逆向轴浆运输选择性杀死神经元胞体。

There are two key techniques in reverse engineering, the numeralization and surface reconstruction of 3D objects.

三维物体的数字化技术及曲面重构技术是逆向工程的两个核心问题。

Abstract: Reverse Engineering is an important method in modern design technology through the design of knotter frame.

逆向工程是现设计技术的一个重手段。

Abducens neurons in the lagging group but not those in the leading group were activated by antidromic stimulation of the contralateral oculomotor nucleus.

外展神经元的滞后组而不是引导组被对侧动眼神经核的逆向刺激驱动。

Hereinto, the numeralization of 3D prototype is the firstly important process.The accuracy of the objects’ numeralization will influence the quality of the digital reconstruction of the objects.

三维原型的数字化技术是逆向工程中的首，其得到的原型数据精度将直接影响到重建模型的质量。

Adriamycin can selectively kill perikaryon by way of retrograde axoplasmic transport.

阿霉素(多柔比星)可以通过逆向轴浆运输选择性杀死神经元胞体。

There are two key techniques in reverse engineering, the numeralization and surface reconstruction of 3D objects.

三维物体的数字化技术及曲面重构技术是逆向工程的两个核心问题。

Abstract: Reverse Engineering is an important method in modern design technology through the design of knotter frame.

逆向工程是现设计技术的一个重要手段。

Abducens neurons in the lagging group but not those in the leading group were activated by antidromic stimulation of the contralateral oculomotor nucleus.

外展神经元的滞后组而不是引导组被对侧动眼神经核的逆向刺激驱动。

Hereinto, the numeralization of 3D prototype is the firstly important process.The accuracy of the objects’ numeralization will influence the quality of the digital reconstruction of the objects.

三维原型的数字化技术是逆向工程中的首要环节，其得到的原型数将直接影响到重建模型的质量。

Adriamycin can selectively kill perikaryon by way of retrograde axoplasmic transport.

阿霉素(多柔比星)可以通过逆向轴浆运输选择性杀死神经元胞体。

There are two key techniques in reverse engineering, the numeralization and surface reconstruction of 3D objects.

三维物体的数字化术及曲面术是逆向工程的两个核心问题。

Abstract: Reverse Engineering is an important method in modern design technology through the design of knotter frame.

逆向工程是现设计术的一个要手段。

Abducens neurons in the lagging group but not those in the leading group were activated by antidromic stimulation of the contralateral oculomotor nucleus.

外展神经元的滞后是引导被对侧动眼神经核的逆向刺激驱动。

Hereinto, the numeralization of 3D prototype is the firstly important process.The accuracy of the objects’ numeralization will influence the quality of the digital reconstruction of the objects.

三维原型的数字化术是逆向工程中的首要环节，其得到的原型数据精度将直接影响到建模型的质量。

Adriamycin can selectively kill perikaryon by way of retrograde axoplasmic transport.

阿霉素(多柔比)通过逆轴浆运输选择性杀死神经元胞体。

There are two key techniques in reverse engineering, the numeralization and surface reconstruction of 3D objects.

三维物体的数字化技术及曲面重构技术是逆的两个核心问题。

Abstract: Reverse Engineering is an important method in modern design technology through the design of knotter frame.

逆是现设计技术的一个重要手段。

Abducens neurons in the lagging group but not those in the leading group were activated by antidromic stimulation of the contralateral oculomotor nucleus.

外展神经元的滞后组而不是引导组被对侧动眼神经核的逆刺激驱动。

Hereinto, the numeralization of 3D prototype is the firstly important process.The accuracy of the objects’ numeralization will influence the quality of the digital reconstruction of the objects.

三维原型的数字化技术是逆中的首要环节，其得到的原型数据精度将直接影响到重建模型的质量。

Adriamycin can selectively kill perikaryon by way of retrograde axoplasmic transport.

阿霉素(多柔比星)可以通过逆向轴浆运输选择性杀死元胞。

There are two key techniques in reverse engineering, the numeralization and surface reconstruction of 3D objects.

三的数字化技术及曲面重构技术是逆向工程的两个心问题。

Abstract: Reverse Engineering is an important method in modern design technology through the design of knotter frame.

逆向工程是现设计技术的一个重要手段。

Abducens neurons in the lagging group but not those in the leading group were activated by antidromic stimulation of the contralateral oculomotor nucleus.

外展元的滞后组而不是引导组被对侧动眼的逆向刺激驱动。

Hereinto, the numeralization of 3D prototype is the firstly important process.The accuracy of the objects’ numeralization will influence the quality of the digital reconstruction of the objects.

三原型的数字化技术是逆向工程中的首要环节，其得到的原型数据精度将直接影响到重建模型的质量。

Adriamycin can selectively kill perikaryon by way of retrograde axoplasmic transport.

阿霉素(多柔比星)可以通过轴浆运输选择性杀死神经胞体。

There are two key techniques in reverse engineering, the numeralization and surface reconstruction of 3D objects.

三维物体数字化技术及曲面重构技术工程两个核心问题。

Abstract: Reverse Engineering is an important method in modern design technology through the design of knotter frame.

工程现设计技术一个重要手段。

Abducens neurons in the lagging group but not those in the leading group were activated by antidromic stimulation of the contralateral oculomotor nucleus.

外展神经后组而不引导组被对侧动眼神经核刺激驱动。

Hereinto, the numeralization of 3D prototype is the firstly important process.The accuracy of the objects’ numeralization will influence the quality of the digital reconstruction of the objects.

三维原型数字化技术工程中首要环节，其得到原型数据精度将直接影响到重建模型质量。

Adriamycin can selectively kill perikaryon by way of retrograde axoplasmic transport.

(多柔比星)可以通过逆向轴浆运输选择性杀死神经元胞体。

There are two key techniques in reverse engineering, the numeralization and surface reconstruction of 3D objects.

三维物体的数字化技术及曲面重构技术是逆向工程的两个核心问题。

Abstract: Reverse Engineering is an important method in modern design technology through the design of knotter frame.

逆向工程是现设计技术的一个重手段。

Abducens neurons in the lagging group but not those in the leading group were activated by antidromic stimulation of the contralateral oculomotor nucleus.

外展神经元的滞后组而不是引导组被对侧动眼神经核的逆向刺激驱动。

Hereinto, the numeralization of 3D prototype is the firstly important process.The accuracy of the objects’ numeralization will influence the quality of the digital reconstruction of the objects.

三维原型的数字化技术是逆向工程中的首，其得到的原型数据精度将直接影响到重建模型的质量。

Adriamycin can selectively kill perikaryon by way of retrograde axoplasmic transport.

阿霉素(多柔比星)可以通过逆向轴浆运输选择神经元胞体。

There are two key techniques in reverse engineering, the numeralization and surface reconstruction of 3D objects.

物体的数字化技术及曲面重构技术是逆向工程的两个核心问题。

Abstract: Reverse Engineering is an important method in modern design technology through the design of knotter frame.

逆向工程是现设计技术的一个重要手段。

Abducens neurons in the lagging group but not those in the leading group were activated by antidromic stimulation of the contralateral oculomotor nucleus.

外展神经元的滞后组而不是引导组被对侧眼神经核的逆向刺激驱。

Hereinto, the numeralization of 3D prototype is the firstly important process.The accuracy of the objects’ numeralization will influence the quality of the digital reconstruction of the objects.

原型的数字化技术是逆向工程中的首要环节，其得到的原型数据精度将直接影响到重建模型的质量。

Adriamycin can selectively kill perikaryon by way of retrograde axoplasmic transport.

阿霉素(多柔比星)可以通过逆向轴浆运输选择性杀死神经元胞体。

There are two key techniques in reverse engineering, the numeralization and surface reconstruction of 3D objects.

三维物体的数字化及曲面重构逆向的两个核心问题。

Abstract: Reverse Engineering is an important method in modern design technology through the design of knotter frame.

逆向现设的一个重要手段。

Abducens neurons in the lagging group but not those in the leading group were activated by antidromic stimulation of the contralateral oculomotor nucleus.

外展神经元的滞后组而不引导组被对侧动眼神经核的逆向刺激驱动。

Hereinto, the numeralization of 3D prototype is the firstly important process.The accuracy of the objects’ numeralization will influence the quality of the digital reconstruction of the objects.

三维原型的数字化逆向中的首要环节，其得到的原型数据精度将直接影响到重建模型的质量。