完整

Results Preserving bilateral S1 anterior and posterior roots intact combined with rhizotomies of L7 and S2～3 posterior roots, intradural stimulation of S1 posterior root producedan increase of bladder and urethral pressure similar to that of stimulation of the S1 common root in extradural.

结果 保留2侧S1前后根完整，电刺激同平面S1的总根或后根，膀胱尿道的压力反应相同；切断两侧S1前根，刺激同平面的S1后根，膀胱尿道的压力反应显著降低，仅为前后根完整时的7%～12%。

ResultsThe organization structure of experimental group was disorganized, cracked,and the bone trabecula was rarefactive and non-intact . There were a great number of empty lacune in bone trabecula.

结果实验组组织结构紊乱，破碎，骨小梁稀疏、不完整，有大量的空骨陷窝，而对照组骨小梁相对较完整、排列整齐，骨小梁中的骨细胞清晰可见，偶见空骨陷窝。

All Dwelling, its terrain卯酉If it is not complete, there will be business as usual; if Meriones not complete, there will be big fierce.

凡是屋宅，其地形如果是卯酉方面不完整的，住在那里便一切如常；如果子午方面不完整的，住在那里便大凶。

The characteristics of genetic algorithm,global searching of Genetic Algorithm for complex,multi-apices,and nondifferentiable nonlinear function are applied to the Hopfield neural network,which results in the inputting pattern getting away from the attraction domain of fault pattern and the Hopfield neural network associative memory remaining high success rate while the noise to signal ratio is high.

0引言Hopfield神经网络模型在神经计算、优化求极值、联想记忆等方而取得了重大应用，联想记忆能够从不完整的或模糊的信息中联想出存储在记忆中的某个完整清晰的图像模式，但一般离散Hopfield模型存在很多伪稳定点[2]，这些伪稳定点的存在，不仅使真稳定点的吸引域变小，而且使网络

In addition, we improve Nivens method and our new method to solve the equation more quickly.2 Complete Solution Structure: We obtain that the whole solutions of real quaternionic polynomial equation are just composed of some quaternion equivalence classes and some isolated points.

另外，从新方法及四元数带余除法理论出发，进一步改进了新方法和Niven的传统方法。 2解的完整结构：由求解的新方法得到四元数多项式方程全体解的完整结构为四元数等价类与孤立点的集合，以往的结果成为其自然推论。

The organization structure of experimental group was disorganized, cracked and the bone trabecula was rarefactive and non-intact and there was a great number of empty lacuna in bone trabecula. While there was the reverse situation in the control group .

结果实验组组织结构紊乱，破碎，骨小梁稀疏、不完整，有量的空骨陷窝，而对照组骨小梁相对较完整、排列整齐，骨小梁中的骨细胞清晰可见，核大，位于中央。

ResultThe organization structure of experimental group was disorganized, cracked and the bone trabecula was rarefactive and non-intact and there was a great number of empty lacuna in bone trabecula. While there was the reverse situation in the control group .

结果实验组组织结构紊乱，破碎，骨小梁稀疏、不完整，有大量的空骨陷窝，而对照组骨小梁相对较完整、排列整齐，骨小梁中的骨细胞清晰可见，核大，位于中央。

Resultthe organization structure of experimental group was disorganized, cracked and the bone trabecula was rarefactive and non-intact and there was a great number of empty lacuna in bone trabecula.

结果实验组组织结构紊乱，破碎，骨小梁稀疏、不完整，有大量的空骨陷窝，而对照组骨小梁相对较完整、排列整齐，骨小梁中的骨细胞清晰可见，核大，位于中央。

Previously, Dr. Mahon and colleagues conducted a pilot study and explored the feasibility of discontinuing imatinib in CML patients who had experienced a complete molecular response. Of the 15 patients included in the cohort, 7 relapsed within 6 months, but they were able to reattain a complete molecular response after imatinib was restarted. The other 8 patients remain in remission after the discontinuation of imatinib (median follow-up is 37 months).

之前，Mahon医师等人主导一个先驱研究，探索完整分子生物学上缓解之CML病患停用imatinib的可能性，在总共15名病患中，7人在6个月内復发，但他们可以在再度使用imatinib之后再度达到完整分子生物学上缓解，其他8个病患在停用imatinib之后持续缓解(平均追踪期为37个月)。

Previously, Dr. Mahon and colleagues conducted a pilot study and explored the feasibility of discontinuing imatinib in CML patients who had experienced a complete molecular response. Of the 15 patients included in the cohort, 7 relapsed within 6 months, but they were able to reattain a complete molecular response after imatinib was restarted. The other 8 patients remain in remission after the discontinuation of imatinib (median follow-up is 37 months).

之前，Mahon医师等人主导一个先驱研究，探索完整分子生物学上缓解之CML病患停用imatinib的可能性，在总共15名病患中，7人在6个月内复发，但他们可以在再度使用imatinib之后再度达到完整分子生物学上缓解，其他8个病患在停用imatinib之后持续缓解(平均追踪期为37个月)。

This paper discusses design and realizable methods of remote test output interface from logical design angle.

本文从逻辑设计的角度讨论遥测输出接口的设计及实现方法。

This also 星体投射plies to buildings, structures and geological features.

这也适用于建筑物和地质特征。