Considering all of these related factors,the penetration depth of TPE is certainly deeper than that of SPE in blood contained in vivo systems and living bodies.
综合考虑所有这些相关因素,在带有血液的活体系统和活体组织中TPE的穿透深度必然比SPE的穿透深度大。
参考来源 - 单光子和双光子激发荧光经组织穿透的对比研究及激光照射下的红细胞内部光分布：FDTD计算Considering all of these related factors,the penetration depth of TPE is certainly deeper than that of SPE in blood contained in vivo systems and living bodies.
综合考虑所有这些相关因素,在带有血液的活体系统和活体组织中TPE的穿透深度必然比SPE的穿透深度大。
参考来源 - 单光子和双光子激发荧光经组织穿透的对比研究及激光照射下的红细胞内部光分布：FDTD计算·2,447,543篇论文数据，部分数据来源于NoteExpress
相反，浑浊却会完全阻碍复杂的活体系统的预测、适应以及进化。
Opaqueness, on the other hand, would hinder anticipation, adaptation, and evolution of complex vivisystems altogether.
射线晶体学是研究分子详细的三维结构的主要方法——特别是已经发现的活体系统的分子。
X-ray Crystallography is the principal method by which the detailed 3 - dimensional structures of molecules - especially the molecules of living systems - have been discovered.
系统采用较为灵活体系结构和访客登记流程，并提供数据维护和信息查询机制，可有效解决上述问题。
The architecture and registering process of this system are more flexible, and its ability of data maintenance and information query is strong, therefore it can efficiently solve the problems above.
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