1.
Application of HRP Retrograde Tracing for the Assessment of Intratemporal Facial Nerve Regeneration with Chitin Chamber in Rabbit
应用HRP逆行示踪技术评价兔颞骨内面神经缺损的修复
2.
ObjectiveThis study was to evaluate the artificial tissue nerve graft adding nerve regeneration factor( NRF) repaired sciatic nerve gap in rat with a HRP retrograde tracing.
目的:用HRP逆行示踪法评价人工组织神经移植物辅加神经再生素修复大鼠周围神经缺损的效果。
3.
In vivo study of venous drainage in retrograde island flap with fluorescence tracing technique
荧光示踪法在体实验研究逆行岛状皮瓣静脉回流
4.
ROBUST DYNAMIC INVERSION DESIGN OF MANEUVERABLE FLIGHT COMMAND TRACKING SYSTEMS
机动飞行指令跟踪系统的鲁棒动态逆设计
5.
A study on the location of trigeminal ganglion cells in tilapia by retrograde tracing
逆行追踪法对鱼类三叉神经节细胞的定位研究
6.
Limit number of lines of trace data buffered for display
为显示放入缓冲区的跟踪数据的行数
7.
A METHOD OF INTRACELLULAR LUCIFER YELLOW INJECTION IN FIXED BRAIN SLICES COMBINED WITH RETROGRADE FLUORESCENT TRACING
荧光逆行追踪结合离体固定脑片细胞内染色技术
8.
A STUDY OF FLUORESCENCE RETROGRADE TRACING ON REPAIR OF DOG SCIATIC NERVE GAP WITH ARTIFICIAL NERVE GRAFT
人工组织神经移植物修复狗坐骨神经缺损后荧光素逆行追踪试验
9.
The Afferent Projection of the Claustrum in the Rat--a Fluorogold Retrograde Tracing Study
荧光金逆行追踪法研究大鼠屏状核的传入投射纤维联系
10.
Object representing a fixed (but tracking) point within a text document.
表示文本文档中固定（但进行跟踪）点的对象。
11.
Trace elements analysis for the provenance of copper minerals of ancient bronzes
微量元素示踪古代青铜器铜矿料来源的可行性
12.
Study of the feasibility of a novel, clinical applicable cell labeling method to trace the transplanted cells in vivo
心脏MRI在体示踪移植细胞的可行性研究
13.
Feasibility of CM-DiI as a tracer in bone marrow stem cell transplantation
以CM-DiI作为骨髓干细胞移植示踪剂的可行性
14.
Enlightenmant to China from the practicing the counter annuity real estate mortgage loan in USA;
美国推行逆年金房地产抵押贷款对我国的启示
15.
distinguish (as a compound or molecule) by introducing a labeled atom.
用示踪原子使化合物或分子等示踪。
16.
To add a tracer to(a compound.
使示踪向（一个复合物）加示踪剂
17.
Methods Cell culture, immunohistochemistry, nucleus fluorescence labeling, fluorescence retrograde labeling and enzymatic histochemistry technique were used.
方法应用细胞培养、疫组织化学、荧光标记、光逆行追踪和酶组织化学等技术。
18.
Poor follow-through after the initial planning, and insufficient tracking of progress against a plan can result in problems.
拙劣的继续进行在最初的计划以后，和不足够的跟踪进展，逆着计划可能导致问题。