效应器官

大鼠梭曼中毒后第4d受体数仍比对照组高22%。梭曼主要使突触外N-AChR明显增多，导致胆碱能效应器官对ACh敏感性增高，出现类似切断神经的超敏现象。

The receptor number was still 22 % higher than that of the control on the fourth day after soman poisoning in the rat Soman mainly increased the number of extrasynaptic N-AChR , leading to the enhancement of sensitivity of cholinergic effector to ACh .

缓慢释放的神经生长因子能够增加坐骨神经末端效应器官的形成和促进成熟。

The nerve growth factor can increase sciatic nerve terminal effector formation and promote it maturation .

目的：采用靶器官前神经束交叉吻合术治疗周围和中枢神经损害或疾患造成支配的效应器官功能障碍并评价其治疗效果。

Objective : To study the therapeutical effects of anastomosis of nerve in peripheral and central nerve injuries .

目的：免疫系统既是电离辐射敏感器官，也是电磁辐射重要的效应器官，但复合照射对其的损伤效应及机制研究较少。

Objective : Immunity system is highly sensitive to ionising radiation and one of effector organs of electromagnetic radiation .

结论：靶器官前神经束交叉吻合术是治疗周围和中枢神经损害或疾患后效应器官功能障碍的有效方法。

Conclusion : Anastomosis of nerve was an effective method to treat disorders of peripheral and central nerve injuries .

长期以来，骨骼肌被认为是一种效应器官，接受神经和体液的调节。

Skeletal muscle has long been considered as an effector organ under the control of neural and humoral regulation .

目的探讨一种预防高位神经损伤后远端效应器官不可逆性肌肉萎缩的新方法。

Objective To explore a new method to prevent irreversible atrophy of denervated skeletal muscle after superior peripheral nerve injury .

结论：调神益肾针法可改善雌激素效应器官异常的形态功能活动。

Conclusion : Acupuncture therapy of RMSK can rectify the abnormal morphology and function of the effector organs of estrogen .

目的：造血组织是电磁辐射重要的效应器官，也是电离辐射的敏感组织之一。

Objective : Hematopoietic tissue is both important effector organ of electromagnetic radiation and one of the sensitive tissue of ionizing radiation .

神经功能缺陷的脊柱裂患者，效应器官的某些继发性变化可能是不可逆转的。

However , with an inborn neurologic deficit , some of the secondary changes in the effector organ might be irreversible in spina bifida patients .

目的：研究调神益肾针法对更年期雌性大鼠外周经典效应器官&阴道、子宫形态功能活动的影响。

Objective : To obverse the effects of acupuncture therapy of regulating mentality and supplementing kidney ( RMSK ) on the morphology and function of peripheral classic effector organs of estrogen , namely vagina and uterus in female rats .

针灸对效应靶器官细胞跨膜信号转导影响的研究进展

Progress of Studies on Acu-moxibustion Stimulation-induced Cellular Transmembrane Signal Transduction of the Target-organs

对放射性核素年摄入量限值制定中有关非随机效应靶器官的若干问题的讨论

Some aspects of target organs in setting annual limits on intake of radionuclides for non-stochastic effects

这类方法操作较为简单，且疗效亦较肯定。综合文献报道及临床治疗效果看，较有治疗价值及应用前景的方法主要为骶神经根电刺激及外周效应器器官的直接刺激两种。

As for the articles , the most effective and practive methods are the electrical sacral nerve root stimulation ( ESNRS ) and the peripheral stimulation .

药理效应与靶器官内血药浓度之间的关系符合Hill方程。

The relationship between pharmacological effects and target organs ' blood drug level accorded with Hill equations .

另外，PAs累积及其平衡在EBL引起的盐胁迫下早期幼苗的下胚轴膨大效应、营养器官的生长促进效应、生殖器官发育的改善效应等多方面也参与了重要的角色。

Besides , accumulation and balance of PAs also played an important role in the EBL-caused enlargement effects of early seedling hypocotyl , the growth-promoting effects of the vegetative organs and meliorating effects of reproductive organs development under high salinity .

试验结果表明，百合各器官水浸液对莴苣、黄瓜、番茄、萝卜和大葱种子的萌芽和幼苗生长均有化感效应，各器官不同浓度的水浸液产生的化感效应不同。

The primary results showed that every organs aqueous extracts had allelopathy on receiver materials , including lettuce , cucumber , tomato , radish , and Welsh onion . Different concentrations of aqueous extracts had different effects .

它包含的研究方向很多，比如生物系统建模与仿真、生物医学信号检测与分析、生物医学成像和图像处理、电磁场生物效应、人工器官以及相关的医疗仪器研制等。

It contains a lot of research directions , such as biological systems modeling and simulation , biomedical signal detection and analysis , biomedical imaging and image processing , biological effects of electromagnetic field , artificial organs and related medical equipment development .

通过抑制或刺激M3受体可以控制由副交感神经节后纤维所支配的效应器细胞所在器官的平滑肌收缩和腺体分泌。

By inhibiting or stimulating M3 receptor , the smooth muscle contraction and gland secretion can be controlled by effector cells which are located at postganglionic parasympathetic nerve fiber .