投射

It is the goal of this Treatise to develop greater understanding and new, simpler and more effective techniques for projection.

这篇论文的目的是增进对投射的更多了解，以及新的更简单、更有效的投射技巧。

When one carefully considers this accumulation of data, it begins to seem probable that an archetype in its quiescent, unprojected state has no exactly determinable form but is in itself an indefinite structure which can assume definite forms only in projection.

当一个人仔细考虑起这些累积起来的数据时，就可能会看到存在一个处在静止、未投射状态的原型，没有严格确定的形式，但在它内部一个不确定的结构可以通过投射中的确定形式假设出来。

Ception can enter the dorsal-most laminae I and II but not grow further ventrally. As for the waiting period and the correct projection of the NT- 3 (neurotrophin-3)sensitive Ia neurons and other neurons, it is possible that other guidance cues might make more contribution.

至于腹侧投射性的神经营养因子习（neurotrophin3，NT3）敏感性肌梭h类神经元和其它神经元轴突的等待期和定向投射，则更有可能是在其它类型的导向因子的共同参与下进行的［81

From 136 to 138, the expres- sion retrieved ventrally and expressed at the ventral half of the central tube (137) and the ventral horn especially in motor neurons (E7 and E8). Thus, the dorsal terminating axons relating to nociception and thermore?

到民至 Es麻Sema 3A的mRN的表达向腹侧撤退，主要在脊髓中央管周围的腹侧和前角运动神经元，这样使背侧投射性的痛温觉神经元轴突仅进入脊髓后角第 I、11层而不进一步向腹侧投射。

It is commonly believed that it is only possible for a human to project into the Astral, Mental and Buddhic levels and not possible to project into the higher Adi and Anupadaka.

人们通常相信人只能投射至星体层、意识层、和布迪克层，不可能投射至更高的阿地层和阿努帕层。

In summary, the present study revealed that Barrington's nucleus and D-region received direct projection fibers from the sacral spinal neurons in lamina I, parasympathetic nucleus and dorsal commissural nucleus; periaqueductal gray also received afferent projections from the lumbosacral spinal cord and sent projection fibers to the Barrington's nucleus and D-region.

上述结果说明：大鼠腰骶髓 I 层、骶髓副交感核和后连合核神经元发出的投射纤维直接终止于 Barrington's 核和 D 区内；导水管周围灰质也接受来自腰骶髓的投射纤维，同时发出纤维终止于 Barrington's 核和 D 区内。

Proximal dendrites of hippocampal CAI pyramidal neurons receive mainly the inputs from schaffer collateral/associational commissural pathways, whereas the distal dendrites receive mainly the inputs from entorhinal cortex through TA pathways.

由于近端树突接受海马内部侧枝／联合纤维投射的信息，远端树突通过TA通路接受内嗅皮层投射的信息，由此提示，CA1区锥体细胞对来自海马内部和直接来自皮层的信息输入采用了不同的整合方式。

RESULTS: The fibers of optic nerve projected to the dorsomedial side of suprachiasmatic nucleus and the fibers of hypoglossal nerve projected on the hypoglossal nucleus on dorsomedial portion of the medulla oblongate.

结果：视神经纤维投射到视交叉上核背内侧；舌下神经纤维投射到延髓背侧的舌下神经核区，结果显示神经元的胞体和轴突结构清晰。

The PRL-like cells were also presented in the ventral ependyma of the lateral ventricle and the glial lamina in the basal surface of the brain. The processes of PRL-LIR cells in PPN, SCN, PVN and PAN mainly projected to the third ventricle, those in AN and ELV mainly projected to the lateral ventricle, and those in SON to the glial lamina in the basal surface of the brain. The results showed that PRL could be released into ventricularis system and participate in the regulation of the cerebrum-cerebrospinal fluid circuit.

视前室旁核、视交叉上核、下丘脑室旁核、弓状核等核团内的PRL阳性神经元有突起向第三脑室投射，伏隔核内及侧脑室室管膜上的PRL阳性神经元有突起伸至侧脑室，视上核的PRL阳性神经元也有突起投射至脑基底神经胶质板，表明鸡脑内的PRL可以释放入脑室系统，参与调节脑-脑脊液神经体液回路。

The anatomical localizations indicate that Al receptor and Dl receptor coexist in strionigro-strioentopeduncular neurons, and A2a receptor and D2 receptor coexist in striopallidals neurons. The heteromeric complexes of Al/D1、A2a/D2 receptor provided the molecular basis for the functional interactions of Al/Di and A2a/D2 receptor.

腺苷A1受体和多巴胺D1受体以及腺苷A2a受体和多巴胺D2受体分别共存於基底神经节中纹状体向黑质和脚内核投射的神经元以及纹状体向苍白球投射的神经元内。A1/D1、A2a/D2受体形成受体异聚复合体构成了受体一受体之间相互作用的分子基础。

According to the clear water experiment, aeration performance of the new equipment is good with high total oxygen transfer coefficient and oxygen utilization ratio.

曝气设备的动力效率在叶轮转速为120rpm～150rpm时取得最大值，此时氧利用率和充氧能力也具有较高值。

The environmental stability of that world - including its crushing pressures and icy darkness - means that some of its most famous inhabitants have survived for eons as evolutionary throwbacks, their bodies undergoing little change.

稳定的海底环境─包括能把人压扁的压力和冰冷的黑暗─意谓海底某些最知名的栖居生物已以演化返祖的样态活了万世，形体几无变化。