应用大体解剖学和组织切片技术，对父母代固始鸡的十二指肠进行了发育形态学研究。
The developmental morphology of the duodenum were observed with the technique of gross anatomy and histological section in the parental line of Gushi Chickens.
对矮败小麦中的可育株和不育株进行了小孢子发育过程的细胞形态学观察。
Observation was made on the cell morphology of the microspore development of the sterile and fertile plants in the Aibai wheat.
目的：建立大鼠海马神经元低密度体外培养方法，并观察其发育分化过程中的形态学指征变化情况。
AIM: To observe rat hippocampal neuron morphological characteristics at different developmental and differential stages in low density culture.
结合细胞形态学观察，药壁组织的绒毡层的发育与解体状况和花粉育性、氨基酸代谢有着密切关系。
Combining cell morphology, the growth and decline state of tapetum in anther wall tissue are closely related with pollen fertility and amino acid metabolism.
目的观察C57小鼠生后小脑发育的形态学变化规律。
Objective To investigate the morphological changes in postnatal development of the C57 mouse cerebellum.
目的研究围生期双酚a暴露对F1雄性子代大鼠出生后不同时期脑发育病理形态学的影响。
Objective To investigate the effect of perinatal bisphenol a BPA exposure on brain development of F1 male offspring.
本文应用切片和显微技术，对短盖巨脂鲤鳃、伪鳃和鳔的胚后发育的组织形态学进行了研究。
This paper describes the histological development of the gill, pseudobranch and swim bladder of the white achama by use of the technology of histological section and microscopy.
方法：应用光镜对昆明种小白鼠的前庭感觉器官从胚胎第10天(ED10)至出生后第14天(P 14)的发育过程进行形态学研究。
Methods: the developing vestibular sensory organ of Kunming white mice aged from the tenth embryonic day (ED10) to fourteenth postnatal day (P14) were studied by light microscopy.
在对红核子龙眼胚胎发育过程进行形态学观察的基础上，对龙眼胚胎发育过程中SOD活性变化进行测定。
Based on the morphological observation, the activities of SOD were measured during embryonic development of longan Dimocarpus longan Lour.
通过形态学观察发现，山慈姑种胚从突破种皮到形成原始球茎，最终发育成为完整植株这一过程具有一定的规律性。
Morphological observation showed that the process that Embryo Cells broke through the testa to protocorms, then complete plant had regularity.
结论运用3D-FIESTA序列可以清晰显示各组眼运动神经脑池段，能够为眼运动神经发育异常提供直观的形态学依据，辅助临床诊断。
Conclusion All ocular motor nerves can be detected in the subarachnoid cisterns by using 3D FIESTA, 3D FIESTA provides anatomic information for the diagnosis of nerve EOM abnormalities.
结论运用3D-FIESTA序列可以清晰显示各组眼运动神经脑池段，能够为眼运动神经发育异常提供直观的形态学依据，辅助临床诊断。
Conclusion All ocular motor nerves can be detected in the subarachnoid cisterns by using 3D FIESTA, 3D FIESTA provides anatomic information for the diagnosis of nerve EOM abnormalities.
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