nasal administration的例句大全

Shuanghuanglian nasal spray is a new dosage form nasal administration by improving the preparation technique.

目的研究胸腺五肽鼻喷雾剂的制备方法并建立质量控制方法.

Conclusion Intranasal administration of huperzine A nasal in situ gel significantly increased the distributions of Hup A into rat brain tissues, especially into cerebrum and hippocampus which should be the target areas of Hup A, and enhanced the brain targeting of Hup A.

结论石杉碱甲原位凝胶鼻腔给药较静注和灌胃显著增加了药物在脑内，特别在其改善记忆障碍作用的靶部位&大脑和海马的分布，提高了药物的脑靶向性。

progress in research for nasal administration

鼻腔给药的研究进展

Shuanghuanglian nasal spray is a new dosage form for nasal administration by improving the preparation technique.

双黄连鼻喷剂是通过改进生产工艺,经鼻腔给药的一种新剂型.

In resent years, nasal administration has become one of tendencies in the field of pharmaceutics.

近年来, 鼻腔给药系统已成为制剂学领域研究的重点之一.

The downregulation of specific T Lymphocyte responses by nasal administration of AChR in EAMG rats

鼻腔AChR耐受低调EAMG大鼠特异性T淋巴细胞反应

this article reviewed the application, mechanism, interspecies variety and toxicity of cyclodextrins in nasal administration(cd).

现就环糊精及其衍生物在鼻腔给药系统中的应用、机理、种属差异和毒性等方面进行了综述。

the invention relates to and agent of nasal administration used to treat diabetes.

本发明涉及一种通过鼻腔给药用于治疗糖尿病的药剂。

studies on preparation of aspirin-carrying starch microspheres as nasal administration and its quality evaluation in-vitro

阿司匹林鼻粘膜给药淀粉微球的制备工艺及其质量控制

study on preparation of traditional chinese medicine for nasal administration

中药鼻腔给药制剂的研究

pharmacokinetics of atenolol gel for nasal administration in rabbits

阿替洛尔鼻用凝胶剂在兔体内的药动学

progress in research of new dosage forms for nasal administration

鼻腔给药新剂型研究进展

development of cyclodextrins in nasal administration

环糊精在鼻腔给药系统中的研究进展

Objective To study the pathological changes and reversibility of the nasal mucosa after drug administration.

目的研究药物经鼻吸收时对鼻粘膜结构的影响。

Studies on V_4 strain vaccine of Newcastle disease: Oral administration, nasal drip and cohabitation infective immune test

新城疫V4株疫苗的研究&口服、滴鼻与同居感染免疫试验

Methods Eugenol was administered through the route of intragastric administration, olfactory inhalation and nasal delivery. Autonomic activity box and water maze was used.

方法通过灌胃、嗅觉吸入和鼻腔滴入等不同途径给予丁香酚，用自主活动箱测定小鼠神经兴奋性以及用水迷宫测定小鼠空间学习记忆能力。

Results Drug nasal cavity has the benefits of fast absorption, high bioavailability and convenient administration.

结果鼻腔用药具有吸收起效快 、 生物利用度高、使用方便等优点.