1.
Immunohistochemical Localization of 5-HT and Its Synthesizing Enzyme TPH in the Brain and Suboesophageal Ganglion of the Three Beetles;
三种甲虫脑和咽下神经节中5-HT及其合成酶TPH的免疫组织化学定位研究
2.
nervus allatosuboesophagealis
咽侧体食管下神经节神经
3.
Anatomy and Image Presentation of Glassopharygeal,Vagus,Accessory Nerve and Hypoglosal Nerve
舌咽、迷走、副神经和舌下神经的解剖及影像学表现
4.
Changes in voltage-gated potassium currents in the trigeminal neurons after a chronic constriction of infraorbital nerve
眶下神经结扎后三叉神经节神经元钾电流改变
5.
THE APPLICATION OF STELLATE GANGLION BLOCK DURING THE RECOVERY OF DYSPHAGIA OF PARKINSONISM PATIENTS
星状神经节阻滞在帕金森病吞咽障碍康复中的应用
6.
The new-established model included the model of cultured dorsal root ganglion neurons and swallowing respond model.
新建立的研究模型包括培养脊髓背根神经节神经元模型及吞咽反应模型。
7.
When food is swallowed, it passed through the pharynx and in the esophagus.
食物被咽下，经过咽进入食道。
8.
ganglion impar
尾神经节, 奇神经节
9.
RELATIONS BETWEEN HYPOGLOSSAL NERVOUS SYMPTOMS AND RECURRENCE OF NASOPHARYNGEAL CARCINOMA(NPC) AFTER RADIOTHERAPY A report of 130 Cases
鼻咽癌放射治疗后舌下神经症状与复发关系(附130例分析)
10.
CT-guided radiofrequency neurolysis for the treatment of intractable glossopharyngeal neuralgia
CT引导下射频热凝毁损治疗顽固性舌咽神经痛的观察
11.
Nursing Care for Intractable Glossopharyngeal Neuralgia Patients Treated by CT-Guided Radiofrequency Neurolysis
CT引导下射频毁损治疗顽固性舌咽神经痛的围术期护理
12.
It is discovered that in the ganglia of sympathetic trunk there are some HRP enzyme-marked cells.
结果在迷走神经下节和交感干神经节上发现HRP酶标细胞。
13.
The Studies of Leptin Regulating Secretion of Neuropeptide Y in Hypothalamus;
leptin调节下丘脑神经肽Y分泌的研究
14.
Objective To observe the effect of adriamycin to suborbital nerve and trigeminal ganglion in the rabbits.
目的观察阿霉素对兔眶下神经及三叉神经节的作用。
15.
Otoendoscopic tympanic segment and ganglion geniculi of facial nerve decompression via the attic approach
耳内镜下上鼓室进路面神经水平段及膝状神经节减压术
16.
Hypothalamus Modulates Cardiovascular Activity Via Immune-neuroendocrine Network;
下丘脑对心血管活动的神经内分泌免疫调节
17.
THE EFFECTS OF BOMBESIN ON SYNAPTIC TRANSMISSION OF THE GUINEA-PIGINFERIOR MESENTERIC GANGLIAIN VITRO;
蛙皮素对豚鼠肠系膜下神经节突触传递的影响
18.
Prediction on Lower Limbs Joint Torques Using Artificial Neural Network during Vertical Jumps;
神经网络模型预测纵跳时下肢关节内力矩