Role of 5-HT_(2A) receptor in increase in respiratory-related rhythmic discharge activity by nikethamide in neonatal rat transverse medullary slices;
5-HT_(2A)受体在尼可刹米增强新生大鼠延髓脑片呼吸放电中的作用
Modulation of 5-HT_(2A) receptors on rhythmic respiration discharge activity in the transverse medullary slice of neonatal rats;
5-羟色氨_(2A)受体对新生大鼠延髓脑片节律性呼吸放电的调制作用
Study on distribution of respiratory neurons in the in vitro brainstem slice from neonatal rat and mechanisms of the primary respiratory rhythm generation;
新生大鼠离体延髓脑片呼吸神经元的分布及基本呼吸节律发生机制的研究
Objective To explore the modulation roles of gamma-aminobutyric acid A(GABAA) receptor on respiratory rhythmical discharge activity in brainstem slice of neonatal rats.
方法制备新生大鼠离体延髓脑片标本,包括面神经后核内侧区(mNRF),并保留舌下神经根,予灌流改良Kreb′s液(MKS),记录舌下神经根的呼吸相关节律性放电活动(RRDA)。
Methods Medullary slices of newborn Sprague-Dawley rats were prepared for the experiment.
方法电生理实验分为5组(每组n=8):单纯人工脑脊液(ACSF)对照组、外源性CO组、ODQ(sGC的选择性抑制剂)组、ODQ+CO组和二甲基亚砜(DMSO)组,制备SD大鼠离体延髓脑片标本,以舌下神经根节律性自发放电频率(burstfrequency,BF)为指标,分别灌流以上药物,观察呼吸节律的变化;并以放射免疫方法检测单纯ACSF对照组、外源性CO组、ODQ组和ODQ+CO组给药后脑片cGMP水平的改变(每组n=6)。
The electrophysiological recordings and the radioimmunoassay (RIA) were carried out in the medullary slices of newborn Sprague-Dawley rats, to investigate the role of the sGC-cGMP pathway in the CO-mediated central regulation of respiration.
实验采用新生Sprague-Dawley大鼠，制备离体延髓脑片标本，分别进行电生理实验和放射免疫测定实验，探讨sGC-cGMP信号通路在CO介导的中枢性呼吸调控中的作用。
Studies on Effect of Pentoxifylline on Antagonizing the Inhibition of Respiratory Rhythm Discharge Induced by Barbiturates in Medullary Slices from Neonatal Rat;
己酮可可碱对抗巴比妥类抑制乳鼠延髓脑片呼吸性放电的研究
Effect of glial cell metabolism on respiratory rhythmical discharge activity in neonatal rat medulla oblongata slices
胶质细胞代谢对新生大鼠离体延髓脑片呼吸节律性放电的影响
Effects of A68930 on rhythmical respiratory discharge in isolated neonatal rat brainstem slice
A68930对新生鼠离体延髓脑片呼吸节律性放电的影响
Role of GABA_A Receptors in Pentobarbital-depressed Respiration of Neonatal Rat Medullary Slices in Vitro;
新生大鼠延髓脑片标本GABA_A受体在苯巴比妥钠引起呼吸抑制中的作用
Adenosine A1 Receptors Are Involved in the Modulation of the Rhythmical Respiration and the Discharge Activities of Respiratory Neurons in Neonatal Rat Brainstem Slice in Vitro;
腺苷A1受体对新生鼠离体延髓脑片呼吸节律性放电及呼吸神经元电活动的调制
Nitric Oxide is Involved in the Modulation of the Basic Rhythmical Respiration in Vitro Brainstem Slice from Neonatal Rat;
一氧化氮在新生大鼠离体延髓脑片标本上对节律性呼吸的调节作用
Study on the Effect of Propofol on the Discharge of Inspiratory Neurons in the in Vitro Brainstem Slice from Neonatal Rat and Its Possible Mechanisms;
异丙酚对新生大鼠离体延髓脑片标本吸气神经元自发放电的影响及相关机制的研究
Study on distribution of respiratory neurons in the in vitro brainstem slice from neonatal rat and mechanisms of the primary respiratory rhythm generation;
新生大鼠离体延髓脑片呼吸神经元的分布及基本呼吸节律发生机制的研究
Role of Glycine in the Modulation of Rhythmical Respiration and Discharge Activities of Respiratory Neurons in the Medulla Oblongata Slice Preparation of Neonatal Rats
甘氨酸在新生大鼠离体延髓脑片呼吸节律性放电及呼吸神经元电活动中的作用
The posterior portion of the embryonic hindbrain, from which the medulla oblongata develops.
末脑胚胎期后脑的后部，延髓在此发育
"Large nerve Bundles connect the cerebellum to the medulla, pons, and midbrain."
小脑通过大的神经束与延髓、桥脑、中脑联系。
"The central nervous system has five major divisions, these are: (1)the spinal cord, and the parts of the brain called (2)"cerebrum, (3) cere, bellum, (4) pons, and (5) medulla oblongata. "
中枢神经系统有5大区，即(1)脊髓，(2)大脑，(3)小脑，(4)脑桥，以及(5)延髓。
There were infarctions of mid brain 11 cases and of pons 32 cases and of medulla oblongata 6 cases.
结果:中脑梗死11例,桥脑梗死32例,延髓梗死6例。
A Curative Effect Study of the Section Neoplasm in Fourth Ventricle Through Cerebellomedullary Fissure Approach;
小脑延髓裂入路四脑室肿瘤的疗效评估
The Clinical Study on Treatment of Nape Needle to Pseudobulbar Palsy after Cerebralinfarction;
项针治疗脑梗死后假性延髓麻痹的临床研究
The Clinicalresearch on Treatment of Pseudobulbar Due to Apoplexy by Nape-Acupuncture;
项针治疗脑卒中假性延髓麻痹的临床研究
The Clinical Research on Treatment of Pseudobulbar Due to Apoplexy by Nape-Acupuncture;
项针治疗脑卒中所致假性延髓麻痹的临床研究
Study on the change of bFGF in reticular formation of medulla oblongata after primary brain-stem injury;
原发性脑干损伤后延髓网状结构bFGF改变的研究
