Chemoreceptors and Chemoreceptor Reflexes
Chemoreceptors and Chemoreceptor Reflexes
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化学感受器和化学感受器反射
DOI：
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发表时间：
1990
期刊：
影响因子：
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通讯作者：
R. O'Regan
中科院分区：
文献类型：
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作者：
H. Acker;A. Trzebski;R. O'Regan
1. 化学感受和化学转导的分子和离子机制。- 颈动脉体中的递质动力学。- 内向整流 K 通道是否调节 I 型细胞对缺氧的反应？- 细胞外 pH 值降低对新生大鼠颈动脉体 I 型细胞中钾通道的选择性影响。- 缺氧化学转导过程中钙通道的激活和神经输出- 颈动脉体。- Na+:H+ 和 Na+:Ca++ 逆向转运蛋白参与酸性刺激的化学转导。- 二氧化碳在中枢和外周化学感受器中的作用。- 大鼠颈总动脉闭塞的呼吸反应：腺苷参与的证据。- cAMP 参与颈动脉体低 pO2 化学转导。-常氧和长期缺氧大鼠颈动脉体组织的凝集素组织化学。- 2. 动脉化学感受器 - 生物化学和电生理学。- 磷光和荧光成像：研究颈动脉体功能的新工具。- 人颈动脉体中的促红细胞生成素相关抗原。- 几内亚颈动脉体和颈动脉窦的传出神经支配Pig.- 大鼠颈动脉体中的儿茶酚胺代谢：长期高碳酸血症期间是否有任何传出调节？.- 化学感受器神经元是否具有多巴胺能？.- 猫颈动脉体中性内肽酶活性的生化分析。- 大鼠化学感受器对速激肽反应的分析。猫和兔。- 高碳酸血症对兔肺内神经上皮体的影响：显微荧光和形态测量研究。- 东方蚕豆肺中的神经上皮体（布尔）。- 大鼠岩骨神经节初级感觉神经元中神经肽的信使 RNA。- EDHF、PGI2 和去甲肾上腺素在缺氧中的作用血管舒张和血管收缩。- 3. 生理和实验条件下的动脉化疗受体。- 胎儿和新生羔羊颈动脉体的供氧。- 猫对全身缺氧的心血管反应：肾素-血管紧张素系统的作用。- 缺氧对发育中猪的影响。- 长时间刺激对大脑传入活动的影响山羊颈动脉体。- 腓深神经刺激对兔颈动脉化学感受器传入放电的影响。- 研究麻醉猫外周动脉化学感受器放电振荡的不同分析方法。- 交感神经活动的外周化学反射控制。- 交感肾上腺髓质系统对缺氧和缺氧的反应麻醉人工通气大鼠的高碳酸血症。- 4. 动脉化学感受器 - 运动和缺氧中的反射机制。- 心血管对刺激颈动脉化学感受器和其他受体的反应的呼吸调节。- 方波脉冲序列低氧刺激颈动脉体化学感受器期间呼吸的非线性和混沌控制。- 化学感受器控制急性全身缺氧期间的器官血管阻力。- 清醒小马慢性缺氧期间腹横肌呼气肌的肌电图。- 猫严重缺氧期间的呼吸模式特征和生存时间。- 脊柱人的 CO2 化学反射。- 人对二氧化碳吸入和运动的瞬时通气反应。- 外周化学感受器的可能参与超大运动屏气期间观察到的心动过缓机制。- 动脉化学感受器对人体静态运动心肺反应的重要性。- 5. Almitrine 和动脉化学反射。- 长期口服二甲磺酸 Almitrine 后大鼠颈动脉体中 I 型细胞线粒体的超微结构。- 巯基和硫醇对颈动脉化学感觉的刺激Almitrine 不是由组织缺氧介导的。- 慢性 Almitrine 治疗下大鼠颈动脉体的多巴胺周转：窦神经横断和交感神经切除术的影响。- 麻醉猫中由 Almitrine 双甲磺酸盐诱导的化学兴奋减弱。- Almitrine 对猫喉道的作用。- 是否刺激周围动脉化学感受器人类通过双甲磺酸阿米曲林抑制近端肾小管重吸收？- 6. 动脉化学感受器反射的中枢神经元组织。- 颈动脉窦神经慢性单侧切断对颈动脉体和 NTS 中 5-HT 和 SP 结合位点影响的放射自显影研究。- 几内亚延髓腹面的髓质呼吸神经元Pig.- 颈动脉体化学感受器反射的中枢神经组织。- 外周化学感受器输入到髓质吸气神经元的“门控”：Botzinger 复合神经元的作用。- 谷氨酸在通过孤束核将缺氧输入传输到呼吸中的作用。- 单侧颈动脉传入神经阻滞后化学反射的恢复。- 一项研究气道二氧化碳 (PawCO2) 对麻醉猫中使用隔离人工通气闭合喉准备的上喉神经传入的影响。- 7. 病理条件下的动脉化学反射。- 里昂高血压大鼠的颈动脉体。- 自发性高血压大鼠颈动脉体中儿茶酚胺含量增加。- 主动脉慢性缺氧自发性高血压大鼠 (SHR) 和颈动脉体。- 慢性化学感受器刺激对自发性高血压大鼠 (SHR) 血压和血容量的影响。- 化学感受器去神经 NWR 和 SHR 对急性缺氧和高氧的通气和血压反应。- 高氧对去神经颈动脉体盐摄入的影响自发性高血压大鼠 (SHR)。- 胆固醇喂养兔对缺氧、高氧和颈动脉灌注的呼吸和心血管反应。- 阻塞性睡眠呼吸暂停综合征 (OSAS) 患者和原发性高血压患者的动脉化学感受器反射。- 正常血压和原发性高血压男性肾排泄功能的反应对口服阿米曲林双甲磺酸盐的反应。
1. Molecular and Ionic Mechanisms of Chemoreception and Chemotransduction.- Transmitter Dynamics in the Carotid Body.- Does an Inward-Rectifying K Channel Regulate Type-I Cell Response to Hypoxia?.- Selective Effect of Reduced Extracellular pH on Potassium Channels in Type-I Cells from the Neonatal Rat Carotid Body.- Calcium Channel Activation and Neural Output during Hypoxic Chemotransduction in the Carotid Body.- Involvement of Na+:H+ and Na+:Ca++ Antiporters in the Chemotransduction of Acidic Stimuli.- The Action of Carbon Dioxide in Central and Peripheral Chemoreceptors.- Respiratory Responses to Common Carotid Occlusion in the Rat: Evidence for Involvement of Adenosine.- Participation of cAMP in Low pO2 Chemotransduction in the Carotid Body.- Lectin Histochemistry on Carotid Body Tissue in Normoxic and Long-Term Hypoxic Rats.- 2. Arterial Chemoreceptors - Biochemistry and Electrophysiology.- Phosphorescence and Fluorescence Imaging: New Tools for the Study of Carotid Body Function.- Erythropoietin-Associated Antigen in the Human Carotid Body.- Efferent Innervation of the Carotid Body and Carotid Sinus in the Guinea Pig.- The Catecholamine Metabolism in Rat Carotid Body: Is there Any Efferent Regulation during Long Term Hypercapnia?.- Are Chemoreceptor Neurons Dopaminergic?.- Biochemical Analysis of Neutral Endopeptidase Activity of the Cat Carotid Body.- Analysis of Chemoreceptor Responses to Tachykinins in Rats. Cats and Rabbits.- Influence of Hypercapnia on Rabbit Intrapulmonary Neuroepithelial Bodies: Microfluorimetrical and Morphometrical Study.- Neuroepithelial Bodies in the Lungs of Bombina Orientalis (Boul.).- Messenger RNAs for Neuropeptides in Primary Sensory Neurons of the Petrosal Ganglion in Rat.- Role of EDHF, PGI2, and Norepinephrine in Hypoxic Vasorelaxation and Vasoconstriction.- 3. Arterial Chemo0Receptors in Physiological and Experimental Conditions.- Oxygen Supply in the Fetal and Newborn Lamb Carotid Body.- The Cardiovascular Response to Systemic Hypoxia in the Cat: The Role of the Renin-Angiotensin System.- Effects of Hypoxia in Developing Swine.- The Effect of Prolonged Stimulation on Afferent Activity of the Goat Carotid Body.- Effect of Deep Peroneal Nerve Stimulation on the Carotid Chemoreceptor Afferent Discharges in Rabbits.- Different Methods of Analysis to Study Oscillations of Peripheral Arterial Chemoreceptor Discharges in the Anaesthetized Cat.- Peripheral Chemoreflex Control of Sympathetic Nerve Activity.- Responses of Sympatho-Adrehal Medullary System to Hypoxia and Hypercapnia in Anesthetized Artificially Ventilated Rats.- 4. Arterial Chemoreceptors -Reflex Mechanisms in Exercise and Hypoxia.- Respiratory Modulation of Cardiovascular Responses to Stimulation of Carotid Chemoreceptors and Other Receptors.- Nonlinearities and Chaos-Like Control of Respiration during Square Wave Pulse Train Hypoxic Stimulation of the Carotid Body Chemoreceptors.- Chemoreceptor Control of Organ Vascular Resistance during Acute Systemic Hypoxia.- Electromyogram of the Transversus Abdominis Expiratory Muscle during Chronic Hypoxia in Awake Ponies.- Breathing Pattern Characteristics and Survival Time during Severe Hypoxia in Cats.- CO2 Chemoreflex in Spinal Man.- Transient Ventilatory Responses to Carbon Dioxide Inhalation and to Exercise in Man.- Possible Involvement of Peripheral Chemoreceptor Mechanism in Bradycardia Observed during Breath Holding with Supramaximal Exercise.- Importance of Arterial Chemoreceptors for Cardiorespiratory Responses to Static Exercise in Man.- 5. Almitrine and Arterial Chemoreflexes.- Ultrastructure of Type-I Cell Mitochondria in the Rat Carotid Body Following Chronic Oral Administration of Almitrine Bismesylate.- Carotid Chemosensory Stimulation by Sulfhydryls and Almitrine is not Mediated by Tissue Hypoxia.- The Dopamine Turnover in Rat Carotid Body under Chronic Almitrine Treatment: Effects of Sinus Nerve Transection and Sympathectomy.- Attenuation of Chemoexcitation Induced by Almitrine Bismesylate in Anaesthetized Cats.- Action of Almitrine on the Laryngeal Passage in Cats.- Does the Stimulation of Peripheral Arterial Chemoreceptors in Humans by Almitrine Bismesylate Inhibit Proximal Tubular Reabsorption?.- 6. Central Neuronal Organization of Arterial Chemoreceptor Reflexes.- Autoradiographic Studies on the Effects of Chronic Unilateral Sectioning of a Carotid Sinus Nerve on 5-HT and SP Binding Sites in the Carotid Body and NTS.- Medullary Respiratory Neurons with Projections to the Ventral Surface of the Medulla in the Guinea Pig.- The Central Nervous Organization of the Carotid Body Chemoreceptor Reflex.- "Gating" of Peripheral Chemoreceptor Input to Medullary Inspiratory Neurons: Role of Botzinger Complex Neurons.- The Role of Glutamate in the Transmission of the Hypoxic Input to Respiration through the Nucleus of the Tractus Solitarius.- Restoration of Chemoreflexes after Unilateral Carotid Deafferentation.- A Study of the Effects of Airway Carbon Dioxide (PawC02) on Superior Laryngeal Nerve Afferents Using an Isolated Artificially Ventilated Closed Laryngeal Preparation in the Anaesthetized Cat.- 7. Arterial Chemoreflexes in Pathological Conditions.- The Carotid Bodies of the Lyon Hypertensive Rats.- The Increased Catecholamine Content in the Carotid Bodies of Spontaneously Hypertensive Rats.- The Aortic and Carotid Bodies of Chronically Hypoxic Spontaneously Hypertensive Rats (SHR).- Effects of Chronic Chemoreceptor Stimulation on Blood Pressure and Blood Volume in Spontaneously Hypertensive Rats (SHR).- Ventilatory and Blood Pressure Reactions to Acute Hypoxia and Hyperoxia in Chemoreceptor-Denervated NWR and SHR.- Effects of Hyperoxia on Salt Intake in Carotid Body Denervated Spontaneously Hypertensive Rats (SHR).- Respiratory and Cardiovascular Responses to Hypoxia, Hyperoxia and Perfusion of the Carotid Arteries in Cholesterol-Fed Rabbit.- Arterial Chemoreceptors Reflexes in Patients with Obstructive Sleep Apnea Syndrome (OSAS) and in Patients with Essential Hypertension.- The Reactions of Renal Excretory Function in Normotensive and Essentially Hypertensive Men in Response to Oral Administration of Almitrine Bismesylate.