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Subject index of volume 129
Respiration Physiology 129 (2002) 399– 400 www.elsevier.com/locate/resphysiol
Subject index of volume 129 Acid-base acid detection, 231 intracellular/extracellular, pH stimulus, 37 pH, central chemosensitivity, 57 Air breathing, central chemosensitivity, 211 Airways obstruction, hyperpnea-induced, 357 Amphibians frog, salamander, 231 Arousal central chemoreceptors, 257 Birds chicken, 385 Brainstem raphe´, 175 Carbon dioxide central chemosensitivity, 5 chemoreception, 141 gap junctions, 101 hypercapnia, 83 olfactory receptors, 219 pattern of breathing, 211 Carbon monoxide hypoxia, metabolism, 307 Carotid artery ligation, 375 Cells pulmonary endothelial, NOS-I, 367 Channels ion, pH-gated, 231 K+, Kir, 141 K+, TASK-1, 159 Chemoreception central, 13 Chemoreceptors central, 175 central, multiple sites, 257 Chemosensitivity central, 141, 191, 289 central, CCHS, 247 central, electrical coupling, 83 central, pattern generation, 211 central, intracellular pH, 57 central, pH response, 37 central, TASK-1 channels, 159 PII: S 0 0 3 4 - 5 6 8 7 ( 0 1 ) 0 0 3 4 7 - 4
Circadian rhythm ventilation, 297 CO2 sensitivity, awake, sleep, 269 Connexin Cx26, Cx32, 83 Control of breathing central chemosensitivity, 5, 13, 37, 57, 83, 101, 123, 141, 159, 191, 211, 247 central chemoreceptors, 257 central chemosensitivity, 269 central chemosensitive neurons, 175 gasping, 279 neural drive, 317 olfactory chemoreceptors, 219 respiratory plasticity, 25 Co-transport Na+-HCO − , 71 Coupling rhythmic activity, 123 Cultures organotypic, medulla, 57 Deficiency a2A-adrenergic, 191 Development avian egg, 385 Disease asthma, 357 congenital central hypoventilation syndrome, 247 SIDS, 175 Sudden Infant Death Syndrome, 13 Egg avian, embryo, 385 Electrical activity brain, 375 Enzyme carbonic anhydrase, 219 nitrous oxide synthase, NOS-I, pulmonary distribution, 367 Exchanger Na+/H+, Cl − /HCO − , 37 Fish long nose gar (Lepisosteus osseus), 211 Gap junctions central chemosensitivity, dye coupling, 83
Subject index of 6olume 129
400 connexins, 101 synchronized rhythm, 123 Gas exchange avian egg, 385 Gene c-fos, 289 expression, Kir, 141 Glia metabolism, 71
Heterogeneity diffusive, perfusive conductances, 385 regional, lung ventilation, 345 Hypercapnia episodic vs. continuous, 25 Hyperreactivity airways, 357 Hypoxia brain, 375 CO, ventilation, metabolism, 307 episodic vs. continuous, short vs. intermediate, 25 ventilatory depression, 317 Inert gases He, SF6, exhaled gas, 345 Lesion rostrolateral medulla, 269 Mammals dog, 357 human, 367 humans, 247, 269, 317, 335, 345 mouse, 191 rat, 25, 57, 101, 123, 159, 219, 257, 279, 289, 297, 307, 375 rodents, primates, humans, 231 Mediators eicosanoids, 357 histamine, 357 NO, 367 noradrenaline, 25 serotonin, 25 Metabolism glia, neurons, 71 hypoxia, CO, 307 oxygen consumption, circadian rhythm, 297 Methods brain slice, 83 immunohistochemistry, 101 Model mathematical, regulation of ventilation, 317 Motoneurons respiratory related, 289 Muscle pulmonary smooth, NO, 367 Neurons APV-containing, c-fos expression, 289 catecholaminergic, serotonergic, histaminergic, 191 chemosensitive, 13 Nitrous oxide pulmonary smooth muscle tone, 367
Nucleus locus coeruleus, 123 Pattern of breathing apnea, sleep, 335 central chemosensitivity, 211 gasping, 279 Perception taste, acid, submodalities, 231 Perfusion brain hypoperfusion, 375 Pharmacological agents cyclooxygenase inhibitors, 357 lipoxygenase inhibitors, 357 Plasticity respiratory, long-term facilitation, long-term depression, 25 Posture ventilation distribution, supine vs standing, 345 Potentiation post-stimulus, 317 Protein c-Fos, 191 Receptors a2A-adrenergic, 191 chemosensitive, central, 175 CO2, 219 serotonergic, 25 taste detection, 231 Sensors see Receptors, 219 Sleep CCHS, 247 drive of breathing, 317 obstructive sleep apnea, 335 Snoring upper airways, resistance, 335 Stress hypercapnia, 289 Taste transduction, perception, 231 Temperature body, circadian rhythm, 297 Toxin cholera toxin b, 289 Transporter monocarboxylate, 71 Upper airways resistance, 335 Uptake glutamate, 71 Ventilation circadian rhythm, 297 CO, hypoxia, 307 distribution, 345 hyperpnea-induced late phase airway obstruction, 357 Vertebrates amphibians, mammals, reptiles, 219 Washout single-breath, 345
Subject index of volume 129 Acid-base acid detection, 231 intracellular/extracellular, pH stimulus, 37 pH, central chemosensitivity, 57 Air breathing, central chemosensitivity, 211 Airways obstruction, hyperpnea-induced, 357 Amphibians frog, salamander, 231 Arousal central chemoreceptors, 257 Birds chicken, 385 Brainstem raphe´, 175 Carbon dioxide central chemosensitivity, 5 chemoreception, 141 gap junctions, 101 hypercapnia, 83 olfactory receptors, 219 pattern of breathing, 211 Carbon monoxide hypoxia, metabolism, 307 Carotid artery ligation, 375 Cells pulmonary endothelial, NOS-I, 367 Channels ion, pH-gated, 231 K+, Kir, 141 K+, TASK-1, 159 Chemoreception central, 13 Chemoreceptors central, 175 central, multiple sites, 257 Chemosensitivity central, 141, 191, 289 central, CCHS, 247 central, electrical coupling, 83 central, pattern generation, 211 central, intracellular pH, 57 central, pH response, 37 central, TASK-1 channels, 159 PII: S 0 0 3 4 - 5 6 8 7 ( 0 1 ) 0 0 3 4 7 - 4
Circadian rhythm ventilation, 297 CO2 sensitivity, awake, sleep, 269 Connexin Cx26, Cx32, 83 Control of breathing central chemosensitivity, 5, 13, 37, 57, 83, 101, 123, 141, 159, 191, 211, 247 central chemoreceptors, 257 central chemosensitivity, 269 central chemosensitive neurons, 175 gasping, 279 neural drive, 317 olfactory chemoreceptors, 219 respiratory plasticity, 25 Co-transport Na+-HCO − , 71 Coupling rhythmic activity, 123 Cultures organotypic, medulla, 57 Deficiency a2A-adrenergic, 191 Development avian egg, 385 Disease asthma, 357 congenital central hypoventilation syndrome, 247 SIDS, 175 Sudden Infant Death Syndrome, 13 Egg avian, embryo, 385 Electrical activity brain, 375 Enzyme carbonic anhydrase, 219 nitrous oxide synthase, NOS-I, pulmonary distribution, 367 Exchanger Na+/H+, Cl − /HCO − , 37 Fish long nose gar (Lepisosteus osseus), 211 Gap junctions central chemosensitivity, dye coupling, 83
Subject index of 6olume 129
400 connexins, 101 synchronized rhythm, 123 Gas exchange avian egg, 385 Gene c-fos, 289 expression, Kir, 141 Glia metabolism, 71
Heterogeneity diffusive, perfusive conductances, 385 regional, lung ventilation, 345 Hypercapnia episodic vs. continuous, 25 Hyperreactivity airways, 357 Hypoxia brain, 375 CO, ventilation, metabolism, 307 episodic vs. continuous, short vs. intermediate, 25 ventilatory depression, 317 Inert gases He, SF6, exhaled gas, 345 Lesion rostrolateral medulla, 269 Mammals dog, 357 human, 367 humans, 247, 269, 317, 335, 345 mouse, 191 rat, 25, 57, 101, 123, 159, 219, 257, 279, 289, 297, 307, 375 rodents, primates, humans, 231 Mediators eicosanoids, 357 histamine, 357 NO, 367 noradrenaline, 25 serotonin, 25 Metabolism glia, neurons, 71 hypoxia, CO, 307 oxygen consumption, circadian rhythm, 297 Methods brain slice, 83 immunohistochemistry, 101 Model mathematical, regulation of ventilation, 317 Motoneurons respiratory related, 289 Muscle pulmonary smooth, NO, 367 Neurons APV-containing, c-fos expression, 289 catecholaminergic, serotonergic, histaminergic, 191 chemosensitive, 13 Nitrous oxide pulmonary smooth muscle tone, 367
Nucleus locus coeruleus, 123 Pattern of breathing apnea, sleep, 335 central chemosensitivity, 211 gasping, 279 Perception taste, acid, submodalities, 231 Perfusion brain hypoperfusion, 375 Pharmacological agents cyclooxygenase inhibitors, 357 lipoxygenase inhibitors, 357 Plasticity respiratory, long-term facilitation, long-term depression, 25 Posture ventilation distribution, supine vs standing, 345 Potentiation post-stimulus, 317 Protein c-Fos, 191 Receptors a2A-adrenergic, 191 chemosensitive, central, 175 CO2, 219 serotonergic, 25 taste detection, 231 Sensors see Receptors, 219 Sleep CCHS, 247 drive of breathing, 317 obstructive sleep apnea, 335 Snoring upper airways, resistance, 335 Stress hypercapnia, 289 Taste transduction, perception, 231 Temperature body, circadian rhythm, 297 Toxin cholera toxin b, 289 Transporter monocarboxylate, 71 Upper airways resistance, 335 Uptake glutamate, 71 Ventilation circadian rhythm, 297 CO, hypoxia, 307 distribution, 345 hyperpnea-induced late phase airway obstruction, 357 Vertebrates amphibians, mammals, reptiles, 219 Washout single-breath, 345