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Subject index of Volume 145
Journal of Neuroscience Methods 145 (2005) 287–288
Subject index Volume 145 (2005) Afferent, (145) 73 Alzheimer, (145) 97 Amphetamine, (145) 11 Ampulla, (145) 73 Amyloid, (145) 97 Animal, (145) 159 Assay, (145) 63 BACE, (145) 97 Balance control, (145) 175 Behavior, (145) 63 Biomedical signal processing, (145) 107 Brain death, (145) 127 Brain frequency, (145) 213 Brain signal analysis, (145) 107 Brain wave, (145) 213 Brainstem monitoring, (145) 127 Bursts, (145) 23 Cerebrospinal fluid, (145) 89 Circular statistics, (145) 133 Closed-loop systems, (145) 175 Cognition, (145) 213 Comatose patients, (145) 127 Component analysis, (145) 107 Confidence limits, (145) 133 Crista, (145) 73 Cross-correlation function, (145) 175 CSF, (145) 97 Deoxy-haemoglobin, (145) 11 Drosophila, (145) 63 Electromyogram, (145) 151 ELISA, (145) 97 EMG, (145) 145 ERD, (145) 267 ERS, (145) 267 Event-related potentials, (145) 107 Exocytotic mechanism, (145) 47 Eye movements, (145) 127 Eye tracker, (145) 127 Field potential, (145) 151 Frequency analysis, (145) 213 Galvanic stimulation, (145) 127 Gene therapy, (145) 1 Gene transfer, (145) 1
doi:10.1016/S0165-0270(05)00156-1
Glutamate, (145) 205 Green tea polyphenols, (145) 255 Herpes simplex virus vector, (145) 1 Human temporal bone, (145) 37 Hyperalgesia, (145) 167 Hypothermia, (145) 277 ICA, (145) 213 Identification, (145) 175 Immunohistochemistry, (145) 37 In vitro, (145) 73 Incisional pain, (145) 167 Independent component analysis, (145) 213 Information theory, (145) 133 Inhibitory controls, (145) 245 Injury, (145) 277 Inner ear, (145) 37 Isolated labyrinth, (145) 73 Linear regression, (145) 175 Long-term expression, (145) 1 Low back, (145) 145 Lumbar puncture, (145) 89 Mechanical stimulation, (145) 73 Mechanical, (145) 167 Membranous duct, (145) 73 Methylprednisolone, (145) 277 Microdissection, (145) 37 Modulation, (145) 245 Monkey recordings, (145) 133 Monkey, (145) 159 Monoclonal, (145) 97 Motor activity, (145) 159 Movement analysis, (145) 159 Near infrared spectroscopy, (145) 11 Nerve fibers, (145) 37 Networks, (145) 23 Neural activity, (145) 213 Neural population, (145) 213 Neuroactivity, (145) 23 Neuroanatomy, (145) 233 Neurobiotin, (145) 73 Neurofilament promoter, (145) 1 Neuroinformatics, (145) 233 Neuromonitoring, (145) 127 Neuronal death, (145) 205 Neurons, (145) 23 Newborn, (145) 205
288 Nicotine, (145) 11 Nitric oxide, (145) 89, 205 Nociception, (145) 245 Non-invasive medical methods, (145) 11 Non-parametric statistics, (145) 133 Onset, (145) 145 Optical instrumentation, (145) 11 Oscillatory brain activity, (145) 107 Outcome, (145) 127 Oxy-haemoglobin, (145) 11
Subject index Short-time Fourier transform, (145) 151 Spatial organization, (145) 133 Spikes, (145) 23 Spinal cord, (145) 277 Stabilogram diffusion analysis, (145) 175 Statistical maps, (145) 267 Stereology, (145) 37, 277 Stress, (145) 63, 245 Stretch reflex, (145) 145 Strings, (145) 23 Surface modeling, (145) 233
Paraspinal muscles, (145) 145 Parkinson, (145) 159 Parkinson’s disease, (145) 151 Patterns, (145) 23 Peripheral nerve regeneration, (145) 255 Peripheral nerve storage, (145) 255 Physical fractionator, (145) 277 Post-operative, (145) 167 Post-traumatic injury, (145) 127 Power spectral density, (145) 175 Prehension, (145) 133 Premotor cortex, (145) 133 Prognosis, (145) 127
Thermal, (145) 167 Three-dimensional reconstruction, (145) 233 Time–frequency analysis, (145) 151 Time–frequency energy density, (145) 267 Time–frequency signal analysis, (145) 107 TNF-alpha, (145) 205 Transduction, (145) 73 Truncated, (145) 97
Rat brain physiology, (145) 11 Rat, (145) 205 Rats, (145) 89 Real-time, (145) 23 Reflex, (145) 245 Release site vesicle pool, (145) 47 Ribbon synapse, (145) 47
Vestibular periphery, (145) 37 Vestibular, (145) 73 Vestibule, (145) 37 Vestibulo-ocular monitoring, (145) 127 Video, (145) 159 Video-oculography, (145) 127 VP16, (145) 1
Serial sections, (145) 233 Severe brain injury, (145) 127 Short latency, (145) 145
Wavelet, (145) 151
UL46, (145) 1 UL47, (145) 1 Ultrafast pool, (145) 47
Zero-crossing, (145) 145
Subject index Volume 145 (2005) Afferent, (145) 73 Alzheimer, (145) 97 Amphetamine, (145) 11 Ampulla, (145) 73 Amyloid, (145) 97 Animal, (145) 159 Assay, (145) 63 BACE, (145) 97 Balance control, (145) 175 Behavior, (145) 63 Biomedical signal processing, (145) 107 Brain death, (145) 127 Brain frequency, (145) 213 Brain signal analysis, (145) 107 Brain wave, (145) 213 Brainstem monitoring, (145) 127 Bursts, (145) 23 Cerebrospinal fluid, (145) 89 Circular statistics, (145) 133 Closed-loop systems, (145) 175 Cognition, (145) 213 Comatose patients, (145) 127 Component analysis, (145) 107 Confidence limits, (145) 133 Crista, (145) 73 Cross-correlation function, (145) 175 CSF, (145) 97 Deoxy-haemoglobin, (145) 11 Drosophila, (145) 63 Electromyogram, (145) 151 ELISA, (145) 97 EMG, (145) 145 ERD, (145) 267 ERS, (145) 267 Event-related potentials, (145) 107 Exocytotic mechanism, (145) 47 Eye movements, (145) 127 Eye tracker, (145) 127 Field potential, (145) 151 Frequency analysis, (145) 213 Galvanic stimulation, (145) 127 Gene therapy, (145) 1 Gene transfer, (145) 1
doi:10.1016/S0165-0270(05)00156-1
Glutamate, (145) 205 Green tea polyphenols, (145) 255 Herpes simplex virus vector, (145) 1 Human temporal bone, (145) 37 Hyperalgesia, (145) 167 Hypothermia, (145) 277 ICA, (145) 213 Identification, (145) 175 Immunohistochemistry, (145) 37 In vitro, (145) 73 Incisional pain, (145) 167 Independent component analysis, (145) 213 Information theory, (145) 133 Inhibitory controls, (145) 245 Injury, (145) 277 Inner ear, (145) 37 Isolated labyrinth, (145) 73 Linear regression, (145) 175 Long-term expression, (145) 1 Low back, (145) 145 Lumbar puncture, (145) 89 Mechanical stimulation, (145) 73 Mechanical, (145) 167 Membranous duct, (145) 73 Methylprednisolone, (145) 277 Microdissection, (145) 37 Modulation, (145) 245 Monkey recordings, (145) 133 Monkey, (145) 159 Monoclonal, (145) 97 Motor activity, (145) 159 Movement analysis, (145) 159 Near infrared spectroscopy, (145) 11 Nerve fibers, (145) 37 Networks, (145) 23 Neural activity, (145) 213 Neural population, (145) 213 Neuroactivity, (145) 23 Neuroanatomy, (145) 233 Neurobiotin, (145) 73 Neurofilament promoter, (145) 1 Neuroinformatics, (145) 233 Neuromonitoring, (145) 127 Neuronal death, (145) 205 Neurons, (145) 23 Newborn, (145) 205
288 Nicotine, (145) 11 Nitric oxide, (145) 89, 205 Nociception, (145) 245 Non-invasive medical methods, (145) 11 Non-parametric statistics, (145) 133 Onset, (145) 145 Optical instrumentation, (145) 11 Oscillatory brain activity, (145) 107 Outcome, (145) 127 Oxy-haemoglobin, (145) 11
Subject index Short-time Fourier transform, (145) 151 Spatial organization, (145) 133 Spikes, (145) 23 Spinal cord, (145) 277 Stabilogram diffusion analysis, (145) 175 Statistical maps, (145) 267 Stereology, (145) 37, 277 Stress, (145) 63, 245 Stretch reflex, (145) 145 Strings, (145) 23 Surface modeling, (145) 233
Paraspinal muscles, (145) 145 Parkinson, (145) 159 Parkinson’s disease, (145) 151 Patterns, (145) 23 Peripheral nerve regeneration, (145) 255 Peripheral nerve storage, (145) 255 Physical fractionator, (145) 277 Post-operative, (145) 167 Post-traumatic injury, (145) 127 Power spectral density, (145) 175 Prehension, (145) 133 Premotor cortex, (145) 133 Prognosis, (145) 127
Thermal, (145) 167 Three-dimensional reconstruction, (145) 233 Time–frequency analysis, (145) 151 Time–frequency energy density, (145) 267 Time–frequency signal analysis, (145) 107 TNF-alpha, (145) 205 Transduction, (145) 73 Truncated, (145) 97
Rat brain physiology, (145) 11 Rat, (145) 205 Rats, (145) 89 Real-time, (145) 23 Reflex, (145) 245 Release site vesicle pool, (145) 47 Ribbon synapse, (145) 47
Vestibular periphery, (145) 37 Vestibular, (145) 73 Vestibule, (145) 37 Vestibulo-ocular monitoring, (145) 127 Video, (145) 159 Video-oculography, (145) 127 VP16, (145) 1
Serial sections, (145) 233 Severe brain injury, (145) 127 Short latency, (145) 145
Wavelet, (145) 151
UL46, (145) 1 UL47, (145) 1 Ultrafast pool, (145) 47
Zero-crossing, (145) 145