Journal of Neuroscience Methods 212 (2013) 369–370

Subject IndexVolume 212 (2013)

doi:10.1016/S0165-0270(13)00021-6

Absence epilepsy, (212) 195 Accelerometer, (212) 237 Acute brain slice, (212) 222 Adeno-associated viral vector, (212) 106 Aging, (212) 106 Alzheimer’s disease, (212) 87, 106, 190 Anatomo-clinical atlas, (212) 297 Angiography, (212) 322 Animal models, (212) 322 APD, (212) 222 Astrocyte, (212) 269 Astrocytes, (212) 211 Auditory evoked potentials, (212) 283 Automated interpretation, (212) 308 Autoregressive modeling, (212) 247 Axonal isolation, (212) 276 Axons, (212) 276

Backward edge elimination, (212) 259 Basal forebrain cholinergic neurons, (212) 106 Bayes factors, (212) 203 bEnd.3 murine cell line, (212) 211 Biolistic delivery, (212) 17 Blood brain barrier, (212) 173 Blood–brain barrier, (212) 211 Body-centered-cubic, (212) 143 Brain cell number, (212) 72 Brain computer interface, (212) 94 Brain imaging, (212) 195 Brain slices, (212) 17 Bötzinger system, (212) 124

Calbindin-D28K, (212) 106 Caspase, (212) 190 CatWalk, (212) 1 Causality, (212) 79 Cerebral cortex, (212) 242 Chemical exchange saturation transfer imaging, (212) 87 Cichlid fi sh, (212) 269 Co-culture, (212) 269 Cold allodynia, (212) 317 Columnar-level decoding, (212) 355 Compartmentalization, (212) 276 Computerized interpretation, (212) 308 Connectivity graphs, (212) 259 Cortex, (212) 64 Cortical astrocytes, (212) 156 Cuff electrode, (212) 56

Decoding brain states, (212) 259 Deep brain stimulation, (212) 297 Diffusion MRI, (212) 143 Diffusion spectrum MRI, (212) 143

EEG, (212) 28, 165, 234, 247 Effective connectivity, (212) 181 Electroencephalogram, (212) 133 Electroencephalogram (EEG), (212) 308 Electroencephalography, (212) 308 Electrophysiology, (212) 64, 237, 276 Endoplasmic reticulum, (212) 190 Epilepsy, (212) 195 Epileptiform transient, (212) 308 Error-related negativity, (212) 133 Event-related potential, (212) 165 Event-related potentials, (212) 344 Exercise, (212) 338 Expectation Maximization algorithm, (212) 43

Fetal magnetoencephalogram, (212) 283 Field potentials, (212) 228 Filter, (212) 165 fMRI, (212) 181, 259 Focal cerebral ischemia, (212) 322 Force, (212) 329 Force generation, (212) 329 Forelimb, (212) 329

Gait analysis, (212) 1 Gamma, (212) 64 Generalized q-sampling imaging, (212) 143 Generic model, (212) 94 GFAP, (212) 156 Glia, (212) 269 Glial cells proliferation, (212) 87 Glutamate transporter, (212) 156 Granger causality, (212) 181 Graph kernels, (212) 259 Graph theory, (212) 133 Group component analysis, (212) 165

Half-sphere, (212) 143 HBO lamp, (212) 222 HCMEC/D3, (212) 173 Head-restrained rat, (212) 56 HEK293 cells, (212) 222 Hippocampus, (212) 64, 228 Homeostasis, (212) 269 HSP90, (212) 190

Contents lists available at ScienceDirect

Journal of Neuroscience Methods

journal homepage: www.elsevier .com/locate/ jneumeth

370 Subject Index

Imaging methods, (212) 195 IMM, (212) 28 Immune traffi cking, (212) 173 In vitro, (212) 64 In vitro model, (212) 211 In vitro model, (212) 211 Informative spatial frequency, (212) 355 Intensity growth map, (212) 43 Interval timing, (212) 203 Ischemic lesion, (212) 329 Isotropic fractionator, (212) 72 Iterative closest point method, (212) 100

LED, (212) 222 Linearity, (212) 79 Locomotor activity, (212) 338 Longitudinal profi le, (212) 1 Long-term potentiation, (212) 228

Magnetic resonance spectroscopy, (212) 87 Magnetically shielded room (MSR), (212) 114 Magnetoencephalography (MEG), (212) 114 Medical imaging, (212) 297 MEG, (212) 28 Membrane, (212) 17 Microfl uidics, (212) 276 Microscopy technique, (212) 242 Mild cognitive impairment, (212) 344 Mismatch negativity, (212) 165 Model order selection, (212) 165 Motor function, (212) 329 Mouse, (212) 156, 338 Movement, (212) 237 Multi-model, (212) 28 Multi-slice, (212) 228 Multivoxel pattern analysis, (212) 355 Murine brain microvascular endothelial cells, (212) 211 MVAR models, (212) 181 Myelination, (212) 43 Myo-inositol, (212) 87

NARMAX, (212) 79 Near-infrared spectroscopy, (212) 195 Nestin, (212) 156 Neuroanatomy, (212) 242 Neuromonitoring, (212) 234 Neuron, (212) 17 Neuronal number, (212) 72 Neuropathic pain, (212) 317 Neurostimulation, (212) 124 Non-homogeneous Poisson process, (212) 203 Nonlinearity, (212) 79 Number of sources, (212) 165

Obstructive Sleep Apnea, (212) 56 Online training, (212) 94 Online-effects, (212) 234Operant behavior, (212) 329, 338 Optical imaging, (212) 195 Optical recording, (212) 17 Optimum parameters, (212) 143 Oxygen and glucose deprivation, (212) 228

P300, (212) 94 P300, (212) 94 Parkinson disease, (212) 297 Partial volume estimation, (212) 43 PBBI, (212) 1 PDMS, (212) 276 Periodic component analysis, (212) 283 Phase synchronization, (212) 133, 247 Photoacoustic, (212) 195 PMT, (212) 222 Positive reinforcement, (212) 338 Programmed cell death, (212) 190

Quantitative neuroanatomy, (212) 72 Quantitative sensory testing, (212) 317

Rabbit, (212) 322 Rat, (212) 156 Regeneration, (212) 269 REM sleep, (212) 56 Respiratory sinus arrhythmia, (212) 124 Rigid-body transformation, (212) 100 Ring electrode, (212) 234 Running wheel, (212) 338

Schedule of reinforcement, (212) 338 Seizures, (212) 195 Semantic networks, (212) 181 SEP, (212) 234 Silicon central pattern generator, (212) 124 Single-trial analysis, (212) 344 Skilled reaching, (212) 329 Skin conductance response (SCR) system, (212) 114 Sleep/wake, (212) 237 Slow oscillation, (212) 64 Small-world measure, (212) 133 Source localization, (212) 28 Spectral analysis, (212) 181 Spike detection, (212) 308 Spinal cord injury, (212) 317 Strength, (212) 329 Stroke, (212) 322, 329 Subplate, (212) 242 Subspace decomposition, (212) 283 Support vector machine, (212) 355 Sus scrofa domesticus, (212) 100

TBI, (212) 1 tDCS, (212) 234 Throughput, (212) 228 Time warping, (212) 203 Time-frequency analysis, (212) 133 Tissue segmentation, (212) 43 Treadmill, (212) 338

Vector quantization, (212) 344 Vimentin, (212) 156 Voltage-sensitive dye, (212) 195 Voltage-sensitive dyes, (212) 17