Category:Media from BMC Neuroscience

Media from BMC Neuroscience are under Creative Commons Attribution License 2.0.

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Media from Jewett et al. 2006 - 10.1186/1471-2202-7-18‎ (56 F)

Media in category "Media from BMC Neuroscience"

The following 172 files are in this category, out of 172 total.

3-dimensional-modelling-of-early-human-brain-development-using-optical-projection-tomography-1471-2202-5-27-S1.ogv 0.0 s, 516 × 516; 1.41 MB
3-dimensional-modelling-of-early-human-brain-development-using-optical-projection-tomography-1471-2202-5-27-S2.ogv 0.0 s, 489 × 450; 9.51 MB
3-dimensional-modelling-of-early-human-brain-development-using-optical-projection-tomography-1471-2202-5-27-S3.ogv 0.0 s, 533 × 500; 2.01 MB
A-glycine-receptor-is-involved-in-the-organization-of-swimming-movements-in-an-invertebrate-chordate-1471-2202-11-6-S1.ogv 1 min 5 s, 320 × 240; 1.78 MB
A-glycine-receptor-is-involved-in-the-organization-of-swimming-movements-in-an-invertebrate-chordate-1471-2202-11-6-S6.ogv 34 s, 320 × 240; 953 KB
A-large-population-of-diverse-neurons-in-the-Drosophila-central-nervous-system-expresses-short-1471-2202-9-90-S1.ogv 6.6 s, 1,264 × 912; 17.08 MB
A-large-population-of-diverse-neurons-in-the-Drosophila-central-nervous-system-expresses-short-1471-2202-9-90-S2.ogv 7.8 s, 1,264 × 928; 5.76 MB
A-neural-extracellular-matrix-based-method-for-in-vitro-hippocampal-neuron-culture-and-dopaminergic-1471-2202-14-48-S1.ogv 9.0 s, 1,028 × 1,024; 7.42 MB
A-neural-extracellular-matrix-based-method-for-in-vitro-hippocampal-neuron-culture-and-dopaminergic-1471-2202-14-48-S2.ogv 9.0 s, 1,028 × 1,024; 10.55 MB
Adult born neurons express GABA and NC.jpg 1,200 × 1,191; 345 KB
An-effective-assay-for-high-cellular-resolution-time-lapse-imaging-of-sensory-placode-formation-and-1471-2202-12-37-S1.ogv 29 s, 640 × 480; 1.91 MB
An-effective-assay-for-high-cellular-resolution-time-lapse-imaging-of-sensory-placode-formation-and-1471-2202-12-37-S2.ogv 5.1 s, 720 × 480; 381 KB
An-effective-assay-for-high-cellular-resolution-time-lapse-imaging-of-sensory-placode-formation-and-1471-2202-12-37-S3.ogv 4.3 s, 720 × 480; 200 KB
An-effective-assay-for-high-cellular-resolution-time-lapse-imaging-of-sensory-placode-formation-and-1471-2202-12-37-S4.ogv 16 s, 720 × 480; 384 KB
An-effective-assay-for-high-cellular-resolution-time-lapse-imaging-of-sensory-placode-formation-and-1471-2202-12-37-S5.ogv 20 s, 720 × 480; 468 KB
An-effective-assay-for-high-cellular-resolution-time-lapse-imaging-of-sensory-placode-formation-and-1471-2202-12-37-S6.ogv 9.1 s, 368 × 392; 395 KB
An-effective-assay-for-high-cellular-resolution-time-lapse-imaging-of-sensory-placode-formation-and-1471-2202-12-37-S7.ogv 19 s, 563 × 1,242; 5.31 MB
An-effective-assay-for-high-cellular-resolution-time-lapse-imaging-of-sensory-placode-formation-and-1471-2202-12-37-S8.ogv 19 s, 562 × 930; 3.48 MB
An-effective-assay-for-high-cellular-resolution-time-lapse-imaging-of-sensory-placode-formation-and-1471-2202-12-37-S9.ogv 19 s, 883 × 1,054; 2.31 MB
Analysis-of-spatial-relationships-in-three-dimensions-tools-for-the-study-of-nerve-cell-patterning-1471-2202-9-68-S1.ogv 5.8 s, 1,120 × 420; 4.32 MB
Analysis-of-spatial-relationships-in-three-dimensions-tools-for-the-study-of-nerve-cell-patterning-1471-2202-9-68-S2.ogv 5.4 s, 1,120 × 420; 4.36 MB
Astroglial-axonal-interactions-during-early-stages-of-myelination-in-mixed-cultures-using-in-vitro-1471-2202-15-59-S1.ogv 1 min 8 s, 362 × 376; 2.47 MB
Astroglial-axonal-interactions-during-early-stages-of-myelination-in-mixed-cultures-using-in-vitro-1471-2202-15-59-S2.ogv 21 s, 696 × 520; 697 KB
Astroglial-axonal-interactions-during-early-stages-of-myelination-in-mixed-cultures-using-in-vitro-1471-2202-15-59-S3.ogv 16 s, 288 × 190; 1.21 MB
Astroglial-axonal-interactions-during-early-stages-of-myelination-in-mixed-cultures-using-in-vitro-1471-2202-15-59-S4.ogv 41 s, 515 × 535; 2.33 MB
Basic neuroanatomy of the gustatory system.jpg 425 × 600; 161 KB
Brains-swinging-in-concert-cortical-phase-synchronization-while-playing-guitar-1471-2202-10-22-S1.ogv 55 s, 720 × 480; 6.53 MB
BrdU-positive cells in the mouse olfactory bulb after migration via rostral migratory stream.jpg 601 × 460; 51 KB
Brodmann area 14 in coronal sections of monkey (Cebus).png 1,200 × 1,598; 861 KB
Brodmann areas in coronal sections of monkey (Cebus).jpg 1,200 × 1,598; 198 KB
Brodmann areas of frontal cortex of monkey brain (Cebus apella).jpg 1,200 × 563; 103 KB
Calcitonin-gene-related-peptide-(CGRP)-and-its-receptor-components-in-human-and-rat-spinal-1471-2202-12-112-S1.ogv 9.5 s, 936 × 480; 1.06 MB
Calcitonin-gene-related-peptide-(CGRP)-and-its-receptor-components-in-human-and-rat-spinal-1471-2202-12-112-S2.ogv 9.0 s, 604 × 636; 2.29 MB
Calcium-signals-in-the-nucleus-accumbens-Activation-of-astrocytes-by-ATP-and-succinate-1471-2202-12-96-S1.ogv 14 s, 512 × 512; 2.19 MB
Calcium-stores-mediate-adaptation-in-axon-terminals-of-Olfactory-Receptor-Neurons-in-Drosophila-1471-2202-12-105-S1.ogv 27 s, 177 × 198; 3.6 MB
Chandelier cells and dopamine.jpg 1,200 × 562; 88 KB
Change-in-brain-activity-through-virtual-reality-based-brain-machine-communication-in-a-chronic-1471-2202-11-117-S1.ogv 2 min 2 s, 640 × 480; 20.87 MB
Change-in-brain-activity-through-virtual-reality-based-brain-machine-communication-in-a-chronic-1471-2202-11-117-S2.ogv 1 min 32 s, 640 × 480; 10.13 MB
Comparison-of-slow-and-fast-neocortical-neuron-migration-using-a-new-in-vitro-model-1471-2202-9-50-S1.ogv 1 min 22 s, 320 × 240; 549 KB
DCX-expressing cells in the subgranular zone.jpg 1,034 × 1,552; 744 KB
Difference-in-trafficking-of-brain-derived-neurotrophic-factor-between-axons-and-dendrites-of-1471-2202-6-42-S1.ogv 24 s, 450 × 450; 421 KB
Greatly-attenuated-experimental-autoimmune-encephalomyelitis-in-aquaporin-4-knockout-mice-1471-2202-10-94-S1.ogv 8.0 s, 660 × 280; 562 KB
Green fluorescent protein expressed in ciliated olfactory sensory neurons.jpg 590 × 600; 178 KB
Gyri and sulci of frontal cortex of monkey brain (Cebus apella).jpg 1,200 × 592; 99 KB
Human-neural-progenitors-express-functional-lysophospholipid-receptors-that-regulate-cell-growth-1471-2202-9-118-S1.ogv 2 min 1 s, 320 × 240; 6.06 MB
Human-neural-progenitors-express-functional-lysophospholipid-receptors-that-regulate-cell-growth-1471-2202-9-118-S2.ogv 1 min 14 s, 320 × 240; 3.45 MB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S1.ogg 10 s; 8 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S10.ogv 16 s, 944 × 342; 5.75 MB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S11.ogv 11 s, 944 × 342; 4 MB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S12.ogv 17 s, 846 × 636; 253 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S13.ogv 14 s, 944 × 342; 4.29 MB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S14.ogv 16 s, 944 × 342; 5.21 MB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S15.ogv 11 s, 944 × 342; 3.26 MB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S17.ogg 10 s; 6 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S18.ogg 10 s; 7 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S19.ogg 10 s; 8 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S2.ogg 10 s; 8 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S20.ogg 10 s; 10 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S21.ogg 10 s; 10 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S22.ogg 10 s; 13 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S23.ogg 10 s; 12 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S24.ogg 10 s; 16 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S25.ogg 10 s; 14 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S26.ogg 10 s; 18 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S27.ogg 10 s; 16 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S28.ogg 10 s; 22 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S29.ogg 10 s; 17 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S3.ogg 10 s; 140 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S30.ogg 10 s; 25 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S31.ogg 10 s; 19 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S32.ogg 10 s; 28 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S33.ogg 10 s; 20 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S34.ogg 10 s; 30 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S35.ogg 10 s; 21 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S36.ogg 10 s; 33 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S37.ogg 10 s; 26 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S38.ogg 10 s; 37 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S39.ogg 10 s; 27 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S4.ogg 10 s; 143 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S40.ogg 10 s; 39 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S41.ogg 10 s; 28 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S42.ogg 10 s; 41 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S43.ogg 10 s; 30 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S44.ogg 10 s; 43 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S45.ogg 10 s; 31 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S46.ogg 10 s; 45 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S47.ogg 10 s; 42 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S48.ogg 10 s; 62 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S49.ogg 10 s; 52 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S5.ogv 17 s, 846 × 636; 69 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S50.ogg 10 s; 68 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S51.ogg 10 s; 67 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S52.ogg 10 s; 101 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S53.ogg 10 s; 83 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S54.ogg 10 s; 128 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S55.ogg 10 s; 90 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S56.ogg 10 s; 136 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S57.ogg 13 s; 42 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S58.ogg 1.6 s; 13 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S59.ogg 1.6 s; 13 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S60.ogg 1.6 s; 13 KB
Human-sensory-evoked-responses-differ-coincident-with-either-fusion-memory-or-flash-memory-as-shown-1471-2202-7-18-S9.ogv 14 s, 944 × 342; 5.85 MB
Imaging-cortical-activity-following-affective-stimulation-with-a-high-temporal-and-spatial-1471-2202-10-83-S1.ogv 45 s, 1,911 × 896; 21.06 MB
Imaging-cortical-activity-following-affective-stimulation-with-a-high-temporal-and-spatial-1471-2202-10-83-S2.ogv 45 s, 1,911 × 896; 29.52 MB
LV-pIN-KDEL-a-novel-lentiviral-vector-demonstrates-the-morphology-dynamics-and-continuity-of-the-1471-2202-9-10-S1.ogv 36 s, 128 × 128; 174 KB
LV-pIN-KDEL-a-novel-lentiviral-vector-demonstrates-the-morphology-dynamics-and-continuity-of-the-1471-2202-9-10-S2.ogv 5.0 s, 256 × 256; 19 KB
LV-pIN-KDEL-a-novel-lentiviral-vector-demonstrates-the-morphology-dynamics-and-continuity-of-the-1471-2202-9-10-S3.ogv 8.0 s, 512 × 512; 70 KB
Macaque monkey's premotor areas.jpg 1,200 × 1,108; 156 KB
Matrix-metalloproteinase-7-facilitates-immune-access-to-the-CNS-in-experimental-autoimmune-1471-2202-10-17-S1.ogv 2.1 s, 512 × 512; 401 KB
Model of NR2 Subunit of NMDA receptor (vertebrate and invertebrate).jpg 631 × 472; 34 KB
Motor-coordination-deficits-in-Alpk1-mutant-mice-with-the-inserted-piggyBac-transposon-1471-2202-12-1-S1.ogv 15 s, 640 × 480; 1.35 MB
Motor-coordination-deficits-in-Alpk1-mutant-mice-with-the-inserted-piggyBac-transposon-1471-2202-12-1-S2.ogv 13 s, 640 × 480; 872 KB
Neuronal migration in a lattice.gif 320 × 240; 1.27 MB
Non-invasive-quantification-of-brain-tumor-induced-astrogliosis-1471-2202-12-9-S1.ogv 4.6 s, 597 × 843; 1.21 MB
Nonmuscle-Myosin-II-helps-regulate-synaptic-vesicle-mobility-at-the-Drosophila-neuromuscular-1471-2202-11-37-S1.ogv 8.6 s, 248 × 332; 989 KB
Nonmuscle-Myosin-II-helps-regulate-synaptic-vesicle-mobility-at-the-Drosophila-neuromuscular-1471-2202-11-37-S2.ogv 8.6 s, 248 × 332; 965 KB
Nonmuscle-Myosin-II-helps-regulate-synaptic-vesicle-mobility-at-the-Drosophila-neuromuscular-1471-2202-11-37-S3.ogv 8.6 s, 248 × 332; 585 KB
Nonmuscle-Myosin-II-helps-regulate-synaptic-vesicle-mobility-at-the-Drosophila-neuromuscular-1471-2202-11-37-S4.ogv 8.6 s, 248 × 332; 785 KB
Nonmuscle-Myosin-II-helps-regulate-synaptic-vesicle-mobility-at-the-Drosophila-neuromuscular-1471-2202-11-37-S5.ogv 8.6 s, 248 × 332; 490 KB
Olfactory bulb adult neurogenesis.jpg 1,200 × 1,389; 418 KB
Orienting-asymmetries-and-lateralized-processing-of-sounds-in-humans-1471-2202-10-14-S2.ogg 3.2 s; 36 KB
Orienting-asymmetries-and-lateralized-processing-of-sounds-in-humans-1471-2202-10-14-S3.ogg 2.5 s; 22 KB
Phenotypes of proliferating cells in the Rostral Migratory Stream and Dentate Gyrus.jpg 1,200 × 953; 432 KB
Plasticity-of-primary-microglia-on-micropatterned-geometries-and-spontaneous-long-distance-1471-2202-14-121-S1.ogv 40 s, 640 × 480; 1.94 MB
Proliferating cells in the dentate gyrus (crop).jpg 595 × 956; 213 KB
Quantification-of-vestibular-induced-eye-movements-in-zebrafish-larvae-1471-2202-11-110-S1.ogv 59 s, 320 × 240; 1.41 MB
Quantification-of-vestibular-induced-eye-movements-in-zebrafish-larvae-1471-2202-11-110-S2.ogv 23 s, 400 × 480; 1.37 MB
Repeated-elicitation-of-the-acoustic-startle-reflex-leads-to-sensitisation-in-subsequent-avoidance-1471-2202-12-30-S1.ogv 7.6 s, 768 × 576; 1.23 MB
Repeated-elicitation-of-the-acoustic-startle-reflex-leads-to-sensitisation-in-subsequent-avoidance-1471-2202-12-30-S2.ogv 42 s, 640 × 480; 9.24 MB
Scheme of the primary startle pathway in rats and mice.jpg 600 × 268; 36 KB
Schwann-cells-migrate-along-axons-in-the-absence-of-GDNF-signaling-1471-2202-13-92-S1.ogv 11 s, 400 × 400; 1.47 MB
Schwann-cells-migrate-along-axons-in-the-absence-of-GDNF-signaling-1471-2202-13-92-S2.ogv 11 s, 400 × 400; 1.31 MB
Schwann-cells-migrate-along-axons-in-the-absence-of-GDNF-signaling-1471-2202-13-92-S3.ogv 14 s, 1,344 × 1,024; 12.67 MB
Schwann-cells-migrate-along-axons-in-the-absence-of-GDNF-signaling-1471-2202-13-92-S4.ogv 14 s, 1,344 × 1,024; 18.43 MB
Schwann-cells-migrate-along-axons-in-the-absence-of-GDNF-signaling-1471-2202-13-92-S5.ogv 5.8 s, 480 × 480; 3.88 MB
Schwann-cells-migrate-along-axons-in-the-absence-of-GDNF-signaling-1471-2202-13-92-S6.ogv 5.8 s, 480 × 480; 3.68 MB
Section through olfactory bulb 16 days old rat brain.jpg 600 × 356; 205 KB
Slowing-of-axonal-regeneration-is-correlated-with-increased-axonal-viscosity-during-aging-1471-2202-11-140-S1.ogv 4.0 s, 342 × 365; 403 KB
Slowing-of-axonal-regeneration-is-correlated-with-increased-axonal-viscosity-during-aging-1471-2202-11-140-S2.ogv 3.0 s, 200 × 433; 248 KB
Subcellular-localization-of-Mayven-following-expression-of-wild-type-and-mutant-EGFP-tagged-cDNAs-1471-2202-11-63-S1.ogv 3.8 s, 375 × 504; 50 KB
Subcellular-localization-of-Mayven-following-expression-of-wild-type-and-mutant-EGFP-tagged-cDNAs-1471-2202-11-63-S2.ogv 5.2 s, 368 × 516; 171 KB
Subcellular-localization-of-Mayven-following-expression-of-wild-type-and-mutant-EGFP-tagged-cDNAs-1471-2202-11-63-S3.ogv 9.0 s, 269 × 471; 52 KB
Thai-lexical-tone-perception-in-native-speakers-of-Thai-English-and-Mandarin-Chinese-An-event-1471-2202-9-53-S1.ogg 0.4 s; 6 KB
Thai-lexical-tone-perception-in-native-speakers-of-Thai-English-and-Mandarin-Chinese-An-event-1471-2202-9-53-S2.ogg 0.5 s; 6 KB
Thai-lexical-tone-perception-in-native-speakers-of-Thai-English-and-Mandarin-Chinese-An-event-1471-2202-9-53-S3.ogg 0.5 s; 6 KB
Thai-lexical-tone-perception-in-native-speakers-of-Thai-English-and-Mandarin-Chinese-An-event-1471-2202-9-53-S4.ogg 0.5 s; 6 KB
Thai-lexical-tone-perception-in-native-speakers-of-Thai-English-and-Mandarin-Chinese-An-event-1471-2202-9-53-S5.ogg 0.5 s; 6 KB
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Visualization-of-odor-induced-neuronal-activity-by-immediate-early-gene-expression-1471-2202-13-140-S2.ogv 15 s, 854 × 480; 1.74 MB
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