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Category:Time factors

Pages in category "Category:Time factors"

• Category:Macular hole formation, progression and surgical repair; OCT
• File:3D-Multi-Cell-Simulation-of-Tumor-Growth-and-Angiogenesis-pone.0007190.s002.ogv
• File:3D-Multi-Cell-Simulation-of-Tumor-Growth-and-Angiogenesis-pone.0007190.s003.ogv
• File:A-Cellular-Automata-Based-Mathematical-Model-for-Thymocyte-Development-pone.0008233.s001.ogv
• File:A-Cellular-Automata-Based-Mathematical-Model-for-Thymocyte-Development-pone.0008233.s002.ogv
• File:A-Cellular-Automata-Based-Mathematical-Model-for-Thymocyte-Development-pone.0008233.s003.ogv
• File:A-Functional-Genomic-Screen-Combined-with-Time-Lapse-Microscopy-Uncovers-a-Novel-Set-of-Genes-pone.0022229.s001.ogv
• File:A-Functional-Genomic-Screen-Combined-with-Time-Lapse-Microscopy-Uncovers-a-Novel-Set-of-Genes-pone.0022229.s002.ogv
• File:A-Functional-Genomic-Screen-Combined-with-Time-Lapse-Microscopy-Uncovers-a-Novel-Set-of-Genes-pone.0022229.s003.ogv
• File:A-Functional-Genomic-Screen-Combined-with-Time-Lapse-Microscopy-Uncovers-a-Novel-Set-of-Genes-pone.0022229.s004.ogv
• File:A-Functional-Genomic-Screen-Combined-with-Time-Lapse-Microscopy-Uncovers-a-Novel-Set-of-Genes-pone.0022229.s005.ogv
• File:A-Functional-Genomic-Screen-Combined-with-Time-Lapse-Microscopy-Uncovers-a-Novel-Set-of-Genes-pone.0022229.s006.ogv
• File:A-Functional-Genomic-Screen-Combined-with-Time-Lapse-Microscopy-Uncovers-a-Novel-Set-of-Genes-pone.0022229.s007.ogv
• File:A-Functional-Genomic-Screen-Combined-with-Time-Lapse-Microscopy-Uncovers-a-Novel-Set-of-Genes-pone.0022229.s008.ogv
• File:A-Low-Cost-EEG-System-Based-Hybrid-Brain-Computer-Interface-for-Humanoid-Robot-Navigation-and-pone.0074583.s001.ogv
• File:A-Model-of-Stimulus-Specific-Neural-Assemblies-in-the-Insect-Antennal-Lobe-pcbi.1000139.s005.ogv
• File:A-Model-of-Stimulus-Specific-Neural-Assemblies-in-the-Insect-Antennal-Lobe-pcbi.1000139.s006.ogv
• File:A-Model-of-Stimulus-Specific-Neural-Assemblies-in-the-Insect-Antennal-Lobe-pcbi.1000139.s007.ogv
• File:A-Modified-Consumer-Inkjet-for-Spatiotemporal-Control-of-Gene-Expression-pone.0007086.s002.ogv
• File:A-Reconfigurable-Real-Time-Compressive-Sampling-Camera-for-Biological-Applications-pone.0026306.s001.ogv
• File:A-Reconfigurable-Real-Time-Compressive-Sampling-Camera-for-Biological-Applications-pone.0026306.s002.ogv
• File:A-Reconfigurable-Real-Time-Compressive-Sampling-Camera-for-Biological-Applications-pone.0026306.s003.ogv
• File:A-Reconfigurable-Real-Time-Compressive-Sampling-Camera-for-Biological-Applications-pone.0026306.s004.ogv
• File:A-Reconfigurable-Real-Time-Compressive-Sampling-Camera-for-Biological-Applications-pone.0026306.s005.ogv
• File:A-Virtual-Look-at-Epstein–Barr-Virus-Infection-Biological-Interpretations-ppat.0030137.sv001.ogv
• File:A-Virtual-Look-at-Epstein–Barr-Virus-Infection-Biological-Interpretations-ppat.0030137.sv002.ogv
• File:A-Wireless-Brain-Machine-Interface-for-Real-Time-Speech-Synthesis-pone.0008218.s001.ogv
• File:Accelerating-global-left-ventricular-function-assessment-in-mice-using-reduced-slice-acquisition-1532-429X-13-49-S1.ogv
• File:Accelerating-global-left-ventricular-function-assessment-in-mice-using-reduced-slice-acquisition-1532-429X-13-49-S2.ogv
• File:Accelerating-global-left-ventricular-function-assessment-in-mice-using-reduced-slice-acquisition-1532-429X-13-49-S3.ogv
• File:Accelerating-global-left-ventricular-function-assessment-in-mice-using-reduced-slice-acquisition-1532-429X-13-49-S4.ogv
• File:Accumulative-Difference-Image-Protocol-for-Particle-Tracking-in-Fluorescence-Microscopy-Tested-in-pone.0012216.s003.ogv
• File:Accumulative-Difference-Image-Protocol-for-Particle-Tracking-in-Fluorescence-Microscopy-Tested-in-pone.0012216.s005.ogv
• File:Accumulative-Difference-Image-Protocol-for-Particle-Tracking-in-Fluorescence-Microscopy-Tested-in-pone.0012216.s006.ogv
• File:Accumulative-Difference-Image-Protocol-for-Particle-Tracking-in-Fluorescence-Microscopy-Tested-in-pone.0012216.s007.ogv
• File:Accumulative-Difference-Image-Protocol-for-Particle-Tracking-in-Fluorescence-Microscopy-Tested-in-pone.0012216.s008.ogv
• File:Accumulative-Difference-Image-Protocol-for-Particle-Tracking-in-Fluorescence-Microscopy-Tested-in-pone.0012216.s009.ogv
• File:Accumulative-Difference-Image-Protocol-for-Particle-Tracking-in-Fluorescence-Microscopy-Tested-in-pone.0012216.s010.ogv
• File:Accumulative-Difference-Image-Protocol-for-Particle-Tracking-in-Fluorescence-Microscopy-Tested-in-pone.0012216.s011.ogv
• File:Accumulative-Difference-Image-Protocol-for-Particle-Tracking-in-Fluorescence-Microscopy-Tested-in-pone.0012216.s012.ogv
• File:Accumulative-Difference-Image-Protocol-for-Particle-Tracking-in-Fluorescence-Microscopy-Tested-in-pone.0012216.s013.ogv
• File:Accumulative-Difference-Image-Protocol-for-Particle-Tracking-in-Fluorescence-Microscopy-Tested-in-pone.0012216.s014.ogv
• File:Accumulative-Difference-Image-Protocol-for-Particle-Tracking-in-Fluorescence-Microscopy-Tested-in-pone.0012216.s015.ogv
• File:Actin-Independent-Behavior-and-Membrane-Deformation-Exhibited-by-the-Four-Transmembrane-Protein-M6a-pone.0026702.s001.ogv
• File:Actin-Independent-Behavior-and-Membrane-Deformation-Exhibited-by-the-Four-Transmembrane-Protein-M6a-pone.0026702.s002.ogv
• File:Actin-Independent-Behavior-and-Membrane-Deformation-Exhibited-by-the-Four-Transmembrane-Protein-M6a-pone.0026702.s003.ogv
• File:Actin-Independent-Behavior-and-Membrane-Deformation-Exhibited-by-the-Four-Transmembrane-Protein-M6a-pone.0026702.s004.ogv
• File:Actin-Independent-Behavior-and-Membrane-Deformation-Exhibited-by-the-Four-Transmembrane-Protein-M6a-pone.0026702.s005.ogv
• File:Actin-Independent-Behavior-and-Membrane-Deformation-Exhibited-by-the-Four-Transmembrane-Protein-M6a-pone.0026702.s006.ogv
• File:Actin-Independent-Behavior-and-Membrane-Deformation-Exhibited-by-the-Four-Transmembrane-Protein-M6a-pone.0026702.s007.ogv
• File:Actin-Independent-Behavior-and-Membrane-Deformation-Exhibited-by-the-Four-Transmembrane-Protein-M6a-pone.0026702.s008.ogv
• File:Actin-Independent-Behavior-and-Membrane-Deformation-Exhibited-by-the-Four-Transmembrane-Protein-M6a-pone.0026702.s009.ogv
• File:Actin-Independent-Behavior-and-Membrane-Deformation-Exhibited-by-the-Four-Transmembrane-Protein-M6a-pone.0026702.s010.ogv
• File:Actin-Independent-Behavior-and-Membrane-Deformation-Exhibited-by-the-Four-Transmembrane-Protein-M6a-pone.0026702.s011.ogv
• File:Adaptive-Models-for-Gene-Networks-pone.0031657.s005.ogv
• File:An-Efficient-Coding-Hypothesis-Links-Sparsity-and-Selectivity-of-Neural-Responses-pone.0025506.s002.ogg
• File:An-Improved-Chamber-for-Direct-Visualisation-of-Chemotaxis-pone.0015309.s001.ogv
• File:An-Improved-Chamber-for-Direct-Visualisation-of-Chemotaxis-pone.0015309.s002.ogv
• File:An-Integrin-Dependent-Role-of-Pouch-Endoderm-in-Hyoid-Cartilage-Development-pbio.0020244.sv002.ogv
• File:An-Integrin-Dependent-Role-of-Pouch-Endoderm-in-Hyoid-Cartilage-Development-pbio.0020244.sv003.ogv
• File:Are-morphological-criteria-sufficient-for-the-identification-of-circulating-tumor-cells-in-renal-1479-5876-11-214-S1.ogv
• File:Arsenic-trioxide-alters-the-differentiation-of-mouse-embryonic-stem-cell-into-cardiomyocytes-srep14993-s2.ogv
• File:Arsenic-trioxide-alters-the-differentiation-of-mouse-embryonic-stem-cell-into-cardiomyocytes-srep14993-s3.ogv
• File:Arsenic-trioxide-alters-the-differentiation-of-mouse-embryonic-stem-cell-into-cardiomyocytes-srep14993-s4.ogv
• File:Arsenic-trioxide-alters-the-differentiation-of-mouse-embryonic-stem-cell-into-cardiomyocytes-srep14993-s5.ogv
• File:Assessment-of-myocardium-at-risk-with-contrast-enhanced-steady-state-free-precession-cine-1532-429X-12-25-S1.ogv
• File:At-What-Stage-of-Neural-Processing-Does-Cocaine-Act-to-Boost-Pursuit-of-Rewards?-pone.0015081.s001.ogv
• File:At-What-Stage-of-Neural-Processing-Does-Cocaine-Act-to-Boost-Pursuit-of-Rewards?-pone.0015081.s002.ogv
• File:Audio-Visual-Speech-Timing-Sensitivity-Is-Enhanced-in-Cluttered-Conditions-pone.0018309.s001.ogv
• File:Audio-Visual-Speech-Timing-Sensitivity-Is-Enhanced-in-Cluttered-Conditions-pone.0018309.s002.ogv
• File:Bridging-Consciousness-and-Cognition-in-Memory-and-Perception-Evidence-for-Both-State-and-Strength-pone.0030231.s001.ogv
• File:Bridging-Consciousness-and-Cognition-in-Memory-and-Perception-Evidence-for-Both-State-and-Strength-pone.0030231.s002.ogv
• File:Bridging-Consciousness-and-Cognition-in-Memory-and-Perception-Evidence-for-Both-State-and-Strength-pone.0030231.s003.ogv
• File:Bridging-Consciousness-and-Cognition-in-Memory-and-Perception-Evidence-for-Both-State-and-Strength-pone.0030231.s004.ogv
• File:Bridging-Consciousness-and-Cognition-in-Memory-and-Perception-Evidence-for-Both-State-and-Strength-pone.0030231.s005.ogv
• File:Bridging-Consciousness-and-Cognition-in-Memory-and-Perception-Evidence-for-Both-State-and-Strength-pone.0030231.s006.ogv
• File:Bridging-Consciousness-and-Cognition-in-Memory-and-Perception-Evidence-for-Both-State-and-Strength-pone.0030231.s007.ogv
• File:Building-Bridges-toward-Invasion-Tumor-Promoter-Treatment-Induces-a-Novel-Protein-Kinase-C-pone.0090722.s001.ogv
• File:Building-Bridges-toward-Invasion-Tumor-Promoter-Treatment-Induces-a-Novel-Protein-Kinase-C-pone.0090722.s002.ogv
• File:Cerebral-toxoplasmosis-in-Acquired-Immunodeficiency-Syndrome-(AIDS)-patients-also-provides-unifying-1471-2377-10-37-S1.ogv
• File:Characterization-of-AKT-independent-effects-of-the-synthetic-AKT-inhibitors-SH-5-and-SH-6-using-an-1471-2407-10-287-S3.ogv
• File:Characterization-of-AKT-independent-effects-of-the-synthetic-AKT-inhibitors-SH-5-and-SH-6-using-an-1471-2407-10-287-S4.ogv
• File:Characterization-of-AKT-independent-effects-of-the-synthetic-AKT-inhibitors-SH-5-and-SH-6-using-an-1471-2407-10-287-S5.ogv
• File:Characterization-of-AKT-independent-effects-of-the-synthetic-AKT-inhibitors-SH-5-and-SH-6-using-an-1471-2407-10-287-S6.ogv
• File:Characterization-of-MSB-Synapses-in-Dissociated-Hippocampal-Culture-with-Simultaneous-Pre--and-pone.0026478.s002.ogv
• File:Characterization-of-MSB-Synapses-in-Dissociated-Hippocampal-Culture-with-Simultaneous-Pre--and-pone.0026478.s003.ogv
• File:Characterization-of-MSB-Synapses-in-Dissociated-Hippocampal-Culture-with-Simultaneous-Pre--and-pone.0026478.s004.ogv
• File:Characterization-of-sub-nuclear-changes-in-Caenorhabditis-elegans-embryos-exposed-to-brief-1471-2121-6-47-S1.ogv
• File:Characterization-of-sub-nuclear-changes-in-Caenorhabditis-elegans-embryos-exposed-to-brief-1471-2121-6-47-S2.ogv
• File:Chopin Etude op 10 n 3.oga
• File:Colloids-as-Mobile-Substrates-for-the-Implantation-and-Integration-of-Differentiated-Neurons-into-pone.0030293.s007.ogv
• File:Complex-Processes-from-Dynamical-Architectures-with-Time-Scale-Hierarchy-pone.0016589.s002.ogv
• File:Complex-Processes-from-Dynamical-Architectures-with-Time-Scale-Hierarchy-pone.0016589.s003.ogv
• File:Complex-Processes-from-Dynamical-Architectures-with-Time-Scale-Hierarchy-pone.0016589.s004.ogv
• File:Complex-Processes-from-Dynamical-Architectures-with-Time-Scale-Hierarchy-pone.0016589.s005.ogv
• File:Comprehensive-4D-velocity-mapping-of-the-heart-and-great-vessels-by-cardiovascular-magnetic-1532-429X-13-7-S1.ogv
• File:Comprehensive-4D-velocity-mapping-of-the-heart-and-great-vessels-by-cardiovascular-magnetic-1532-429X-13-7-S2.ogv
• File:Comprehensive-4D-velocity-mapping-of-the-heart-and-great-vessels-by-cardiovascular-magnetic-1532-429X-13-7-S3.ogv
• File:Comprehensive-4D-velocity-mapping-of-the-heart-and-great-vessels-by-cardiovascular-magnetic-1532-429X-13-7-S4.ogv
• File:Comprehensive-4D-velocity-mapping-of-the-heart-and-great-vessels-by-cardiovascular-magnetic-1532-429X-13-7-S5.ogv
• File:Comprehensive-4D-velocity-mapping-of-the-heart-and-great-vessels-by-cardiovascular-magnetic-1532-429X-13-7-S6.ogv
• File:Comprehensive-4D-velocity-mapping-of-the-heart-and-great-vessels-by-cardiovascular-magnetic-1532-429X-13-7-S7.ogv
• File:Comprehensive-4D-velocity-mapping-of-the-heart-and-great-vessels-by-cardiovascular-magnetic-1532-429X-13-7-S8.ogv
• File:Computer-assisted-resilience-training-to-prepare-healthcare-workers-for-pandemic-influenza-a-1472-6963-10-72-S1.ogv
• File:Contribution-of-Noncentrosomal-Microtubules-to-Spindle-Assembly-in-Drosophila-Spermatocytes-pbio.0020008.v001.ogv
• File:Contribution-of-Noncentrosomal-Microtubules-to-Spindle-Assembly-in-Drosophila-Spermatocytes-pbio.0020008.v002.ogv
• File:Contribution-of-Noncentrosomal-Microtubules-to-Spindle-Assembly-in-Drosophila-Spermatocytes-pbio.0020008.v003.ogv
• File:Contribution-of-Noncentrosomal-Microtubules-to-Spindle-Assembly-in-Drosophila-Spermatocytes-pbio.0020008.v004.ogv
• File:Contribution-of-Noncentrosomal-Microtubules-to-Spindle-Assembly-in-Drosophila-Spermatocytes-pbio.0020008.v005.ogv
• File:Contribution-of-Noncentrosomal-Microtubules-to-Spindle-Assembly-in-Drosophila-Spermatocytes-pbio.0020008.v006.ogv
• File:Contribution-of-Noncentrosomal-Microtubules-to-Spindle-Assembly-in-Drosophila-Spermatocytes-pbio.0020008.v007.ogv
• File:Contribution-of-Noncentrosomal-Microtubules-to-Spindle-Assembly-in-Drosophila-Spermatocytes-pbio.0020008.v008.ogv
• File:Coordinated-Movements-Prevent-Jamming-in-an-Emperor-Penguin-Huddle-pone.0020260.s001.ogv
• File:Coordinated-Movements-Prevent-Jamming-in-an-Emperor-Penguin-Huddle-pone.0020260.s002.ogv
• File:Coordinated-Movements-Prevent-Jamming-in-an-Emperor-Penguin-Huddle-pone.0020260.s003.ogv
• File:Creatine-Kinase–Mediated-ATP-Supply-Fuels-Actin-Based-Events-in-Phagocytosis-pbio.0060051.sv001.ogv
• File:Cytoplasmic-Continuity-Revisited-Closure-of-Septa-of-the-Filamentous-Fungus-Schizophyllum-commune-pone.0005977.s001.ogv
• File:Cytoplasmic-Continuity-Revisited-Closure-of-Septa-of-the-Filamentous-Fungus-Schizophyllum-commune-pone.0005977.s002.ogv
• File:Cytoplasmic-Continuity-Revisited-Closure-of-Septa-of-the-Filamentous-Fungus-Schizophyllum-commune-pone.0005977.s003.ogv
• File:Cytoplasmic-Continuity-Revisited-Closure-of-Septa-of-the-Filamentous-Fungus-Schizophyllum-commune-pone.0005977.s004.ogv
• File:Cytoplasmic-Continuity-Revisited-Closure-of-Septa-of-the-Filamentous-Fungus-Schizophyllum-commune-pone.0005977.s005.ogv
• File:Cytoplasmic-Continuity-Revisited-Closure-of-Septa-of-the-Filamentous-Fungus-Schizophyllum-commune-pone.0005977.s006.ogv
• File:Defects-in-Mitochondrial-Dynamics-and-Metabolomic-Signatures-of-Evolving-Energetic-Stress-in-Mouse-pone.0032737.s001.ogv
• File:Defects-in-Mitochondrial-Dynamics-and-Metabolomic-Signatures-of-Evolving-Energetic-Stress-in-Mouse-pone.0032737.s002.ogv
• File:Detection-of-Intra-Tumor-Self-Antigen-Recognition-during-Melanoma-Tumor-Progression-in-Mice-Using-pone.0021214.s005.ogv
• File:Detection-of-Intra-Tumor-Self-Antigen-Recognition-during-Melanoma-Tumor-Progression-in-Mice-Using-pone.0021214.s006.ogv
• File:Detection-of-Intra-Tumor-Self-Antigen-Recognition-during-Melanoma-Tumor-Progression-in-Mice-Using-pone.0021214.s007.ogv
• File:Detection-of-Intra-Tumor-Self-Antigen-Recognition-during-Melanoma-Tumor-Progression-in-Mice-Using-pone.0021214.s008.ogv
• File:Detection-of-Intra-Tumor-Self-Antigen-Recognition-during-Melanoma-Tumor-Progression-in-Mice-Using-pone.0021214.s009.ogv
• File:Detection-of-Intra-Tumor-Self-Antigen-Recognition-during-Melanoma-Tumor-Progression-in-Mice-Using-pone.0021214.s010.ogv
• File:Development-of-an-In-Vitro-Model-for-the-Multi-Parametric-Quantification-of-the-Cellular-pone.0032621.s010.ogv
• File:Development-of-an-In-Vitro-Model-for-the-Multi-Parametric-Quantification-of-the-Cellular-pone.0032621.s011.ogv
• File:Development-of-an-In-Vitro-Model-for-the-Multi-Parametric-Quantification-of-the-Cellular-pone.0032621.s012.ogv
• File:Development-of-Neural-Circuitry-for-Precise-Temporal-Sequences-through-Spontaneous-Activity-Axon-pone.0000723.s005.ogv
• File:Difference-in-trafficking-of-brain-derived-neurotrophic-factor-between-axons-and-dendrites-of-1471-2202-6-42-S1.ogv
• File:Differences-in-Spatio-Temporal-Behavior-of-Zebrafish-in-the-Open-Tank-Paradigm-after-a-Short-Period-pone.0019397.s002.ogv
• File:Differential-Regulation-of-Macropinocytosis-by-Abi1Hssh3bp1-Isoforms-pone.0010430.s002.ogv
• File:Differential-Regulation-of-Macropinocytosis-by-Abi1Hssh3bp1-Isoforms-pone.0010430.s003.ogv
• File:Differential-Regulation-of-Macropinocytosis-by-Abi1Hssh3bp1-Isoforms-pone.0010430.s004.ogv
• File:Differentiation-of-human-ESCs-to-retinal-ganglion-cells-using-a-CRISPR-engineered-reporter-cell-line-srep16595-s1.ogv
• File:Differentiation-of-human-ESCs-to-retinal-ganglion-cells-using-a-CRISPR-engineered-reporter-cell-line-srep16595-s2.ogv
• File:Differentiation-of-human-ESCs-to-retinal-ganglion-cells-using-a-CRISPR-engineered-reporter-cell-line-srep16595-s3.ogv
• File:Differentiation-of-human-ESCs-to-retinal-ganglion-cells-using-a-CRISPR-engineered-reporter-cell-line-srep16595-s4.ogv
• File:Differentiation-of-human-ESCs-to-retinal-ganglion-cells-using-a-CRISPR-engineered-reporter-cell-line-srep16595-s5.ogv
• File:Differentiation-of-human-ESCs-to-retinal-ganglion-cells-using-a-CRISPR-engineered-reporter-cell-line-srep16595-s6.ogv
• File:Differentiation-of-human-ESCs-to-retinal-ganglion-cells-using-a-CRISPR-engineered-reporter-cell-line-srep16595-s7.ogv
• File:Directed-Differentiation-of-Embryonic-Stem-Cells-Into-Cardiomyocytes-by-Bacterial-Injection-of-srep15014-s2.ogv
• File:Directed-Differentiation-of-Embryonic-Stem-Cells-Into-Cardiomyocytes-by-Bacterial-Injection-of-srep15014-s3.ogv
• File:Discrete-Dynamics-Model-for-the-Speract-Activated-Ca2+-Signaling-Network-Relevant-to-Sperm-Motility-pone.0022619.s002.ogv
• File:Discrete-Dynamics-Model-for-the-Speract-Activated-Ca2+-Signaling-Network-Relevant-to-Sperm-Motility-pone.0022619.s003.ogv
• File:Discrete-Dynamics-Model-for-the-Speract-Activated-Ca2+-Signaling-Network-Relevant-to-Sperm-Motility-pone.0022619.s004.ogv
• File:Distinct-short-range-ovule-signals-attract-or-repel-Arabidopsis-thaliana-pollen-tubes-in-vitro-1471-2229-6-7-S1.ogv
• File:Distinct-short-range-ovule-signals-attract-or-repel-Arabidopsis-thaliana-pollen-tubes-in-vitro-1471-2229-6-7-S2.ogv
• File:Distinct-short-range-ovule-signals-attract-or-repel-Arabidopsis-thaliana-pollen-tubes-in-vitro-1471-2229-6-7-S3.ogv
• File:Distinct-short-range-ovule-signals-attract-or-repel-Arabidopsis-thaliana-pollen-tubes-in-vitro-1471-2229-6-7-S4.ogv
• File:Drosophila-Spastin-Regulates-Synaptic-Microtubule-Networks-and-Is-Required-for-Normal-Motor-Function-pbio.0020429.sv001.ogv
• File:Drosophila-type-II-neuroblast-lineages-keep-Prospero-levels-low-to-generate-large-clones-that-1749-8104-5-26-S1.ogv
• File:Dynamic-3D-Cell-Rearrangements-Guided-by-a-Fibronectin-Matrix-Underlie-Somitogenesis-pone.0007429.s003.ogv
• File:Dynamic-3D-Cell-Rearrangements-Guided-by-a-Fibronectin-Matrix-Underlie-Somitogenesis-pone.0007429.s004.ogv
• File:Dynamic-3D-Cell-Rearrangements-Guided-by-a-Fibronectin-Matrix-Underlie-Somitogenesis-pone.0007429.s005.ogv
• File:Dynamic-3D-Cell-Rearrangements-Guided-by-a-Fibronectin-Matrix-Underlie-Somitogenesis-pone.0007429.s006.ogv
• File:Dynamic-Emotional-and-Neural-Responses-to-Music-Depend-on-Performance-Expression-and-Listener-pone.0013812.s002.ogg
• File:Dynamic-Remodeling-of-Dendritic-Arbors-in-GABAergic-Interneurons-of-Adult-Visual-Cortex-pbio.0040029.sv001.ogv
• File:Dynamic-Remodeling-of-Dendritic-Arbors-in-GABAergic-Interneurons-of-Adult-Visual-Cortex-pbio.0040029.sv002.ogv
• File:Echolocating-Bats-Use-a-Nearly-Time-Optimal-Strategy-to-Intercept-Prey-pbio.0040108.sv001.ogv
• File:Echolocating-Bats-Use-a-Nearly-Time-Optimal-Strategy-to-Intercept-Prey-pbio.0040108.sv002.ogv
• File:Echolocating-Bats-Use-a-Nearly-Time-Optimal-Strategy-to-Intercept-Prey-pbio.0040108.sv003.ogv
• File:Echolocating-Bats-Use-a-Nearly-Time-Optimal-Strategy-to-Intercept-Prey-pbio.0040108.sv004.ogv
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