Category:Motor proteins

子分类

本分类有以下10个子分类，共有10个子分类。

分类“Motor proteins”中的媒体文件

以下88个文件属于本分类，共88个文件。

• Activation-of-RhoA-but-Not-Rac1-Mediates-Early-Stages-of-S1P-Induced-Endothelial-Barrier-Enhancement-pone.0155490.s003.ogv 7.5秒, 234 × 296；266 KB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv001.ogv 11秒, 796 × 796；8.63 MB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv002.ogv 13秒, 512 × 512；12.19 MB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv003.ogv 3.9秒, 252 × 237；38 KB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv004.ogv 3.9秒, 252 × 237；27 KB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv005.ogv 3.9秒, 252 × 237；36 KB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv006.ogv 29秒, 382 × 334；16.89 MB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv007.ogv 15秒, 331 × 372；11.4 MB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv008.ogv 15秒, 352 × 317；3.62 MB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv009.ogv 14秒, 393 × 330；6.43 MB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv010.ogv 7.1秒, 284 × 287；305 KB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv011.ogv 2.9秒, 272 × 237；566 KB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv012.ogv 7.4秒, 223 × 286；1.44 MB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv013.ogv 7.8秒, 196 × 174；272 KB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv014.ogv 10秒, 251 × 251；241 KB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv015.ogv 10秒, 251 × 251；373 KB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv016.ogv 14秒, 512 × 512；8.51 MB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv017.ogv 10秒, 251 × 251；398 KB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv018.ogv 8.0秒, 296 × 349；3.27 MB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv019.ogv 15秒, 425 × 941；1.17 MB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv020.ogv 15秒, 425 × 941；1.35 MB
  
• An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv021.ogv 25秒, 425 × 697；269 KB
  
• 
  Aufbau der Motorproteine.png 391 × 285；111 KB
  
• 
  Cell locomotion myosin and actin.png 306 × 233；29 KB
  
• Cell-Contact–Dependent-Outer-Membrane-Exchange-in-Myxobacteria-Genetic-Determinants-and-Mechanism-pgen.1002626.s013.ogv 4.3秒, 1,280 × 720；567 KB
  
• Cell-Contact–Dependent-Outer-Membrane-Exchange-in-Myxobacteria-Genetic-Determinants-and-Mechanism-pgen.1002626.s014.ogv 1.4秒, 1,280 × 720；2.14 MB
  
• Cell-Contact–Dependent-Outer-Membrane-Exchange-in-Myxobacteria-Genetic-Determinants-and-Mechanism-pgen.1002626.s015.ogv 1.4秒, 1,280 × 720；2.85 MB
  
• Cortical-Factor-Feedback-Model-for-Cellular-Locomotion-and-Cytofission-pcbi.1000310.s001.ogv 40秒, 768 × 576；2.12 MB
  
• Cortical-Factor-Feedback-Model-for-Cellular-Locomotion-and-Cytofission-pcbi.1000310.s002.ogv 41秒, 768 × 576；1.78 MB
  
• Cortical-Factor-Feedback-Model-for-Cellular-Locomotion-and-Cytofission-pcbi.1000310.s003.ogv 7.3秒, 768 × 576；546 KB
  
• Cortical-Factor-Feedback-Model-for-Cellular-Locomotion-and-Cytofission-pcbi.1000310.s004.ogv 3.4秒, 768 × 576；466 KB
  
• Deconvolution-of-the-Cellular-Force-Generating-Subsystems-that-Govern-Cytokinesis-Furrow-Ingression-pcbi.1002467.s006.ogv 10秒, 834 × 418；1.9 MB
  
• Deconvolution-of-the-Cellular-Force-Generating-Subsystems-that-Govern-Cytokinesis-Furrow-Ingression-pcbi.1002467.s007.ogv 10秒, 834 × 418；2.13 MB
  
• Deconvolution-of-the-Cellular-Force-Generating-Subsystems-that-Govern-Cytokinesis-Furrow-Ingression-pcbi.1002467.s008.ogv 27秒, 188 × 233；969 KB
  
• Deconvolution-of-the-Cellular-Force-Generating-Subsystems-that-Govern-Cytokinesis-Furrow-Ingression-pcbi.1002467.s009.ogv 10秒, 834 × 418；1.88 MB
  
• Deconvolution-of-the-Cellular-Force-Generating-Subsystems-that-Govern-Cytokinesis-Furrow-Ingression-pcbi.1002467.s010.ogv 10秒, 834 × 418；1.68 MB
  
• Deconvolution-of-the-Cellular-Force-Generating-Subsystems-that-Govern-Cytokinesis-Furrow-Ingression-pcbi.1002467.s011.ogv 10秒, 834 × 418；1.85 MB
  
• Deconvolution-of-the-Cellular-Force-Generating-Subsystems-that-Govern-Cytokinesis-Furrow-Ingression-pcbi.1002467.s012.ogv 44秒, 154 × 180；464 KB
  
• Deterministic-Mechanical-Model-of-T-Killer-Cell-Polarization-Reproduces-the-Wandering-of-Aim-pcbi.1000260.s004.ogv 13秒, 320 × 240；785 KB
  
• Deterministic-Mechanical-Model-of-T-Killer-Cell-Polarization-Reproduces-the-Wandering-of-Aim-pcbi.1000260.s005.ogv 14秒, 320 × 240；1.46 MB
  
• Deterministic-Mechanical-Model-of-T-Killer-Cell-Polarization-Reproduces-the-Wandering-of-Aim-pcbi.1000260.s006.ogv 9.6秒, 320 × 240；334 KB
  
• Deterministic-Mechanical-Model-of-T-Killer-Cell-Polarization-Reproduces-the-Wandering-of-Aim-pcbi.1000260.s008.ogv 13秒, 320 × 240；1.36 MB
  
• DHC ADP.webm 29秒, 624 × 606；8.9 MB
  
• Direct-Observation-of-the-Myosin-Va-Recovery-Stroke-That-Contributes-to-Unidirectional-Stepping-pbio.1001031.s010.ogv 1分48秒, 176 × 144；2.35 MB
  
• Dynein-Light-Intermediate-Chain-2-Facilitates-the-Metaphase-to-Anaphase-Transition-by-Inactivating-pone.0159646.s002.ogv 7.6秒, 86 × 76；130 KB
  
• Dynein-Light-Intermediate-Chain-2-Facilitates-the-Metaphase-to-Anaphase-Transition-by-Inactivating-pone.0159646.s003.ogv 6.0秒, 106 × 92；67 KB
  
• Dynein-Light-Intermediate-Chain-2-Facilitates-the-Metaphase-to-Anaphase-Transition-by-Inactivating-pone.0159646.s004.ogv 11秒, 86 × 84；124 KB
  
• Dynein-Light-Intermediate-Chain-2-Facilitates-the-Metaphase-to-Anaphase-Transition-by-Inactivating-pone.0159646.s005.ogv 17秒, 84 × 78；232 KB
  
• Interplay-of-active-processes-modulates-tension-and-drives-phase-transition-in-self-renewing-motor-ncomms10323-s2.ogv 5.5秒, 1,000 × 1,000；8.01 MB
  
• Interplay-of-active-processes-modulates-tension-and-drives-phase-transition-in-self-renewing-motor-ncomms10323-s3.ogv 10秒, 1,000 × 1,000；23.57 MB
  
• Interplay-of-active-processes-modulates-tension-and-drives-phase-transition-in-self-renewing-motor-ncomms10323-s4.ogv 23秒, 1,000 × 1,000；48.23 MB
  
• Interplay-of-active-processes-modulates-tension-and-drives-phase-transition-in-self-renewing-motor-ncomms10323-s5.ogv 10秒, 512 × 512；1.05 MB
  
• Interplay-of-active-processes-modulates-tension-and-drives-phase-transition-in-self-renewing-motor-ncomms10323-s6.ogv 1分15秒, 512 × 512；15.49 MB
  
• Lamellipodia-and-Membrane-Blebs-Drive-Efficient-Electrotactic-Migration-of-Rat-Walker-pone.0149133.s002.ogv 21秒, 972 × 856；897 KB
  
• Lamellipodia-and-Membrane-Blebs-Drive-Efficient-Electrotactic-Migration-of-Rat-Walker-pone.0149133.s003.ogv 10秒, 824 × 864；1.38 MB
  
• Lamellipodia-and-Membrane-Blebs-Drive-Efficient-Electrotactic-Migration-of-Rat-Walker-pone.0149133.s004.ogv 6.0秒, 1,024 × 768；3.47 MB
  
• Lamellipodia-and-Membrane-Blebs-Drive-Efficient-Electrotactic-Migration-of-Rat-Walker-pone.0149133.s005.ogv 6.0秒, 1,024 × 768；1.71 MB
  
• Lamellipodia-and-Membrane-Blebs-Drive-Efficient-Electrotactic-Migration-of-Rat-Walker-pone.0149133.s006.ogv 19秒, 1,024 × 768；6.54 MB
  
• Lamellipodia-and-Membrane-Blebs-Drive-Efficient-Electrotactic-Migration-of-Rat-Walker-pone.0149133.s007.ogv 13秒, 1,024 × 768；4.34 MB
  
• MEDYAN-Mechanochemical-Simulations-of-Contraction-and-Polarity-Alignment-in-Actomyosin-Networks-pcbi.1004877.s007.ogv 13秒, 528 × 480；5.12 MB
  
• MEDYAN-Mechanochemical-Simulations-of-Contraction-and-Polarity-Alignment-in-Actomyosin-Networks-pcbi.1004877.s008.ogv 13秒, 528 × 480；5.05 MB
  
• MEDYAN-Mechanochemical-Simulations-of-Contraction-and-Polarity-Alignment-in-Actomyosin-Networks-pcbi.1004877.s009.ogv 13秒, 528 × 480；2.42 MB
  
• MEDYAN-Mechanochemical-Simulations-of-Contraction-and-Polarity-Alignment-in-Actomyosin-Networks-pcbi.1004877.s010.ogv 4.2秒, 528 × 480；1.79 MB
  
• 
  MotB.png 762 × 530；175 KB
  
• 
  Motorproteine in Aktion.png 768 × 419；195 KB
  
• MTB-3-a-Microtubule-Plus-End-Tracking-Protein-(+TIP)-of-Neurospora-crassa-pone.0070655.s001.ogv 1.5秒, 655 × 193；528 KB
  
• MTB-3-a-Microtubule-Plus-End-Tracking-Protein-(+TIP)-of-Neurospora-crassa-pone.0070655.s002.ogv 7.0秒, 336 × 136；114 KB
  
• Myosin-phosphatase-Fine-tunes-Zebrafish-Motoneuron-Position-during-Axonogenesis-pgen.1006440.s001.ogv 8.3秒, 138 × 198；68 KB
  
• 
  Myosin.png 660 × 440；51 KB
  
• 
  MyosinUnrootedTree.jpg 2,374 × 1,673；346 KB
  
• 
  PBB Protein MYH7 image.jpg 500 × 500；27 KB
  
• Self-organization-of-waves-and-pulse-trains-by-molecular-motors-in-cellular-protrusions-srep13521-s2.ogv 8.0秒, 493 × 644；440 KB
  
• Single-molecule-theory-and-experiments-an-introduction-1477-3155-11-S1-S1-S2.ogv 11秒, 768 × 576；723 KB
  
• Targeting-the-motor-regulator-Klar-to-lipid-droplets-1471-2121-12-9-S1.ogv 8.3秒, 1,024 × 512；18.24 MB
  
• Targeting-the-motor-regulator-Klar-to-lipid-droplets-1471-2121-12-9-S2.ogv 17秒, 256 × 590；8.62 MB
  
• The-expanded-CAG-repeat-in-the-huntingtin-gene-as-target-for-therapeutic-RNA-modulation-throughout-pone.0171127.s006.ogv 6.5秒, 1,280 × 1,024；2.16 MB
  
• The-expanded-CAG-repeat-in-the-huntingtin-gene-as-target-for-therapeutic-RNA-modulation-throughout-pone.0171127.s007.ogv 27秒, 1,280 × 1,024；5.41 MB
  
• The-expanded-CAG-repeat-in-the-huntingtin-gene-as-target-for-therapeutic-RNA-modulation-throughout-pone.0171127.s008.ogv 7.4秒, 1,280 × 1,024；2.49 MB
  
• The-Formation-of-Stromules-In-Vitro-from-Chloroplasts-Isolated-from-Nicotiana-benthamiana-pone.0146489.s001.ogv 6.0秒, 512 × 512；1.21 MB
  
• The-Formation-of-Stromules-In-Vitro-from-Chloroplasts-Isolated-from-Nicotiana-benthamiana-pone.0146489.s002.ogv 5.0秒, 512 × 512；708 KB
  
• The-Formation-of-Stromules-In-Vitro-from-Chloroplasts-Isolated-from-Nicotiana-benthamiana-pone.0146489.s003.ogv 31秒, 512 × 512；4.84 MB
  
• The-Formation-of-Stromules-In-Vitro-from-Chloroplasts-Isolated-from-Nicotiana-benthamiana-pone.0146489.s004.ogv 12秒, 262 × 265；1.46 MB
  
• The-Formation-of-Stromules-In-Vitro-from-Chloroplasts-Isolated-from-Nicotiana-benthamiana-pone.0146489.s005.ogv 24秒, 285 × 285；654 KB
  
• The-Formation-of-Stromules-In-Vitro-from-Chloroplasts-Isolated-from-Nicotiana-benthamiana-pone.0146489.s006.ogv 12秒, 265 × 269；818 KB
  
• TumRacGAP-functions-as-a-switch-activating-the-Pavkinesin-6-motor-ncomms11182-s3.ogv 4.9秒, 320 × 180；35 KB
  
• TumRacGAP-functions-as-a-switch-activating-the-Pavkinesin-6-motor-ncomms11182-s4.ogv 3.1秒, 320 × 180；18 KB
  
• TumRacGAP-functions-as-a-switch-activating-the-Pavkinesin-6-motor-ncomms11182-s5.ogv 5.7秒, 360 × 180；39 KB
  
• TumRacGAP-functions-as-a-switch-activating-the-Pavkinesin-6-motor-ncomms11182-s8.ogv 4.3秒, 320 × 180；18 KB