Category:Cell proliferation

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Файли в категорії «Cell proliferation»

Показано 200 файлів цієї категорії (із 570).

• 3D-Multi-Cell-Simulation-of-Tumor-Growth-and-Angiogenesis-pone.0007190.s002.ogv 40с, 300×300; 8,51 МБ
  
• 3D-Multi-Cell-Simulation-of-Tumor-Growth-and-Angiogenesis-pone.0007190.s003.ogv 40с, 270×270; 7,73 МБ
  
• 8p22-MTUS1-Gene-Product-ATIP3-Is-a-Novel-Anti-Mitotic-Protein-Underexpressed-in-Invasive-Breast-pone.0007239.s006.ogv 29с, 220×220; 1,41 МБ
  
• 8p22-MTUS1-Gene-Product-ATIP3-Is-a-Novel-Anti-Mitotic-Protein-Underexpressed-in-Invasive-Breast-pone.0007239.s007.ogv 21с, 220×220; 549 КБ
  
• A-Branching-Process-to-Characterize-the-Dynamics-of-Stem-Cell-Differentiation-srep13265-s2.ogv 1хв 40с, 364×720; 1,95 МБ
  
• A-Branching-Process-to-Characterize-the-Dynamics-of-Stem-Cell-Differentiation-srep13265-s3.ogv 1хв 32с, 364×720; 1,88 МБ
  
• A-Cellular-Automata-Based-Mathematical-Model-for-Thymocyte-Development-pone.0008233.s001.ogv 1хв 52с, 316×392; 8,8 МБ
  
• A-Cellular-Automata-Based-Mathematical-Model-for-Thymocyte-Development-pone.0008233.s002.ogv 1хв 52с, 316×392; 6,04 МБ
  
• A-Cellular-Automata-Based-Mathematical-Model-for-Thymocyte-Development-pone.0008233.s003.ogv 1хв 52с, 316×392; 10,33 МБ
  
• A-Comprehensive-Model-of-the-Spatio-Temporal-Stem-Cell-and-Tissue-Organisation-in-the-Intestinal-pcbi.1001045.s004.ogv 54с, 300×400; 12,68 МБ
  
• A-Comprehensive-Model-of-the-Spatio-Temporal-Stem-Cell-and-Tissue-Organisation-in-the-Intestinal-pcbi.1001045.s005.ogv 58с, 300×400; 10,89 МБ
  
• A-Comprehensive-Panel-of-Three-Dimensional-Models-for-Studies-of-Prostate-Cancer-Growth-Invasion-pone.0010431.s013.ogv 1хв 6с, 524×384; 8,71 МБ
  
• A-GRFa2Prop1Stem-(GPS)-Cell-Niche-in-the-Pituitary-pone.0004815.s005.ogv 15с, 768×576; 1,72 МБ
  
• A-GRFa2Prop1Stem-(GPS)-Cell-Niche-in-the-Pituitary-pone.0004815.s006.ogv 15с, 768×576; 3,35 МБ
  
• A-GRFa2Prop1Stem-(GPS)-Cell-Niche-in-the-Pituitary-pone.0004815.s007.ogv 17с, 768×576; 1,09 МБ
  
• A-GRFa2Prop1Stem-(GPS)-Cell-Niche-in-the-Pituitary-pone.0004815.s008.ogv 1хв 22с, 768×576; 4,09 МБ
  
• A-GRFa2Prop1Stem-(GPS)-Cell-Niche-in-the-Pituitary-pone.0004815.s009.ogv 1хв 5с, 768×576; 2,91 МБ
  
• A-GRFa2Prop1Stem-(GPS)-Cell-Niche-in-the-Pituitary-pone.0004815.s010.ogv 33с, 768×576; 2,39 МБ
  
• A-GRFa2Prop1Stem-(GPS)-Cell-Niche-in-the-Pituitary-pone.0004815.s011.ogv 20с, 700×524; 2,56 МБ
  
• A-loss-of-FUSTLS-function-leads-to-impaired-cellular-proliferation-cddis2014508x1.ogv 1хв 34с, 320×240; 3,86 МБ
  
• A-loss-of-FUSTLS-function-leads-to-impaired-cellular-proliferation-cddis2014508x2.ogv 1хв 34с, 320×240; 4,94 МБ
  
• A-Model-of-Ischemia-Induced-Neuroblast-Activation-in-the-Adult-Subventricular-Zone-pone.0005278.s009.ogv 5,2с, 976×816; 2,77 МБ
  
• A-Model-of-Ischemia-Induced-Neuroblast-Activation-in-the-Adult-Subventricular-Zone-pone.0005278.s010.ogv 20с, 356×314; 175 КБ
  
• A-Model-of-Ischemia-Induced-Neuroblast-Activation-in-the-Adult-Subventricular-Zone-pone.0005278.s011.ogv 20с, 356×314; 183 КБ
  
• A-New-Paradigm-for-MAPK-Structural-Interactions-of-hERK1-with-Mitochondria-in-HeLa-Cells-pone.0007541.s014.ogv 20с, 512×512; 155 КБ
  
• A-New-Paradigm-for-MAPK-Structural-Interactions-of-hERK1-with-Mitochondria-in-HeLa-Cells-pone.0007541.s015.ogv 10с, 512×512; 148 КБ
  
• A-novel-microtubule-de-stabilizing-complementarity-determining-region-C36L1-peptide-displays-srep14310-s2.ogv 25с, 1920×1080; 8,73 МБ
  
• A-novel-microtubule-de-stabilizing-complementarity-determining-region-C36L1-peptide-displays-srep14310-s3.ogv 6,3с, 1920×1080; 342 КБ
  
• A-novel-microtubule-de-stabilizing-complementarity-determining-region-C36L1-peptide-displays-srep14310-s4.ogv 6,3с, 1920×1080; 1,05 МБ
  
• A-novel-microtubule-de-stabilizing-complementarity-determining-region-C36L1-peptide-displays-srep14310-s5.ogv 3,2с, 1920×1080; 1,53 МБ
  
• A-novel-microtubule-de-stabilizing-complementarity-determining-region-C36L1-peptide-displays-srep14310-s6.ogv 3,2с, 1920×1080; 2,12 МБ
  
• A-Novel-Microtubule-Inhibitor-4SC-207-with-Anti-Proliferative-Activity-in-Taxane-Resistant-Cells-pone.0079594.s001.ogv 5,3с, 315×306; 271 КБ
  
• A-Novel-Microtubule-Inhibitor-4SC-207-with-Anti-Proliferative-Activity-in-Taxane-Resistant-Cells-pone.0079594.s002.ogv 8,9с, 240×240; 160 КБ
  
• A-Novel-Microtubule-Inhibitor-4SC-207-with-Anti-Proliferative-Activity-in-Taxane-Resistant-Cells-pone.0079594.s003.ogv 9,9с, 378×258; 230 КБ
  
• A-Novel-Microtubule-Inhibitor-4SC-207-with-Anti-Proliferative-Activity-in-Taxane-Resistant-Cells-pone.0079594.s004.ogv 8,6с, 246×246; 125 КБ
  
• A-Novel-Microtubule-Inhibitor-4SC-207-with-Anti-Proliferative-Activity-in-Taxane-Resistant-Cells-pone.0079594.s005.ogv 17с, 374×441; 2,29 МБ
  
• A-Novel-Microtubule-Inhibitor-4SC-207-with-Anti-Proliferative-Activity-in-Taxane-Resistant-Cells-pone.0079594.s006.ogv 17с, 364×307; 1,52 МБ
  
• A-Novel-Microtubule-Inhibitor-4SC-207-with-Anti-Proliferative-Activity-in-Taxane-Resistant-Cells-pone.0079594.s007.ogv 17с, 374×298; 1,48 МБ
  
• A-Tubular-Biomaterial-Construct-Exhibiting-a-Negative-Poissons-Ratio-pone.0155681.s001.ogv 30с, 640×480; 1,53 МБ
  
• A-Tubular-Biomaterial-Construct-Exhibiting-a-Negative-Poissons-Ratio-pone.0155681.s002.ogv 22с, 640×480; 1,63 МБ
  
• A-Universal-System-for-Highly-Efficient-Cardiac-Differentiation-of-Human-Induced-Pluripotent-Stem-pone.0018293.s012.ogv 29с, 960×720; 3,26 МБ
  
• A-Universal-System-for-Highly-Efficient-Cardiac-Differentiation-of-Human-Induced-Pluripotent-Stem-pone.0018293.s013.ogv 30с, 960×720; 7,96 МБ
  
• A-Universal-System-for-Highly-Efficient-Cardiac-Differentiation-of-Human-Induced-Pluripotent-Stem-pone.0018293.s014.ogv 11с, 560×416; 3,86 МБ
  
• A-Universal-System-for-Highly-Efficient-Cardiac-Differentiation-of-Human-Induced-Pluripotent-Stem-pone.0018293.s015.ogv 16с, 560×416; 3,01 МБ
  
• A-workflow-to-process-3D+time-microscopy-images-of-developing-organisms-and-reconstruct-their-cell-ncomms9674-s10.ogv 8,9с, 818×500; 1,55 МБ
  
• A-workflow-to-process-3D+time-microscopy-images-of-developing-organisms-and-reconstruct-their-cell-ncomms9674-s11.ogv 2хв 52с, 1152×720; 9,73 МБ
  
• A-workflow-to-process-3D+time-microscopy-images-of-developing-organisms-and-reconstruct-their-cell-ncomms9674-s12.ogv 36с, 836×500; 14,04 МБ
  
• A-workflow-to-process-3D+time-microscopy-images-of-developing-organisms-and-reconstruct-their-cell-ncomms9674-s13.ogv 6,6с, 672×500; 1,48 МБ
  
• A-workflow-to-process-3D+time-microscopy-images-of-developing-organisms-and-reconstruct-their-cell-ncomms9674-s14.ogv 8,9с, 742×500; 1,97 МБ
  
• A-workflow-to-process-3D+time-microscopy-images-of-developing-organisms-and-reconstruct-their-cell-ncomms9674-s2.ogv 36с, 1348×500; 18,81 МБ
  
• A-workflow-to-process-3D+time-microscopy-images-of-developing-organisms-and-reconstruct-their-cell-ncomms9674-s3.ogv 6,7с, 634×500; 1006 КБ
  
• A-workflow-to-process-3D+time-microscopy-images-of-developing-organisms-and-reconstruct-their-cell-ncomms9674-s4.ogv 9,1с, 634×500; 2,18 МБ
  
• A-workflow-to-process-3D+time-microscopy-images-of-developing-organisms-and-reconstruct-their-cell-ncomms9674-s5.ogv 36с, 932×500; 17,99 МБ
  
• A-workflow-to-process-3D+time-microscopy-images-of-developing-organisms-and-reconstruct-their-cell-ncomms9674-s6.ogv 6,6с, 764×500; 1,87 МБ
  
• A-workflow-to-process-3D+time-microscopy-images-of-developing-organisms-and-reconstruct-their-cell-ncomms9674-s7.ogv 8,9с, 972×502; 1,57 МБ
  
• A-workflow-to-process-3D+time-microscopy-images-of-developing-organisms-and-reconstruct-their-cell-ncomms9674-s8.ogv 27с, 850×500; 8,76 МБ
  
• A-workflow-to-process-3D+time-microscopy-images-of-developing-organisms-and-reconstruct-their-cell-ncomms9674-s9.ogv 6,6с, 672×500; 511 КБ
  
• Adaptive-Müller-cell-responses-to-microglial-activation-mediate-neuroprotection-and-coordinate-1742-2094-8-173-S1.ogv 22с, 1244×1084; 6,96 МБ
  
• Adaptive-Müller-cell-responses-to-microglial-activation-mediate-neuroprotection-and-coordinate-1742-2094-8-173-S2.ogv 16с, 636×932; 4,93 МБ
  
• Adaptive-Müller-cell-responses-to-microglial-activation-mediate-neuroprotection-and-coordinate-1742-2094-8-173-S3.ogv 16с, 636×984; 3,46 МБ
  
• Adhesion-Molecule-Expression-and-Function-of-Primary-Endothelial-Cells-in-Benign-and-Malignant-pone.0091808.s001.ogv 20с, 640×480; 5,08 МБ
  
• Adhesion-Molecule-Expression-and-Function-of-Primary-Endothelial-Cells-in-Benign-and-Malignant-pone.0091808.s002.ogv 20с, 640×480; 12,58 МБ
  
• Adhesion-Molecule-Expression-and-Function-of-Primary-Endothelial-Cells-in-Benign-and-Malignant-pone.0091808.s003.ogv 20с, 640×480; 9,16 МБ
  
• Advances-in-establishment-and-analysis-of-three-dimensional-tumor-spheroid-based-functional-assays-1741-7007-10-29-S4.ogv 29с, 853×480; 3,22 МБ
  
• Advances-in-establishment-and-analysis-of-three-dimensional-tumor-spheroid-based-functional-assays-1741-7007-10-29-S5.ogv 13с, 853×480; 795 КБ
  
• Advances-in-establishment-and-analysis-of-three-dimensional-tumor-spheroid-based-functional-assays-1741-7007-10-29-S6.ogv 12с, 853×480; 270 КБ
  
• An-Emerging-Allee-Effect-Is-Critical-for-Tumor-Initiation-and-Persistence-pcbi.1004366.s003.ogv 36с, 180×180; 591 КБ
  
• An-Emerging-Allee-Effect-Is-Critical-for-Tumor-Initiation-and-Persistence-pcbi.1004366.s004.ogv 36с, 180×180; 1,38 МБ
  
• An-oncogenic-role-of-Agrin-in-regulating-focal-adhesion-integrity-in-hepatocellular-carcinoma-ncomms7184-s2.ogv 2,1с, 256×256; 87 КБ
  
• An-oncogenic-role-of-Agrin-in-regulating-focal-adhesion-integrity-in-hepatocellular-carcinoma-ncomms7184-s3.ogv 2,3с, 696×693; 398 КБ
  
• An-oncogenic-role-of-Agrin-in-regulating-focal-adhesion-integrity-in-hepatocellular-carcinoma-ncomms7184-s4.ogv 1,4с, 693×693; 350 КБ
  
• An-oncogenic-role-of-Agrin-in-regulating-focal-adhesion-integrity-in-hepatocellular-carcinoma-ncomms7184-s5.ogv 2,1с, 256×256; 48 КБ
  
• An-oncogenic-role-of-Agrin-in-regulating-focal-adhesion-integrity-in-hepatocellular-carcinoma-ncomms7184-s6.ogv 2,1с, 256×256; 81 КБ
  
• Aneuploidy-causes-premature-differentiation-of-neural-and-intestinal-stem-cells-ncomms9894-s2.ogv 8,0с, 500×588; 1,78 МБ
  
• Aneuploidy-causes-premature-differentiation-of-neural-and-intestinal-stem-cells-ncomms9894-s3.ogv 7,3с, 500×593; 1,58 МБ
  
• Aneuploidy-causes-premature-differentiation-of-neural-and-intestinal-stem-cells-ncomms9894-s4.ogv 9,1с, 500×705; 1,64 МБ
  
• Aneuploidy-causes-premature-differentiation-of-neural-and-intestinal-stem-cells-ncomms9894-s5.ogv 7,1с, 500×739; 1,21 МБ
  
• Aneuploidy-causes-premature-differentiation-of-neural-and-intestinal-stem-cells-ncomms9894-s6.ogv 10с, 500×872; 2,75 МБ
  
• Aneuploidy-causes-premature-differentiation-of-neural-and-intestinal-stem-cells-ncomms9894-s7.ogv 8,7с, 500×717; 2,77 МБ
  
• Anti-Angiogenic-and-Anti-Inflammatory-Properties-of-Kahweol-a-Coffee-Diterpene-pone.0023407.s001.ogv 5,2с, 1280×800; 1,75 МБ
  
• ASB9-interacts-with-ubiquitous-mitochondrial-creatine-kinase-and-inhibits-mitochondrial-function-1741-7007-8-23-S1.ogv 4,2с, 410×406; 150 КБ
  
• ASB9-interacts-with-ubiquitous-mitochondrial-creatine-kinase-and-inhibits-mitochondrial-function-1741-7007-8-23-S2.ogv 4,2с, 411×390; 74 КБ
  
• Automated-measurement-of-cell-motility-and-proliferation-1471-2121-6-19-S1.ogv 38с, 320×240; 2,43 МБ
  
• Automated-measurement-of-cell-motility-and-proliferation-1471-2121-6-19-S2.ogv 1хв 19с, 320×240; 687 КБ
  
• Automated-measurement-of-cell-motility-and-proliferation-1471-2121-6-19-S3.ogv 1хв 51с, 720×480; 1,23 МБ
  
• BFGF-Regulates-PI3-Kinase-Rac1-JNK-Pathway-and-Promotes-Fibroblast-Migration-in-Wound-Healing-pone.0012228.s001.ogv 19с, 450×375; 3,58 МБ
  
• BFGF-Regulates-PI3-Kinase-Rac1-JNK-Pathway-and-Promotes-Fibroblast-Migration-in-Wound-Healing-pone.0012228.s002.ogv 24с, 450×375; 3,56 МБ
  
• Bipolarrod-shaped-microglia-are-proliferating-microglia-with-distinct-M1M2-phenotypes-srep07279-s2.ogv 26с, 320×240; 177 КБ
  
• Bipolarrod-shaped-microglia-are-proliferating-microglia-with-distinct-M1M2-phenotypes-srep07279-s3.ogv 24с, 320×240; 162 КБ
  
• Breast-and-other-cancer-dormancy-as-a-therapeutic-endpoint-speculative-recombinant-T-cell-receptor-1471-2407-10-251-S1.ogv 54с, 640×480; 507 КБ
  
• Brusatol-provokes-a-rapid-and-transient-inhibition-of-Nrf2-signaling-and-sensitizes-mammalian-cells-mmc2.ogv 1хв 52с, 640×480; 5,96 МБ
  
• CEBPbeta-2-confers-EGF-independent-growth-and-disrupts-the-normal-acinar-architecture-of-human-1476-4598-4-43-S1.ogv 3,5с, 640×480; 118 КБ
  
• CEBPbeta-2-confers-EGF-independent-growth-and-disrupts-the-normal-acinar-architecture-of-human-1476-4598-4-43-S2.ogv 11с, 640×480; 202 КБ
  
• CEBPbeta-2-confers-EGF-independent-growth-and-disrupts-the-normal-acinar-architecture-of-human-1476-4598-4-43-S3.ogv 5,0с, 640×480; 108 КБ
  
• CEBPbeta-2-confers-EGF-independent-growth-and-disrupts-the-normal-acinar-architecture-of-human-1476-4598-4-43-S4.ogv 9,5с, 640×480; 269 КБ
  
• CEBPbeta-2-confers-EGF-independent-growth-and-disrupts-the-normal-acinar-architecture-of-human-1476-4598-4-43-S5.ogv 6,0с, 640×480; 54 КБ
  
• CEBPbeta-2-confers-EGF-independent-growth-and-disrupts-the-normal-acinar-architecture-of-human-1476-4598-4-43-S6.ogv 11с, 640×480; 125 КБ
  
• CEBPbeta-2-confers-EGF-independent-growth-and-disrupts-the-normal-acinar-architecture-of-human-1476-4598-4-43-S7.ogv 14с, 640×480; 199 КБ
  
• 
  Cell proliferation.jpg 1557 × 876; 96 КБ
  
• Cellular-Growth-Arrest-and-Persistence-from-Enzyme-Saturation-pcbi.1004825.s012.ogv 35с, 800×600; 5,5 МБ
  
• Cellular-Growth-Arrest-and-Persistence-from-Enzyme-Saturation-pcbi.1004825.s013.ogv 15с, 800×600; 865 КБ
  
• Cellular-Growth-Arrest-and-Persistence-from-Enzyme-Saturation-pcbi.1004825.s014.ogv 34с, 800×600; 2,66 МБ
  
• Cellular-Growth-Arrest-and-Persistence-from-Enzyme-Saturation-pcbi.1004825.s015.ogv 31с, 800×600; 2,95 МБ
  
• Characterization-of-stemprogenitor-cell-cycle-using-murine-circumvallate-papilla-tastebud-organoid-srep17185-s1.ogv 6,9с, 1024×1024; 1,16 МБ
  
• Characterization-of-stemprogenitor-cell-cycle-using-murine-circumvallate-papilla-tastebud-organoid-srep17185-s2.ogv 6,4с, 1024×1024; 3,11 МБ
  
• Characterization-of-stemprogenitor-cell-cycle-using-murine-circumvallate-papilla-tastebud-organoid-srep17185-s3.ogv 4,7с, 1024×1024; 2,57 МБ
  
• Characterization-of-stemprogenitor-cell-cycle-using-murine-circumvallate-papilla-tastebud-organoid-srep17185-s4.ogv 9,5с, 512×512; 2,33 МБ
  
• Characterization-of-stemprogenitor-cell-cycle-using-murine-circumvallate-papilla-tastebud-organoid-srep17185-s5.ogv 4,7с, 1024×1024; 6,55 МБ
  
• Characterization-of-stemprogenitor-cell-cycle-using-murine-circumvallate-papilla-tastebud-organoid-srep17185-s6.ogv 9,5с, 512×512; 4,93 МБ
  
• Characterization-of-stemprogenitor-cell-cycle-using-murine-circumvallate-papilla-tastebud-organoid-srep17185-s7.ogv 4,7с, 1024×1024; 1,13 МБ
  
• Characterization-of-stemprogenitor-cell-cycle-using-murine-circumvallate-papilla-tastebud-organoid-srep17185-s8.ogv 13с, 1024×1024; 3,8 МБ
  
• Characterization-of-stemprogenitor-cell-cycle-using-murine-circumvallate-papilla-tastebud-organoid-srep17185-s9.ogv 19с, 512×512; 3,32 МБ
  
• Computer-Simulation-of-Cellular-Patterning-Within-the-Drosophila-Pupal-Eye-pcbi.1000841.s008.ogv 49с, 600×600; 18,59 МБ
  
• Computer-Simulation-of-Cellular-Patterning-Within-the-Drosophila-Pupal-Eye-pcbi.1000841.s009.ogv 49с, 600×600; 19,25 МБ
  
• Computer-Simulation-of-Cellular-Patterning-Within-the-Drosophila-Pupal-Eye-pcbi.1000841.s010.ogv 48с, 600×600; 19,92 МБ
  
• Connexin-36-Expression-Regulates-Neuronal-Differentiation-from-Neural-Progenitor-Cells-pone.0014746.s004.ogv 9,1с, 1024×1024; 2,2 МБ
  
• Connexin-36-Expression-Regulates-Neuronal-Differentiation-from-Neural-Progenitor-Cells-pone.0014746.s005.ogv 9,1с, 1024×1024; 2,4 МБ
  
• Contribution-of-Caspase(s)-to-the-Cell-Cycle-Regulation-at-Mitotic-Phase-pone.0018449.s002.ogv 24с, 450×376; 318 КБ
  
• Contribution-of-Caspase(s)-to-the-Cell-Cycle-Regulation-at-Mitotic-Phase-pone.0018449.s003.ogv 24с, 450×376; 426 КБ
  
• Contribution-of-Caspase(s)-to-the-Cell-Cycle-Regulation-at-Mitotic-Phase-pone.0018449.s004.ogv 24с, 450×376; 470 КБ
  
• Contribution-of-Caspase(s)-to-the-Cell-Cycle-Regulation-at-Mitotic-Phase-pone.0018449.s005.ogv 24с, 450×376; 428 КБ
  
• Contribution-of-Caspase(s)-to-the-Cell-Cycle-Regulation-at-Mitotic-Phase-pone.0018449.s006.ogv 24с, 450×376; 477 КБ
  
• Contribution-of-Caspase(s)-to-the-Cell-Cycle-Regulation-at-Mitotic-Phase-pone.0018449.s007.ogv 49с, 680×512; 2,09 МБ
  
• Contribution-of-Caspase(s)-to-the-Cell-Cycle-Regulation-at-Mitotic-Phase-pone.0018449.s008.ogv 49с, 680×512; 1,41 МБ
  
• Coordination-of-Cellular-Dynamics-Contributes-to-Tooth-Epithelium-Deformations-pone.0161336.s009.ogv 45с, 960×720; 7,02 МБ
  
• Coordination-of-Cellular-Dynamics-Contributes-to-Tooth-Epithelium-Deformations-pone.0161336.s010.ogv 50с, 1006×968; 12,7 МБ
  
• Coordination-of-Cellular-Dynamics-Contributes-to-Tooth-Epithelium-Deformations-pone.0161336.s011.ogv 27с, 1354×540; 10,08 МБ
  
• Coordination-of-Cellular-Dynamics-Contributes-to-Tooth-Epithelium-Deformations-pone.0161336.s012.ogv 20с, 1024×1024; 2,78 МБ
  
• Coordination-of-Cellular-Dynamics-Contributes-to-Tooth-Epithelium-Deformations-pone.0161336.s013.ogv 30с, 715×720; 12,23 МБ
  
• Cup-Shaped-Superparamagnetic-Hemispheres-for-Size-Selective-Cell-Filtration-srep06362-s2.ogv 2хв 0с, 640×480; 11,07 МБ
  
• Cup-Shaped-Superparamagnetic-Hemispheres-for-Size-Selective-Cell-Filtration-srep06362-s3.ogv 2хв 0с, 640×480; 5,55 МБ
  
• Cup-Shaped-Superparamagnetic-Hemispheres-for-Size-Selective-Cell-Filtration-srep06362-s4.ogv 50с, 640×428; 907 КБ
  
• Cytokeratin-8-ectoplasmic-domain-binds-urokinase-type-plasminogen-activator-to-breast-tumor-cells-1476-4598-8-88-S2.ogv 40с, 240×180; 1,19 МБ
  
• Cytokeratin-8-ectoplasmic-domain-binds-urokinase-type-plasminogen-activator-to-breast-tumor-cells-1476-4598-8-88-S3.ogv 40с, 240×180; 2,02 МБ
  
• Dedifferentiation-and-Proliferation-of-Mammalian-Cardiomyocytes-pone.0012559.s007.ogv 6,9с, 640×480; 1,14 МБ
  
• Dedifferentiation-and-Proliferation-of-Mammalian-Cardiomyocytes-pone.0012559.s008.ogv 9,0с, 640×480; 1,75 МБ
  
• Dedifferentiation-and-Proliferation-of-Mammalian-Cardiomyocytes-pone.0012559.s009.ogv 11с, 640×480; 850 КБ
  
• Dedifferentiation-and-Proliferation-of-Mammalian-Cardiomyocytes-pone.0012559.s010.ogv 4,0с, 640×480; 934 КБ
  
• Dedifferentiation-and-Proliferation-of-Mammalian-Cardiomyocytes-pone.0012559.s011.ogv 12с, 640×480; 1,21 МБ
  
• Detection-of-Intra-Tumor-Self-Antigen-Recognition-during-Melanoma-Tumor-Progression-in-Mice-Using-pone.0021214.s005.ogv 10с, 332×332; 527 КБ
  
• Detection-of-Intra-Tumor-Self-Antigen-Recognition-during-Melanoma-Tumor-Progression-in-Mice-Using-pone.0021214.s006.ogv 2,8с, 548×568; 1,34 МБ
  
• Detection-of-Intra-Tumor-Self-Antigen-Recognition-during-Melanoma-Tumor-Progression-in-Mice-Using-pone.0021214.s007.ogv 6,6с, 746×348; 1,01 МБ
  
• Detection-of-Intra-Tumor-Self-Antigen-Recognition-during-Melanoma-Tumor-Progression-in-Mice-Using-pone.0021214.s008.ogv 6,4с, 748×460; 1,92 МБ
  
• Detection-of-Intra-Tumor-Self-Antigen-Recognition-during-Melanoma-Tumor-Progression-in-Mice-Using-pone.0021214.s009.ogv 7,6с, 644×452; 1,13 МБ
  
• Detection-of-Intra-Tumor-Self-Antigen-Recognition-during-Melanoma-Tumor-Progression-in-Mice-Using-pone.0021214.s010.ogv 10с, 600×448; 939 КБ
  
• Differential-Effects-of-Tissue-Culture-Coating-Substrates-on-Prostate-Cancer-Cell-Adherence-pone.0112122.s006.ogv 39с, 1388×1040; 6,65 МБ
  
• Differential-Effects-of-Tissue-Culture-Coating-Substrates-on-Prostate-Cancer-Cell-Adherence-pone.0112122.s007.ogv 39с, 1388×1040; 11,03 МБ
  
• Differential-Effects-of-Tissue-Culture-Coating-Substrates-on-Prostate-Cancer-Cell-Adherence-pone.0112122.s008.ogv 39с, 1388×1040; 6,86 МБ
  
• Differential-Effects-of-Tissue-Culture-Coating-Substrates-on-Prostate-Cancer-Cell-Adherence-pone.0112122.s009.ogv 39с, 1388×1040; 6,86 МБ
  
• Differential-Effects-of-Tissue-Culture-Coating-Substrates-on-Prostate-Cancer-Cell-Adherence-pone.0112122.s010.ogv 39с, 426×240; 2,35 МБ
  
• Differential-Effects-of-Tissue-Culture-Coating-Substrates-on-Prostate-Cancer-Cell-Adherence-pone.0112122.s011.ogv 39с, 1388×1040; 5,96 МБ
  
• Direct-tumor-recognition-by-a-human-CD4+-T-cell-subset-potently-mediates-tumor-growth-inhibition-srep14896-s2.ogv 18с, 365×363; 2,68 МБ
  
• Distinct-Cytoplasmic-and-Nuclear-Functions-of-the-Stress-Induced-Protein-DDIT3CHOPGADD153-pone.0033208.s010.ogv 30с, 480×360; 85 КБ
  
• Division-of-labour-in-response-to-host-oxidative-burst-drives-a-fatal-Cryptococcus-gattii-outbreak-ncomms6194-s2.ogv 8,0с, 500×447; 171 КБ
  
• Double-sieving-defective-aminoacyl-tRNA-synthetase-causes-protein-mistranslation-and-affects-ncomms6650-s2.ogv 29с, 480×360; 761 КБ
  
• Drug-induced-cell-cycle-modulation-leading-to-cell-cycle-arrest-nuclear-mis-segregation-or-1471-2121-12-2-S11.ogv 19с, 320×320; 2,31 МБ
  
• Drug-induced-cell-cycle-modulation-leading-to-cell-cycle-arrest-nuclear-mis-segregation-or-1471-2121-12-2-S3.ogv 26с, 340×384; 4,65 МБ
  
• Drug-induced-cell-cycle-modulation-leading-to-cell-cycle-arrest-nuclear-mis-segregation-or-1471-2121-12-2-S5.ogv 26с, 448×506; 5,45 МБ
  
• Drug-induced-cell-cycle-modulation-leading-to-cell-cycle-arrest-nuclear-mis-segregation-or-1471-2121-12-2-S6.ogv 26с, 448×506; 4,15 МБ
  
• Drug-induced-cell-cycle-modulation-leading-to-cell-cycle-arrest-nuclear-mis-segregation-or-1471-2121-12-2-S9.ogv 13с, 280×280; 991 КБ
  
• Dual-Action-of-BPC194-A-Membrane-Active-Peptide-Killing-Bacterial-Cells-pone.0061541.s001.ogv 3,5с, 589×444; 59 КБ
  
• Dual-Action-of-BPC194-A-Membrane-Active-Peptide-Killing-Bacterial-Cells-pone.0061541.s002.ogv 3,3с, 589×444; 39 КБ
  
• Dual-Action-of-BPC194-A-Membrane-Active-Peptide-Killing-Bacterial-Cells-pone.0061541.s003.ogv 3,3с, 589×444; 162 КБ
  
• Dynamic-in-vivo-imaging-and-cell-tracking-using-a-histone-fluorescent-protein-fusion-in-mice-1472-6750-4-33-S1.ogv 5,3с, 642×512; 481 КБ
  
• Dynamic-in-vivo-imaging-and-cell-tracking-using-a-histone-fluorescent-protein-fusion-in-mice-1472-6750-4-33-S10.ogv 11с, 521×512; 1,85 МБ
  
• Dynamic-in-vivo-imaging-and-cell-tracking-using-a-histone-fluorescent-protein-fusion-in-mice-1472-6750-4-33-S11.ogv 11с, 534×512; 2,38 МБ
  
• Dynamic-in-vivo-imaging-and-cell-tracking-using-a-histone-fluorescent-protein-fusion-in-mice-1472-6750-4-33-S2.ogv 6,2с, 566×512; 268 КБ
  
• Dynamic-in-vivo-imaging-and-cell-tracking-using-a-histone-fluorescent-protein-fusion-in-mice-1472-6750-4-33-S3.ogv 11с, 584×512; 1,01 МБ
  
• Dynamic-in-vivo-imaging-and-cell-tracking-using-a-histone-fluorescent-protein-fusion-in-mice-1472-6750-4-33-S4.ogv 2,7с, 540×512; 284 КБ
  
• Dynamic-in-vivo-imaging-and-cell-tracking-using-a-histone-fluorescent-protein-fusion-in-mice-1472-6750-4-33-S5.ogv 2,7с, 535×512; 418 КБ
  
• Dynamic-in-vivo-imaging-and-cell-tracking-using-a-histone-fluorescent-protein-fusion-in-mice-1472-6750-4-33-S6.ogv 4,9с, 786×576; 436 КБ
  
• Dynamic-in-vivo-imaging-and-cell-tracking-using-a-histone-fluorescent-protein-fusion-in-mice-1472-6750-4-33-S7.ogv 38с, 1280×1024; 9,61 МБ
  
• Dynamic-in-vivo-imaging-and-cell-tracking-using-a-histone-fluorescent-protein-fusion-in-mice-1472-6750-4-33-S8.ogv 9,8с, 512×504; 5,78 МБ
  
• Dynamic-in-vivo-imaging-and-cell-tracking-using-a-histone-fluorescent-protein-fusion-in-mice-1472-6750-4-33-S9.ogv 11с, 517×512; 1,42 МБ
  
• Elongation-proliferation-&-migration-differentiate-endothelial-cell-phenotypes-and-determine-1752-0509-3-13-S2.ogv 5,5с, 512×384; 17 КБ
  
• Elongation-proliferation-&-migration-differentiate-endothelial-cell-phenotypes-and-determine-1752-0509-3-13-S3.ogv 2,8с, 512×384; 56 КБ
  
• Elongation-proliferation-&-migration-differentiate-endothelial-cell-phenotypes-and-determine-1752-0509-3-13-S4.ogv 2,8с, 512×384; 95 КБ
  
• Emergent-Dynamics-of-Thymocyte-Development-and-Lineage-Determination-pcbi.0030013.sv001.ogv 31с, 800×600; 16,65 МБ
  
• Emergent-Dynamics-of-Thymocyte-Development-and-Lineage-Determination-pcbi.0030013.sv004.ogv 39с, 796×668; 2,03 МБ
  
• Emergent-Properties-of-Tumor-Microenvironment-in-a-Real-Life-Model-of-Multicell-Tumor-Spheroids-pone.0013942.s023.ogv 1хв 1с, 864×849; 9,11 МБ
  
• Emergent-Properties-of-Tumor-Microenvironment-in-a-Real-Life-Model-of-Multicell-Tumor-Spheroids-pone.0013942.s024.ogv 1хв 1с, 864×849; 29,31 МБ
  
• Emergent-Properties-of-Tumor-Microenvironment-in-a-Real-Life-Model-of-Multicell-Tumor-Spheroids-pone.0013942.s025.ogv 1хв 1с, 864×849; 32,84 МБ
  
• Endothelin-1-supports-clonal-derivation-and-expansion-of-cardiovascular-progenitors-derived-from-ncomms10774-s2.ogv 16с, 1392×1040; 24,67 МБ
  
• Enriched-environment-reduces-glioma-growth-through-immune-and-non-immune-mechanisms-in-mice-ncomms7623-s2.ogv 13с, 435×536; 555 КБ
  
• Enriched-environment-reduces-glioma-growth-through-immune-and-non-immune-mechanisms-in-mice-ncomms7623-s3.ogv 8,8с, 454×573; 932 КБ
  
• Enriched-environment-reduces-glioma-growth-through-immune-and-non-immune-mechanisms-in-mice-ncomms7623-s4.ogv 8,4с, 934×1024; 3,08 МБ
  
• Enriched-environment-reduces-glioma-growth-through-immune-and-non-immune-mechanisms-in-mice-ncomms7623-s5.ogv 7,2с, 579×469; 7,83 МБ
  
• Epithelial-Markers-aSMA-Krt14-and-Krt19-Unveil-Elements-of-Murine-Lacrimal-Gland-Morphogenesis-and-Video1.ogv 12с, 1148×1107; 1,34 МБ
  
• Epithelial-Markers-aSMA-Krt14-and-Krt19-Unveil-Elements-of-Murine-Lacrimal-Gland-Morphogenesis-and-Video2.ogv 15с, 1148×1107; 1,76 МБ
  
• Erk1-and-Erk2-Regulate-Endothelial-Cell-Proliferation-and-Migration-during-Mouse-Embryonic-pone.0008283.s011.ogv 12с, 1392×1040; 4,79 МБ
  
• Erk1-and-Erk2-Regulate-Endothelial-Cell-Proliferation-and-Migration-during-Mouse-Embryonic-pone.0008283.s012.ogv 12с, 1392×1040; 1,81 МБ
  
• Exploring-Hypotheses-of-the-Actions-of-TGF-1-in-Epidermal-Wound-Healing-Using-a-3D-Computational-pone.0008515.s001.ogv 1хв 5с, 768×576; 6,32 МБ
  
• Exploring-Hypotheses-of-the-Actions-of-TGF-β1-in-Epidermal-Wound-Healing-Using-a-3D-Computational-pone.0008515.s001.ogv 1хв 5с, 768×576; 6,32 МБ
  
• Fam40b-is-required-for-lineage-commitment-of-murine-embryonic-stem-cells-cddis2014273x4.ogv 21с, 1024×768; 677 КБ
  
• Fam40b-is-required-for-lineage-commitment-of-murine-embryonic-stem-cells-cddis2014273x5.ogv 20с, 1024×768; 344 КБ
  
• Fibronectin-Modulates-Cell-Adhesion-and-Signaling-to-Promote-Single-Cell-Migration-of-Highly-pone.0151338.s005.ogv 6,9с, 1279×1086; 3,34 МБ
  
• Fibronectin-Modulates-Cell-Adhesion-and-Signaling-to-Promote-Single-Cell-Migration-of-Highly-pone.0151338.s006.ogv 10с, 1279×1086; 2,87 МБ
  
• Fibronectin-Modulates-Cell-Adhesion-and-Signaling-to-Promote-Single-Cell-Migration-of-Highly-pone.0151338.s007.ogv 12с, 1350×1631; 21,27 МБ
  
• Fibronectin-Modulates-Cell-Adhesion-and-Signaling-to-Promote-Single-Cell-Migration-of-Highly-pone.0151338.s009.ogv 9,6с, 1353×569; 7,25 МБ
  
• Fli+-etsrp+-Hemato-Vascular-Progenitor-Cells-Proliferate-at-the-Lateral-Plate-Mesoderm-during-pone.0014732.s008.ogv 7,2с, 1388×1040; 1,36 МБ