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PLOS Biology

monatlich erscheinende, von Experten begutachtete wissenschaftliche Zeitschrift

Medium hochladen

Ist ein(e)

Zentrales Thema

Biologie

Ort

Vereinigte Staaten

Ursprungsland

Vereinigte Staaten

Verlag

Public Library of Science

Sprache des Werks, Namens oder Begriffes

Englisch

Lizenz

Hauptverwaltung

Lawrence

Datum der Gründung, Erstellung, Entstehung, Erbauung

13. Oktober 2003

offizielle Website

Normdatei
Q1771695 ISSN: 1544-9173, 1545-7885 ZooBank: Publikations-Identifikator: E7DDD4EC-C000-4613-A3BD-60B6A8158414
Reasonator Scholia Wikidocumentaries PetScan Statistik WikiMap Locator tool KML-Datei Nach diesem Motiv suchen

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Medien in der Kategorie „Media from PLOS Biology“

Folgende 200 Dateien sind in dieser Kategorie, von 2.036 insgesamt.

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10.1371 journal.pbio.1000005.g002-L.gif 569 × 432; 160 KB
24-Color 3D FISH Representation and Classification of Chromosomes in a Human G0 Fibroblast Nucleus 10.1371 journal.pbio.0030157.g001-M.jpg 575 × 600; 77 KB
3-OST-7-Regulates-BMP-Dependent-Cardiac-Contraction-pbio.1001727.s013.ogv 4,5 s, 720 × 486; 446 KB
3-OST-7-Regulates-BMP-Dependent-Cardiac-Contraction-pbio.1001727.s014.ogv 6,7 s, 720 × 486; 558 KB
3-OST-7-Regulates-BMP-Dependent-Cardiac-Contraction-pbio.1001727.s015.ogv 3,3 s, 720 × 486; 334 KB
3-OST-7-Regulates-BMP-Dependent-Cardiac-Contraction-pbio.1001727.s016.ogv 4,7 s, 720 × 486; 187 KB
3-OST-7-Regulates-BMP-Dependent-Cardiac-Contraction-pbio.1001727.s017.ogv 4,5 s, 720 × 486; 334 KB
3-OST-7-Regulates-BMP-Dependent-Cardiac-Contraction-pbio.1001727.s018.ogv 10 s, 720 × 486; 1,03 MB
3-OST-7-Regulates-BMP-Dependent-Cardiac-Contraction-pbio.1001727.s019.ogv 16 s, 46 × 92; 244 KB
3-OST-7-Regulates-BMP-Dependent-Cardiac-Contraction-pbio.1001727.s020.ogv 18 s, 128 × 128; 237 KB
3D-SIM-Super-Resolution-Microscopy-Reveals-a-Bead-Like-Arrangement-for-FtsZ-and-the-Division-pbio.1001389.s004.ogv 9,9 s, 1.540 × 905; 2,62 MB
3D-SIM-Super-Resolution-Microscopy-Reveals-a-Bead-Like-Arrangement-for-FtsZ-and-the-Division-pbio.1001389.s005.ogv 10 s, 1.540 × 906; 5,28 MB
3D-SIM-Super-Resolution-Microscopy-Reveals-a-Bead-Like-Arrangement-for-FtsZ-and-the-Division-pbio.1001389.s006.ogv 12 s, 1.920 × 1.080; 307 KB
A bumblebee (Bombus terrestris) worker with a transponder attached to its back, visiting an oilseed rape flower.png 1.266 × 834; 1,5 MB
A Conversation with the Eisen Brothers - PLOS Biology Tenth Anniversary.webm 16 min 52 s, 1.280 × 720; 131,48 MB
A-Biotic-Game-Design-Project-for-Integrated-Life-Science-and-Engineering-Education-pbio.1002110.s027.ogv 1 min 58 s, 656 × 368; 17,1 MB
A-Cell-Cycle-Timer-for-Asymmetric-Spindle-Positioning-pbio.1000088.sv001.ogv 9,2 s, 670 × 332; 154 KB
A-Cell-Cycle-Timer-for-Asymmetric-Spindle-Positioning-pbio.1000088.sv002.ogv 31 s, 330 × 494; 517 KB
A-Cell-Cycle-Timer-for-Asymmetric-Spindle-Positioning-pbio.1000088.sv003.ogv 17 s, 274 × 270; 175 KB
A-Cell-Cycle-Timer-for-Asymmetric-Spindle-Positioning-pbio.1000088.sv004.ogv 10 s, 200 × 136; 450 KB
A-Cell-Cycle-Timer-for-Asymmetric-Spindle-Positioning-pbio.1000088.sv005.ogv 3,5 s, 456 × 346; 152 KB
A-Cell-Cycle-Timer-for-Asymmetric-Spindle-Positioning-pbio.1000088.sv006.ogv 3,5 s, 340 × 296; 157 KB
A-Change-in-the-Ion-Selectivity-of-Ligand-Gated-Ion-Channels-Provides-a-Mechanism-to-Switch-Behavior-pbio.1002238.s008.ogv 29 s, 640 × 480; 874 KB
A-Change-in-the-Ion-Selectivity-of-Ligand-Gated-Ion-Channels-Provides-a-Mechanism-to-Switch-Behavior-pbio.1002238.s009.ogv 1 min 32 s, 640 × 480; 2,69 MB
A-Change-in-the-Ion-Selectivity-of-Ligand-Gated-Ion-Channels-Provides-a-Mechanism-to-Switch-Behavior-pbio.1002238.s010.ogv 18 s, 640 × 480; 1,32 MB
A-Change-in-the-Ion-Selectivity-of-Ligand-Gated-Ion-Channels-Provides-a-Mechanism-to-Switch-Behavior-pbio.1002238.s011.ogv 13 s, 640 × 480; 302 KB
A-Change-in-the-Ion-Selectivity-of-Ligand-Gated-Ion-Channels-Provides-a-Mechanism-to-Switch-Behavior-pbio.1002238.s012.ogv 4,3 s, 640 × 480; 122 KB
A-Change-in-the-Ion-Selectivity-of-Ligand-Gated-Ion-Channels-Provides-a-Mechanism-to-Switch-Behavior-pbio.1002238.s013.ogv 3,4 s, 640 × 480; 107 KB
A-Computational-Framework-for-Ultrastructural-Mapping-of-Neural-Circuitry-pbio.1000074.sv001.ogv 9,0 s, 800 × 800; 5,45 MB
A-Computational-Framework-for-Ultrastructural-Mapping-of-Neural-Circuitry-pbio.1000074.sv002.ogv 19 s, 600 × 322; 2,22 MB
A-Computational-Framework-for-Ultrastructural-Mapping-of-Neural-Circuitry-pbio.1000074.sv003.ogv 34 s, 466 × 500; 27,98 MB
A-Feedback-Loop-between-Dynamin-and-Actin-Recruitment-during-Clathrin-Mediated-Endocytosis-pbio.1001302.s007.ogv 20 s, 302 × 302; 3,02 MB
A-Feedback-Loop-between-Dynamin-and-Actin-Recruitment-during-Clathrin-Mediated-Endocytosis-pbio.1001302.s008.ogv 54 s, 302 × 150; 3,42 MB
A-Feedback-Loop-between-Dynamin-and-Actin-Recruitment-during-Clathrin-Mediated-Endocytosis-pbio.1001302.s009.ogv 52 s, 352 × 288; 9,14 MB
A-Feedback-Loop-between-Dynamin-and-Actin-Recruitment-during-Clathrin-Mediated-Endocytosis-pbio.1001302.s010.ogv 56 s, 302 × 150; 3,19 MB
A-Feedback-Loop-between-Dynamin-and-Actin-Recruitment-during-Clathrin-Mediated-Endocytosis-pbio.1001302.s011.ogv 53 s, 352 × 288; 4,22 MB
A-Feedback-Loop-between-Dynamin-and-Actin-Recruitment-during-Clathrin-Mediated-Endocytosis-pbio.1001302.s012.ogv 1 min 17 s, 352 × 288; 8,19 MB
A-Genome-Scale-DNA-Repair-RNAi-Screen-Identifies-SPG48-as-a-Novel-Gene-Associated-with-Hereditary-pbio.1000408.s012.ogv 10 s, 312 × 242; 3,01 MB
A-Helical-Structural-Nucleus-Is-the-Primary-Elongating-Unit-of-Insulin-Amyloid-Fibrils-pbio.0050134.sv001.ogv 1 min 0 s, 320 × 240; 2,68 MB
A-Helical-Structural-Nucleus-Is-the-Primary-Elongating-Unit-of-Insulin-Amyloid-Fibrils-pbio.0050134.sv002.ogv 0,0 s, 240 × 240; 3,1 MB
A-High-Precision-Survey-of-the-Molecular-Dynamics-of-Mammalian-Clathrin-Mediated-Endocytosis-pbio.1000604.s013.ogv 21 s, 150 × 75; 535 KB
A-Low-Cost-Hands-on-Module-to-Characterize-Antimicrobial-Compounds-Using-an-Interdisciplinary-pbio.1002044.s010.ogv 2 min 35 s, 480 × 272; 15,17 MB
A-Low-Cost-Hands-on-Module-to-Characterize-Antimicrobial-Compounds-Using-an-Interdisciplinary-pbio.1002044.s011.ogv 5 min 43 s, 480 × 272; 50,58 MB
A-Low-Cost-Hands-on-Module-to-Characterize-Antimicrobial-Compounds-Using-an-Interdisciplinary-pbio.1002044.s012.ogv 1 min 37 s, 480 × 272; 11,55 MB
A-Low-Cost-Hands-on-Module-to-Characterize-Antimicrobial-Compounds-Using-an-Interdisciplinary-pbio.1002044.s013.ogv 1 min 26 s, 480 × 272; 10,9 MB
A-Low-Cost-Hands-on-Module-to-Characterize-Antimicrobial-Compounds-Using-an-Interdisciplinary-pbio.1002044.s014.ogv 4 min 24 s, 480 × 272; 35,58 MB
A-Low-Cost-Hands-on-Module-to-Characterize-Antimicrobial-Compounds-Using-an-Interdisciplinary-pbio.1002044.s015.ogv 1 min 13 s, 480 × 272; 8,19 MB
A-Low-Cost-Hands-on-Module-to-Characterize-Antimicrobial-Compounds-Using-an-Interdisciplinary-pbio.1002044.s016.ogv 3 min 30 s, 480 × 272; 25,95 MB
A-Low-Cost-Hands-on-Module-to-Characterize-Antimicrobial-Compounds-Using-an-Interdisciplinary-pbio.1002044.s017.ogv 6 min 19 s, 480 × 272; 54,55 MB
A-Low-Cost-Hands-on-Module-to-Characterize-Antimicrobial-Compounds-Using-an-Interdisciplinary-pbio.1002044.s018.ogv 3 min 17 s, 480 × 272; 23,97 MB
A-Modular-Library-of-Small-Molecule-Signals-Regulates-Social-Behaviors-in-Caenorhabditis-elegans-pbio.1001237.s001.ogv 8,0 s, 640 × 480; 485 KB
A-Modular-Library-of-Small-Molecule-Signals-Regulates-Social-Behaviors-in-Caenorhabditis-elegans-pbio.1001237.s002.ogv 18 s, 640 × 480; 1,19 MB
A-Modular-Library-of-Small-Molecule-Signals-Regulates-Social-Behaviors-in-Caenorhabditis-elegans-pbio.1001237.s008.ogv 25 s, 640 × 480; 2,91 MB
A-Modular-Library-of-Small-Molecule-Signals-Regulates-Social-Behaviors-in-Caenorhabditis-elegans-pbio.1001237.s009.ogv 28 s, 640 × 480; 1,51 MB
A-Modular-Library-of-Small-Molecule-Signals-Regulates-Social-Behaviors-in-Caenorhabditis-elegans-pbio.1001237.s010.ogv 32 s, 640 × 480; 2,79 MB
A-Modular-Library-of-Small-Molecule-Signals-Regulates-Social-Behaviors-in-Caenorhabditis-elegans-pbio.1001237.s011.ogv 18 s, 512 × 512; 382 KB
A-Modular-Library-of-Small-Molecule-Signals-Regulates-Social-Behaviors-in-Caenorhabditis-elegans-pbio.1001237.s012.ogv 24 s, 640 × 480; 5,19 MB
A-Neural-Circuit-Covarying-with-Social-Hierarchy-in-Macaques-pbio.1001940.g001.jpg 656 × 533; 64 KB
A-Neural-Circuit-Covarying-with-Social-Hierarchy-in-Macaques-pbio.1001940.g002.jpg 656 × 533; 58 KB
A-Neural-Circuit-Covarying-with-Social-Hierarchy-in-Macaques-pbio.1001940.g003.jpg 726 × 542; 87 KB
A-Neural-Circuit-Covarying-with-Social-Hierarchy-in-Macaques-pbio.1001940.g004.jpg 682 × 351; 62 KB
A-Neural-Circuit-Covarying-with-Social-Hierarchy-in-Macaques-pbio.1001940.g005.jpg 682 × 351; 65 KB
A-Neural-Circuit-Covarying-with-Social-Hierarchy-in-Macaques-pbio.1001940.g006.jpg 683 × 363; 72 KB
A-Neural-Circuit-Covarying-with-Social-Hierarchy-in-Macaques-pbio.1001940.g007.jpg 681 × 284; 61 KB
A-Neural-Circuit-Covarying-with-Social-Hierarchy-in-Macaques-pbio.1001940.g008.jpg 652 × 559; 67 KB
A-Neural-Circuit-Covarying-with-Social-Hierarchy-in-Macaques-pbio.1001940.g009.jpg 681 × 285; 57 KB
A-Neural-Circuit-Covarying-with-Social-Hierarchy-in-Macaques-pbio.1001940.g010.jpg 683 × 565; 106 KB
A-Neuronal-Acetylcholine-Receptor-Regulates-the-Balance-of-Muscle-Excitation-and-Inhibition-in-pbio.1000265.s010.ogv 1 min 30 s, 352 × 288; 1,1 MB
A-Neuronal-Acetylcholine-Receptor-Regulates-the-Balance-of-Muscle-Excitation-and-Inhibition-in-pbio.1000265.s011.ogv 30 s, 352 × 288; 565 KB
A-New-Look-at-Some-Old-Animals-pbio.1000007.sv001.ogv 17 s, 320 × 240; 307 KB
A-New-Trade-Framework-for-Global-Healthcare-R&D-pbio.0020052.g001.jpg 433 × 289; 16 KB
A-New-Trade-Framework-for-Global-Healthcare-R&D-pbio.0020052.g002.jpg 584 × 705; 58 KB
A-Novel-Molecular-Solution-for-Ultraviolet-Light-Detection-in-Caenorhabditis-elegans-pbio.0060198.sv001.ogv 31 s, 320 × 240; 1,53 MB
A-Novel-Molecular-Solution-for-Ultraviolet-Light-Detection-in-Caenorhabditis-elegans-pbio.0060198.sv003.ogv 20 s, 320 × 240; 1.024 KB
A-Novel-Molecular-Solution-for-Ultraviolet-Light-Detection-in-Caenorhabditis-elegans-pbio.0060198.sv004.ogv 1 min 46 s, 320 × 240; 4,91 MB
A-Novel-Molecular-Solution-for-Ultraviolet-Light-Detection-in-Caenorhabditis-elegans-pbio.0060198.sv005.ogv 39 s, 320 × 240; 1,7 MB
A-Novel-Molecular-Solution-for-Ultraviolet-Light-Detection-in-Caenorhabditis-elegans-pbio.0060198.sv006.ogv 1 min 5 s, 320 × 240; 3,67 MB
A-Novel-Molecular-Solution-for-Ultraviolet-Light-Detection-in-Caenorhabditis-elegans-pbio.0060198.sv007.ogv 9,9 s, 320 × 240; 161 KB
A-Novel-Molecular-Solution-for-Ultraviolet-Light-Detection-in-Caenorhabditis-elegans-pbio.0060198.sv008.ogv 1 min 4 s, 320 × 240; 3,52 MB
A-Novel-Molecular-Solution-for-Ultraviolet-Light-Detection-in-Caenorhabditis-elegans-pbio.0060198.sv009.ogv 34 s, 320 × 240; 2,51 MB
A-Novel-Sperm-Delivered-Toxin-Causes-Late-Stage-Embryo-Lethality-and-Transmission-Ratio-Distortion-pbio.1001115.s010.ogv 6,4 s, 566 × 502; 2,01 MB
A-Novel-Sperm-Delivered-Toxin-Causes-Late-Stage-Embryo-Lethality-and-Transmission-Ratio-Distortion-pbio.1001115.s011.ogv 6,5 s, 566 × 502; 2,03 MB
A-Phosphatidylinositol-3-Kinase-Dependent-Signal-Transition-Regulates-ARF1-and-ARF6-during-Fcγ-pbio.0040162.sv001.ogv 8,0 s, 360 × 120; 425 KB
A-Phosphatidylinositol-3-Kinase-Dependent-Signal-Transition-Regulates-ARF1-and-ARF6-during-Fcγ-pbio.0040162.sv002.ogv 7,7 s, 360 × 120; 297 KB
A-Phosphatidylinositol-3-Kinase-Dependent-Signal-Transition-Regulates-ARF1-and-ARF6-during-Fcγ-pbio.0040162.sv003.ogv 8,3 s, 360 × 120; 409 KB
A-Phosphatidylinositol-3-Kinase-Dependent-Signal-Transition-Regulates-ARF1-and-ARF6-during-Fcγ-pbio.0040162.sv004.ogv 8,5 s, 360 × 120; 374 KB
A-Phosphatidylinositol-3-Kinase-Dependent-Signal-Transition-Regulates-ARF1-and-ARF6-during-Fcγ-pbio.0040162.sv005.ogv 7,7 s, 360 × 120; 403 KB
A-Polarised-Population-of-Dynamic-Microtubules-Mediates-Homeostatic-Length-Control-in-Animal-Cells-pbio.1000542.s005.ogv 26 s, 96 × 428; 522 KB
A-Polarised-Population-of-Dynamic-Microtubules-Mediates-Homeostatic-Length-Control-in-Animal-Cells-pbio.1000542.s006.ogv 14 s, 153 × 245; 830 KB
A-Polarised-Population-of-Dynamic-Microtubules-Mediates-Homeostatic-Length-Control-in-Animal-Cells-pbio.1000542.s007.ogv 5,1 s, 223 × 225; 500 KB
A-Putative-Cation-Channel-NCA-1-and-a-Novel-Protein-UNC-80-Transmit-Neuronal-Activity-in-C.-elegans-pbio.0060055.sv001.ogv 16 s, 320 × 240; 117 KB
A-Putative-Cation-Channel-NCA-1-and-a-Novel-Protein-UNC-80-Transmit-Neuronal-Activity-in-C.-elegans-pbio.0060055.sv002.ogv 20 s, 320 × 240; 149 KB
A-Putative-Cation-Channel-NCA-1-and-a-Novel-Protein-UNC-80-Transmit-Neuronal-Activity-in-C.-elegans-pbio.0060055.sv003.ogv 11 s, 320 × 240; 159 KB
A-Putative-Cation-Channel-NCA-1-and-a-Novel-Protein-UNC-80-Transmit-Neuronal-Activity-in-C.-elegans-pbio.0060055.sv004.ogv 33 s, 320 × 240; 502 KB
A-Putative-Cation-Channel-NCA-1-and-a-Novel-Protein-UNC-80-Transmit-Neuronal-Activity-in-C.-elegans-pbio.0060055.sv005.ogv 2 min 30 s, 136 × 118; 314 KB
A-Putative-Cation-Channel-NCA-1-and-a-Novel-Protein-UNC-80-Transmit-Neuronal-Activity-in-C.-elegans-pbio.0060055.sv006.ogv 20 s, 320 × 240; 181 KB
A-Putative-Cation-Channel-NCA-1-and-a-Novel-Protein-UNC-80-Transmit-Neuronal-Activity-in-C.-elegans-pbio.0060055.sv007.ogv 20 s, 320 × 240; 155 KB
A-Putative-Cation-Channel-NCA-1-and-a-Novel-Protein-UNC-80-Transmit-Neuronal-Activity-in-C.-elegans-pbio.0060055.sv008.ogv 20 s, 320 × 240; 186 KB
A-Putative-Cation-Channel-NCA-1-and-a-Novel-Protein-UNC-80-Transmit-Neuronal-Activity-in-C.-elegans-pbio.0060055.sv009.ogv 13 s, 320 × 240; 183 KB
A-Putative-Cation-Channel-NCA-1-and-a-Novel-Protein-UNC-80-Transmit-Neuronal-Activity-in-C.-elegans-pbio.0060055.sv010.ogv 8,8 s, 320 × 240; 72 KB
A-Putative-Cation-Channel-NCA-1-and-a-Novel-Protein-UNC-80-Transmit-Neuronal-Activity-in-C.-elegans-pbio.0060055.sv011.ogv 11 s, 320 × 240; 160 KB
A-Putative-Cation-Channel-NCA-1-and-a-Novel-Protein-UNC-80-Transmit-Neuronal-Activity-in-C.-elegans-pbio.0060055.sv012.ogv 20 s, 320 × 240; 192 KB
A-Putative-Cation-Channel-NCA-1-and-a-Novel-Protein-UNC-80-Transmit-Neuronal-Activity-in-C.-elegans-pbio.0060055.sv013.ogv 4,7 s, 320 × 240; 36 KB
A-Putative-Cation-Channel-NCA-1-and-a-Novel-Protein-UNC-80-Transmit-Neuronal-Activity-in-C.-elegans-pbio.0060055.sv014.ogv 17 s, 320 × 240; 173 KB
A-Rho-Scaffold-Integrates-the-Secretory-System-with-Feedback-Mechanisms-in-Regulation-of-Auxin-pbio.1000282.s019.ogv 3,8 s, 520 × 1.024; 380 KB
A-Safeguard-Mechanism-Regulates-Rho-GTPases-to-Coordinate-Cytokinesis-with-the-Establishment-of-pbio.1001495.s019.ogv 2,8 s, 180 × 60; 41 KB
A-Safeguard-Mechanism-Regulates-Rho-GTPases-to-Coordinate-Cytokinesis-with-the-Establishment-of-pbio.1001495.s020.ogv 2,8 s, 180 × 60; 43 KB
A-Safeguard-Mechanism-Regulates-Rho-GTPases-to-Coordinate-Cytokinesis-with-the-Establishment-of-pbio.1001495.s021.ogv 5,7 s, 180 × 60; 91 KB
A-Safeguard-Mechanism-Regulates-Rho-GTPases-to-Coordinate-Cytokinesis-with-the-Establishment-of-pbio.1001495.s022.ogv 3,5 s, 180 × 60; 39 KB
A-Safeguard-Mechanism-Regulates-Rho-GTPases-to-Coordinate-Cytokinesis-with-the-Establishment-of-pbio.1001495.s023.ogv 3,3 s, 180 × 60; 30 KB
A-Stress-Surveillance-System-Based-on-Calcium-and-Nitric-Oxide-in-Marine-Diatoms-pbio.0040060.sv001.ogv 13 s, 256 × 432; 4,39 MB
A-Structural-and-Mutagenic-Blueprint-for-Molecular-Recognition-of-Strychnine-and-d-Tubocurarine-by-pbio.1001034.s004.ogv 20 s, 848 × 480; 1,5 MB
A-Structural-Model-of-the-Genome-Packaging-Process-in-a-Membrane-Containing-Double-Stranded-DNA-pbio.1002024.s021.ogv 57 s, 768 × 576; 20,79 MB
A-Structural-Model-of-the-Genome-Packaging-Process-in-a-Membrane-Containing-Double-Stranded-DNA-pbio.1002024.s022.ogv 33 s, 768 × 576; 7,58 MB
A-Structural-Model-of-the-Genome-Packaging-Process-in-a-Membrane-Containing-Double-Stranded-DNA-pbio.1002024.s023.ogv 49 s, 768 × 576; 15,48 MB
A-Tetraploid-Intermediate-Precedes-Aneuploid-Formation-in-Yeasts-Exposed-to-Fluconazole-pbio.1001815.s007.ogv 12 s, 134 × 154; 91 KB
A-Tetraploid-Intermediate-Precedes-Aneuploid-Formation-in-Yeasts-Exposed-to-Fluconazole-pbio.1001815.s008.ogv 11 s, 124 × 90; 42 KB
A-Tetraploid-Intermediate-Precedes-Aneuploid-Formation-in-Yeasts-Exposed-to-Fluconazole-pbio.1001815.s009.ogv 7,3 s, 192 × 109; 40 KB
A-Tetraploid-Intermediate-Precedes-Aneuploid-Formation-in-Yeasts-Exposed-to-Fluconazole-pbio.1001815.s010.ogv 14 s, 284 × 280; 361 KB
A-Tetraploid-Intermediate-Precedes-Aneuploid-Formation-in-Yeasts-Exposed-to-Fluconazole-pbio.1001815.s011.ogv 17 s, 178 × 122; 104 KB
A-Tetraploid-Intermediate-Precedes-Aneuploid-Formation-in-Yeasts-Exposed-to-Fluconazole-pbio.1001815.s012.ogv 16 s, 178 × 122; 86 KB
A-Tetraploid-Intermediate-Precedes-Aneuploid-Formation-in-Yeasts-Exposed-to-Fluconazole-pbio.1001815.s013.ogv 9,3 s, 144 × 133; 104 KB
A-Tetraploid-Intermediate-Precedes-Aneuploid-Formation-in-Yeasts-Exposed-to-Fluconazole-pbio.1001815.s014.ogv 6,3 s, 144 × 133; 63 KB
A-Versatile-Class-of-Cell-Surface-Directional-Motors-Gives-Rise-to-Gliding-Motility-and-Sporulation-pbio.1001728.s010.ogv 7,3 s, 83 × 123; 64 KB
A-Versatile-Class-of-Cell-Surface-Directional-Motors-Gives-Rise-to-Gliding-Motility-and-Sporulation-pbio.1001728.s011.ogv 3,8 s, 120 × 122; 28 KB
A-Versatile-Class-of-Cell-Surface-Directional-Motors-Gives-Rise-to-Gliding-Motility-and-Sporulation-pbio.1001728.s012.ogv 7,5 s, 65 × 65; 16 KB
A-Versatile-Class-of-Cell-Surface-Directional-Motors-Gives-Rise-to-Gliding-Motility-and-Sporulation-pbio.1001728.s013.ogv 3,0 s, 54 × 60; 10 KB
A-Versatile-Class-of-Cell-Surface-Directional-Motors-Gives-Rise-to-Gliding-Motility-and-Sporulation-pbio.1001728.s014.ogv 12 s, 72 × 66; 12 KB
A-Webcast-of-Bird-Nesting-as-a-State-of-the-Art-Citizen-Science-pbio.2001132.s008.ogv 3 min 17 s, 1.280 × 720; 24,45 MB
Accessing-the-Microscopic-World-pbio.0030012.sv001.ogv 1 min 49 s, 240 × 180; 7,14 MB
Acorns at the base of a Red Oak.png 525 × 795; 1,05 MB
Acridotheres tristis.png 452 × 452; 423 KB
Actenoides concretus.png 1.400 × 918; 1,28 MB
Action-Enhances-Acoustic-Cues-for-3-D-Target-Localization-by-Echolocating-Bats-pbio.1002544.s010.ogv 48 s, 1.280 × 720; 5,3 MB
Action-Enhances-Acoustic-Cues-for-3-D-Target-Localization-by-Echolocating-Bats-pbio.1002544.s011.ogv 31 s, 1.280 × 720; 2,95 MB
Action-Enhances-Acoustic-Cues-for-3-D-Target-Localization-by-Echolocating-Bats-pbio.1002544.s012.ogv 38 s, 1.280 × 720; 5,34 MB
Acyrthosiphon pisum (pea aphid)-PLoS.jpg 650 × 650; 298 KB
ADP ribosylation factor localization in the Golgi apparatus of a living macrophage.png 750 × 750; 63 KB
Aff Quetzalcoatlus - Longrich et al 2018.PNG 1.432 × 1.870; 1,18 MB
Aging-and-Death-in-an-Organism-That-Reproduces-by-Morphologically-Symmetric-Division-pbio.0030045.sv001.ogv 7,0 s, 232 × 240; 142 KB
Algorithmic-Self-Assembly-of-DNA-Sierpinski-Triangles-pbio.0020424.sv001.ogv 20 s, 576 × 432; 15,23 MB
Alignment-between-PIN1-Polarity-and-Microtubule-Orientation-in-the-Shoot-Apical-Meristem-Reveals-a-pbio.1000516.s002.ogv 1,5 s, 202 × 202; 66 KB
Alpha-catenin-Dependent-Recruitment-of-the-Centrosomal-Protein-CAP350-to-Adherens-Junctions-Allows-pbio.1002087.s006.ogv 17 s, 1.344 × 1.024; 3,7 MB
Alpha-catenin-Dependent-Recruitment-of-the-Centrosomal-Protein-CAP350-to-Adherens-Junctions-Allows-pbio.1002087.s007.ogv 17 s, 1.344 × 1.024; 2,37 MB
Alpha-catenin-Dependent-Recruitment-of-the-Centrosomal-Protein-CAP350-to-Adherens-Junctions-Allows-pbio.1002087.s008.ogv 16 s, 267 × 354; 429 KB
Alpha-catenin-Dependent-Recruitment-of-the-Centrosomal-Protein-CAP350-to-Adherens-Junctions-Allows-pbio.1002087.s009.ogv 16 s, 270 × 354; 650 KB
Alpha-catenin-Dependent-Recruitment-of-the-Centrosomal-Protein-CAP350-to-Adherens-Junctions-Allows-pbio.1002087.s010.ogv 2,6 s, 438 × 441; 531 KB
Alpha-catenin-Dependent-Recruitment-of-the-Centrosomal-Protein-CAP350-to-Adherens-Junctions-Allows-pbio.1002087.s011.ogv 2,6 s, 441 × 443; 527 KB
Alpha-catenin-Dependent-Recruitment-of-the-Centrosomal-Protein-CAP350-to-Adherens-Junctions-Allows-pbio.1002087.s012.ogv 3,3 s, 438 × 441; 691 KB
Alpha-catenin-Dependent-Recruitment-of-the-Centrosomal-Protein-CAP350-to-Adherens-Junctions-Allows-pbio.1002087.s013.ogv 3,3 s, 438 × 441; 769 KB
Amacrine.png 356 × 409; 176 KB
Amphioxus.png 2.020 × 1.277; 988 KB
An increase of Reelin-positive cells changes morphology of migrating neurons - journal.pone.0001454.g007.jpg 498 × 619; 219 KB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv001.ogv 11 s, 796 × 796; 8,63 MB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv002.ogv 13 s, 512 × 512; 12,19 MB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv003.ogv 3,9 s, 252 × 237; 38 KB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv004.ogv 3,9 s, 252 × 237; 27 KB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv005.ogv 3,9 s, 252 × 237; 36 KB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv006.ogv 29 s, 382 × 334; 16,89 MB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv007.ogv 15 s, 331 × 372; 11,4 MB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv008.ogv 15 s, 352 × 317; 3,62 MB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv009.ogv 14 s, 393 × 330; 6,43 MB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv010.ogv 7,1 s, 284 × 287; 305 KB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv011.ogv 2,9 s, 272 × 237; 566 KB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv012.ogv 7,4 s, 223 × 286; 1,44 MB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv013.ogv 7,8 s, 196 × 174; 272 KB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv014.ogv 10 s, 251 × 251; 241 KB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv015.ogv 10 s, 251 × 251; 373 KB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv016.ogv 14 s, 512 × 512; 8,51 MB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv017.ogv 10 s, 251 × 251; 398 KB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv018.ogv 8,0 s, 296 × 349; 3,27 MB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv019.ogv 15 s, 425 × 941; 1,17 MB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv020.ogv 15 s, 425 × 941; 1,35 MB
An-Actin-Based-Wave-Generator-Organizes-Cell-Motility-pbio.0050221.sv021.ogv 25 s, 425 × 697; 269 KB
An-Adhesion-Dependent-Switch-between-Mechanisms-That-Determine-Motile-Cell-Shape-pbio.1001059.s010.ogv 7,0 s, 256 × 256; 276 KB
An-Adhesion-Dependent-Switch-between-Mechanisms-That-Determine-Motile-Cell-Shape-pbio.1001059.s011.ogv 7,0 s, 256 × 256; 233 KB
An-Adhesion-Dependent-Switch-between-Mechanisms-That-Determine-Motile-Cell-Shape-pbio.1001059.s012.ogv 10 s, 256 × 256; 453 KB
An-Adhesion-Dependent-Switch-between-Mechanisms-That-Determine-Motile-Cell-Shape-pbio.1001059.s013.ogv 15 s, 256 × 256; 164 KB
An-Adhesion-Dependent-Switch-between-Mechanisms-That-Determine-Motile-Cell-Shape-pbio.1001059.s014.ogv 25 s, 256 × 256; 806 KB
An-Adhesion-Dependent-Switch-between-Mechanisms-That-Determine-Motile-Cell-Shape-pbio.1001059.s015.ogv 18 s, 720 × 496; 9,83 MB
An-aPKC-Exocyst-Complex-Controls-Paxillin-Phosphorylation-and-Migration-through-Localised-JNK1-pbio.1000235.s011.ogv 6,0 s, 320 × 240; 75 KB
An-aPKC-Exocyst-Complex-Controls-Paxillin-Phosphorylation-and-Migration-through-Localised-JNK1-pbio.1000235.s012.ogv 5,0 s, 320 × 240; 86 KB
An-Equatorial-Contractile-Mechanism-Drives-Cell-Elongation-but-not-Cell-Division-pbio.1001781.s012.ogv 2,3 s, 1.024 × 510; 715 KB
An-Equatorial-Contractile-Mechanism-Drives-Cell-Elongation-but-not-Cell-Division-pbio.1001781.s013.ogv 12 s, 1.376 × 1.040; 1,06 MB
An-Equatorial-Contractile-Mechanism-Drives-Cell-Elongation-but-not-Cell-Division-pbio.1001781.s014.ogv 4,3 s, 330 × 318; 254 KB
An-Equatorial-Contractile-Mechanism-Drives-Cell-Elongation-but-not-Cell-Division-pbio.1001781.s015.ogv 4,3 s, 520 × 320; 845 KB
An-Equatorial-Contractile-Mechanism-Drives-Cell-Elongation-but-not-Cell-Division-pbio.1001781.s016.ogv 1,4 s, 1.024 × 510; 356 KB
An-Equatorial-Contractile-Mechanism-Drives-Cell-Elongation-but-not-Cell-Division-pbio.1001781.s017.ogv 2,8 s, 1.024 × 256; 2,04 MB
An-Equatorial-Contractile-Mechanism-Drives-Cell-Elongation-but-not-Cell-Division-pbio.1001781.s018.ogv 2,4 s, 1.024 × 512; 505 KB
An-Equatorial-Contractile-Mechanism-Drives-Cell-Elongation-but-not-Cell-Division-pbio.1001781.s019.ogv 1,6 s, 1.024 × 510; 259 KB
An-Excitatory-Loop-with-Astrocytes-Contributes-to-Drive-Neurons-to-Seizure-Threshold-pbio.1000352.s008.ogv 26 s, 198 × 254; 2,44 MB
An-Excitatory-Loop-with-Astrocytes-Contributes-to-Drive-Neurons-to-Seizure-Threshold-pbio.1000352.s009.ogv 16 s, 256 × 130; 461 KB
An-Excitatory-Loop-with-Astrocytes-Contributes-to-Drive-Neurons-to-Seizure-Threshold-pbio.1000352.s010.ogv 9,5 s, 222 × 219; 301 KB
An-Excitatory-Loop-with-Astrocytes-Contributes-to-Drive-Neurons-to-Seizure-Threshold-pbio.1000352.s011.ogv 26 s, 222 × 219; 1,17 MB
An-HIV-Feedback-Resistor-Auto-Regulatory-Circuit-Deactivator-and-Noise-Buffer-pbio.0050009.sv001.ogv 14 s, 316 × 240; 1,36 MB
An-Integrin-Dependent-Role-of-Pouch-Endoderm-in-Hyoid-Cartilage-Development-pbio.0020244.sv001.ogv 20 s, 519 × 512; 1,72 MB
An-Integrin-Dependent-Role-of-Pouch-Endoderm-in-Hyoid-Cartilage-Development-pbio.0020244.sv002.ogv 20 s, 519 × 512; 2,33 MB
An-Integrin-Dependent-Role-of-Pouch-Endoderm-in-Hyoid-Cartilage-Development-pbio.0020244.sv003.ogv 20 s, 519 × 512; 1,77 MB
Ancient DNA.png 606 × 594; 157 KB
Ancient maize.png 468 × 1.283; 396 KB

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