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Category:Pattern formation

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pattern formation

study of how patterns form by self-organization in nature

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Subclass of

creation (pattern)

Facet of

emergence

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Q1955627 GND ID: 4137934-2 J9U entity ID: 987007551485505171
Reasonator Scholia Wikidocumentaries PetScan statistics WikiMap Locator tool KML file Search depicted

Subcategories

This category has the following 4 subcategories, out of 4 total.

B

Body patterning (2 C, 250 F)

C

Cymatics (2 C, 56 F)

E

Emergence (4 C, 1 P, 16 F)

S

Sfrp Controls Apicobasal Polarity and Oriented Cell Division in Developing Gut Epithelium (4 F)

Media in category "Pattern formation"

The following 200 files are in this category, out of 304 total.

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-Catenin-Is-Critical-for-Cerebellar-Foliation-and-Lamination-pone.0064451.s001.ogv 14 s, 200 × 150; 919 KB
A-Cell-Cycle-Role-for-the-Epigenetic-Factor-CTCF-LBORIS-pone.0039371.s002.ogv 16 s, 768 × 576; 1.08 MB
A-Division-in-PIN-Mediated-Auxin-Patterning-during-Organ-Initiation-in-Grasses-pcbi.1003447.s017.ogv 15 s, 480 × 480; 1.05 MB
A-Division-in-PIN-Mediated-Auxin-Patterning-during-Organ-Initiation-in-Grasses-pcbi.1003447.s018.ogv 1 min 35 s, 156 × 480; 779 KB
A-Division-in-PIN-Mediated-Auxin-Patterning-during-Organ-Initiation-in-Grasses-pcbi.1003447.s019.ogv 1 min 35 s, 640 × 416; 1.91 MB
A-Division-in-PIN-Mediated-Auxin-Patterning-during-Organ-Initiation-in-Grasses-pcbi.1003447.s020.ogv 2 min 9 s, 640 × 490; 4.84 MB
A-Late-Role-for-bmp2b-in-the-Morphogenesis-of-Semicircular-Canal-Ducts-in-the-Zebrafish-Inner-Ear-pone.0004368.s001.ogv 6.7 s, 856 × 646; 2.61 MB
A-Late-Role-for-bmp2b-in-the-Morphogenesis-of-Semicircular-Canal-Ducts-in-the-Zebrafish-Inner-Ear-pone.0004368.s002.ogv 29 s, 904 × 646; 2.74 MB
A-Mathematical-Model-for-EphEphrin-Directed-Segregation-of-Intermingled-Cells-pone.0111803.s004.ogv 1 min 36 s, 640 × 480; 59.23 MB
A-Modified-Consumer-Inkjet-for-Spatiotemporal-Control-of-Gene-Expression-pone.0007086.s002.ogv 1 min 28 s, 240 × 180; 1.81 MB
A-Precise-Bicoid-Gradient-Is-Nonessential-during-Cycles-11–13-for-Precise-Patterning-in-the-pone.0003651.s012.ogv 26 s, 1,098 × 1,112; 9.54 MB
A-Precise-Bicoid-Gradient-Is-Nonessential-during-Cycles-11–13-for-Precise-Patterning-in-the-pone.0003651.s013.ogv 31 s, 712 × 316; 2.58 MB
A-Precise-Bicoid-Gradient-Is-Nonessential-during-Cycles-11–13-for-Precise-Patterning-in-the-pone.0003651.s014.ogv 14 s, 696 × 320; 784 KB
A-Precise-Bicoid-Gradient-Is-Nonessential-during-Cycles-11–13-for-Precise-Patterning-in-the-pone.0003651.s015.ogv 29 s, 732 × 324; 1.96 MB
A-Precise-Bicoid-Gradient-Is-Nonessential-during-Cycles-11–13-for-Precise-Patterning-in-the-pone.0003651.s016.ogv 53 s, 720 × 324; 8.27 MB
A-Precise-Bicoid-Gradient-Is-Nonessential-during-Cycles-11–13-for-Precise-Patterning-in-the-pone.0003651.s017.ogv 16 s, 708 × 332; 2.18 MB
A-Proposed-Mechanism-for-the-Interaction-of-the-Segmentation-Clock-and-the-Determination-Front-in-pone.0001561.s001.ogv 20 s, 640 × 112; 187 KB
A-Proposed-Mechanism-for-the-Interaction-of-the-Segmentation-Clock-and-the-Determination-Front-in-pone.0001561.s002.ogv 20 s, 640 × 112; 185 KB
A-Role-for-Mesenchyme-Dynamics-in-Mouse-Lung-Branching-Morphogenesis-pone.0041643.s003.ogv 5.4 s, 768 × 576; 8.07 MB
A-Role-for-Mesenchyme-Dynamics-in-Mouse-Lung-Branching-Morphogenesis-pone.0041643.s004.ogv 10 s, 1,280 × 720; 3.05 MB
A-Role-for-Mesenchyme-Dynamics-in-Mouse-Lung-Branching-Morphogenesis-pone.0041643.s005.ogv 7.5 s, 1,552 × 917; 6.02 MB
A-Staging-Scheme-for-the-Development-of-the-Moth-Midge-Clogmia-albipunctata-pone.0084422.s004.ogv 8 min 50 s, 465 × 178; 12.3 MB
A-Staging-Scheme-for-the-Development-of-the-Moth-Midge-Clogmia-albipunctata-pone.0084422.s005.ogv 45 s, 2,336 × 808; 10.32 MB
A-Staging-Scheme-for-the-Development-of-the-Scuttle-Fly-Megaselia-abdita-pone.0084421.s003.ogv 8 min 50 s, 517 × 230; 17.44 MB
A-Staging-Scheme-for-the-Development-of-the-Scuttle-Fly-Megaselia-abdita-pone.0084421.s004.ogv 2 min 45 s, 1,168 × 495; 10.21 MB
Arginylation-Dependent-Neural-Crest-Cell-Migration-Is-Essential-for-Mouse-Development-pgen.1000878.s016.ogv 19 s, 736 × 608; 9.69 MB
Arginylation-Dependent-Neural-Crest-Cell-Migration-Is-Essential-for-Mouse-Development-pgen.1000878.s017.ogv 33 s, 592 × 496; 2.42 MB
Arginylation-Dependent-Neural-Crest-Cell-Migration-Is-Essential-for-Mouse-Development-pgen.1000878.s018.ogv 12 s, 277 × 224; 2.06 MB
Arginylation-Dependent-Neural-Crest-Cell-Migration-Is-Essential-for-Mouse-Development-pgen.1000878.s019.ogv 12 s, 304 × 304; 1.96 MB
Arginylation-Dependent-Neural-Crest-Cell-Migration-Is-Essential-for-Mouse-Development-pgen.1000878.s020.ogv 9.0 s, 749 × 706; 2.83 MB
Bare-Bones-Pattern-Formation-A-Core-Regulatory-Network-in-Varying-Geometries-Reproduces-Major-pone.0010892.s006.ogv 30 s, 881 × 383; 140 KB
Bare-Bones-Pattern-Formation-A-Core-Regulatory-Network-in-Varying-Geometries-Reproduces-Major-pone.0010892.s007.ogv 10 s, 881 × 383; 61 KB
Bare-Bones-Pattern-Formation-A-Core-Regulatory-Network-in-Varying-Geometries-Reproduces-Major-pone.0010892.s008.ogv 20 s, 881 × 383; 99 KB
Cell-Sorting-at-the-AP-Boundary-in-the-Drosophila-Wing-Primordium-A-Computational-Model-to-pcbi.1002025.s005.ogv 38 s, 576 × 432; 23.73 MB
Cell-Sorting-at-the-AP-Boundary-in-the-Drosophila-Wing-Primordium-A-Computational-Model-to-pcbi.1002025.s006.ogv 55 s, 640 × 480; 21.85 MB
Cell-Sorting-at-the-AP-Boundary-in-the-Drosophila-Wing-Primordium-A-Computational-Model-to-pcbi.1002025.s007.ogv 35 s, 600 × 452; 8.3 MB
Characterization-of-the-Gbx1−−-Mouse-Mutant-A-Requirement-for-Gbx1-in-Normal-Locomotion-and-pone.0056214.s002.ogv 1 min 14 s, 480 × 360; 6.57 MB
Chaste-An-Open-Source-C++-Library-for-Computational-Physiology-and-Biology-pcbi.1002970.s003.ogv 30 s, 1,348 × 772; 7.48 MB
Chaste-An-Open-Source-C++-Library-for-Computational-Physiology-and-Biology-pcbi.1002970.s004.ogv 1 min 15 s, 1,036 × 852; 17.99 MB
Chaste-An-Open-Source-C++-Library-for-Computational-Physiology-and-Biology-pcbi.1002970.s005.ogv 20 s, 455 × 455; 1.65 MB
Chaste-An-Open-Source-C++-Library-for-Computational-Physiology-and-Biology-pcbi.1002970.s006.ogv 3.7 s, 1,412 × 952; 229 KB
Complex systems organizational map.jpg 1,142 × 1,143; 205 KB
Computer-Simulation-of-Cellular-Patterning-Within-the-Drosophila-Pupal-Eye-pcbi.1000841.s008.ogv 49 s, 600 × 600; 18.59 MB
Computer-Simulation-of-Cellular-Patterning-Within-the-Drosophila-Pupal-Eye-pcbi.1000841.s009.ogv 49 s, 600 × 600; 19.25 MB
Computer-Simulation-of-Cellular-Patterning-Within-the-Drosophila-Pupal-Eye-pcbi.1000841.s010.ogv 48 s, 600 × 600; 19.92 MB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s016.ogv 8.0 s, 200 × 200; 335 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s017.ogv 8.0 s, 200 × 200; 342 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s018.ogv 8.0 s, 200 × 200; 330 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s019.ogv 8.0 s, 200 × 200; 196 KB
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Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s021.ogv 8.0 s, 200 × 200; 268 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s022.ogv 8.0 s, 200 × 200; 262 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s023.ogv 8.0 s, 200 × 200; 233 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s024.ogv 8.0 s, 200 × 200; 224 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s025.ogv 8.0 s, 200 × 200; 211 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s026.ogv 8.0 s, 200 × 200; 196 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s027.ogv 8.0 s, 200 × 200; 115 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s028.ogv 8.0 s, 200 × 200; 331 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s029.ogv 8.0 s, 200 × 200; 416 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s030.ogv 8.0 s, 200 × 200; 475 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s031.ogv 8.0 s, 200 × 200; 534 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s032.ogv 8.0 s, 200 × 200; 564 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s033.ogv 8.0 s, 200 × 200; 587 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s034.ogv 8.0 s, 200 × 200; 593 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s035.ogv 8.0 s, 200 × 200; 609 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s036.ogv 8.0 s, 200 × 200; 621 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s037.ogv 8.0 s, 200 × 200; 624 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s038.ogv 8.0 s, 200 × 200; 333 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s039.ogv 8.0 s, 200 × 200; 294 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s040.ogv 8.0 s, 200 × 200; 209 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s041.ogv 8.0 s, 200 × 200; 110 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s042.ogv 8.0 s, 200 × 200; 100 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s043.ogv 8.0 s, 200 × 200; 100 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s044.ogv 8.0 s, 200 × 200; 1.42 MB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s045.ogv 8.0 s, 200 × 200; 533 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s046.ogv 8.0 s, 200 × 200; 321 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s047.ogv 8.0 s, 200 × 200; 253 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s049.ogv 8.0 s, 200 × 200; 189 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s050.ogv 8.0 s, 200 × 200; 162 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s051.ogv 8.0 s, 400 × 400; 4.21 MB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s052.ogv 8.0 s, 400 × 400; 1.75 MB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s053.ogv 8.0 s, 400 × 400; 1.41 MB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s054.ogv 8.0 s, 400 × 400; 1.21 MB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s055.ogv 8.0 s, 400 × 400; 1.07 MB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s056.ogv 8.0 s, 400 × 400; 1.04 MB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s057.ogv 8.0 s, 400 × 400; 1,001 KB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s058.ogv 20 s, 480 × 480; 3.03 MB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s059.ogv 20 s, 480 × 480; 3.53 MB
Contact-Inhibited-Chemotaxis-in-De-Novo-and-Sprouting-Blood-Vessel-Growth-pcbi.1000163.s060.ogv 20 s, 480 × 480; 3.26 MB
Coordination-of-Cell-Differentiation-and-Migration-in-Mathematical-Models-of-Caudal-Embryonic-Axis-pone.0022700.s003.ogv 0.0 s, 544 × 496; 1.18 MB
Coordination-of-Cell-Differentiation-and-Migration-in-Mathematical-Models-of-Caudal-Embryonic-Axis-pone.0022700.s004.ogv 0.0 s, 544 × 496; 2.12 MB
Coordination-of-Cell-Differentiation-and-Migration-in-Mathematical-Models-of-Caudal-Embryonic-Axis-pone.0022700.s005.ogv 8.4 s, 544 × 496; 2.21 MB
Coordination-of-Cell-Differentiation-and-Migration-in-Mathematical-Models-of-Caudal-Embryonic-Axis-pone.0022700.s006.ogv 0.0 s, 816 × 272; 2.21 MB
Coordination-of-Cell-Differentiation-and-Migration-in-Mathematical-Models-of-Caudal-Embryonic-Axis-pone.0022700.s007.ogv 14 s, 1,824 × 544; 9.47 MB
Coordination-of-Cell-Differentiation-and-Migration-in-Mathematical-Models-of-Caudal-Embryonic-Axis-pone.0022700.s008.ogv 0.0 s, 544 × 496; 3.19 MB
Coordination-of-Cell-Differentiation-and-Migration-in-Mathematical-Models-of-Caudal-Embryonic-Axis-pone.0022700.s009.ogv 0.0 s, 544 × 496; 3.96 MB
Coordination-of-Cell-Differentiation-and-Migration-in-Mathematical-Models-of-Caudal-Embryonic-Axis-pone.0022700.s010.ogv 0.0 s, 608 × 256; 809 KB
Coordination-of-Cell-Differentiation-and-Migration-in-Mathematical-Models-of-Caudal-Embryonic-Axis-pone.0022700.s011.ogv 0.0 s, 608 × 256; 871 KB
Coordination-of-Cell-Differentiation-and-Migration-in-Mathematical-Models-of-Caudal-Embryonic-Axis-pone.0022700.s012.ogv 0.0 s, 608 × 256; 733 KB
Coordination-of-Cell-Differentiation-and-Migration-in-Mathematical-Models-of-Caudal-Embryonic-Axis-pone.0022700.s013.ogv 0.0 s, 800 × 496; 4.94 MB
Coordination-of-Cell-Differentiation-and-Migration-in-Mathematical-Models-of-Caudal-Embryonic-Axis-pone.0022700.s014.ogv 27 s, 1,200 × 496; 6.42 MB
Cyanobacterial-Cell-Lineage-Analysis-of-the-Spatiotemporal-hetR-Expression-Profile-during-pone.0007371.s008.ogv 36 s, 1,280 × 428; 3.07 MB
Cyanobacterial-Cell-Lineage-Analysis-of-the-Spatiotemporal-hetR-Expression-Profile-during-pone.0007371.s009.ogv 36 s, 1,280 × 428; 1.83 MB
Cyanobacterial-Cell-Lineage-Analysis-of-the-Spatiotemporal-hetR-Expression-Profile-during-pone.0007371.s010.ogv 13 s, 854 × 428; 407 KB
Cyanobacterial-Cell-Lineage-Analysis-of-the-Spatiotemporal-hetR-Expression-Profile-during-pone.0007371.s011.ogv 21 s, 428 × 428; 129 KB
Dynamic-Association-with-Donor-Cell-Filopodia-and-Lipid-Modification-Are-Essential-Features-of-pone.0084922.s001.ogv 15 s, 512 × 512; 973 KB
Dynamic-Coupling-of-Pattern-Formation-and-Morphogenesis-in-the-Developing-Vertebrate-Retina-pbio.1000214.s013.ogv 2.4 s, 320 × 320; 261 KB
Dynamic-Coupling-of-Pattern-Formation-and-Morphogenesis-in-the-Developing-Vertebrate-Retina-pbio.1000214.s014.ogv 2.6 s, 320 × 320; 310 KB
Embryonic-Larval-and-Juvenile-Development-of-the-Sea-Biscuit-Clypeaster-subdepressus-(Echinodermata-pone.0009654.s002.ogv 14 s, 480 × 360; 1.86 MB
Embryonic-Larval-and-Juvenile-Development-of-the-Sea-Biscuit-Clypeaster-subdepressus-(Echinodermata-pone.0009654.s003.ogv 13 s, 480 × 360; 1.11 MB
Embryonic-Larval-and-Juvenile-Development-of-the-Sea-Biscuit-Clypeaster-subdepressus-(Echinodermata-pone.0009654.s004.ogv 51 s, 480 × 360; 6.93 MB
Embryonic-Larval-and-Juvenile-Development-of-the-Sea-Biscuit-Clypeaster-subdepressus-(Echinodermata-pone.0009654.s005.ogv 7.2 s, 480 × 360; 173 KB
Embryonic-Larval-and-Juvenile-Development-of-the-Sea-Biscuit-Clypeaster-subdepressus-(Echinodermata-pone.0009654.s007.ogv 1 min 0 s, 480 × 360; 2.67 MB
Embryonic-Larval-and-Juvenile-Development-of-the-Sea-Biscuit-Clypeaster-subdepressus-(Echinodermata-pone.0009654.s009.ogv 26 s, 480 × 360; 2.36 MB
Embryonic-Larval-and-Juvenile-Development-of-the-Sea-Biscuit-Clypeaster-subdepressus-(Echinodermata-pone.0009654.s010.ogv 52 s, 480 × 360; 3.99 MB
Embryonic-Larval-and-Juvenile-Development-of-the-Sea-Biscuit-Clypeaster-subdepressus-(Echinodermata-pone.0009654.s011.ogv 30 s, 480 × 360; 2.25 MB
Eph-Regulates-Dorsoventral-Asymmetry-of-the-Notochord-Plate-and-Convergent-Extension-Mediated-pone.0013689.s006.ogv 4.6 s, 773 × 256; 1.86 MB
Eph-Regulates-Dorsoventral-Asymmetry-of-the-Notochord-Plate-and-Convergent-Extension-Mediated-pone.0013689.s007.ogv 4.8 s, 773 × 256; 2.17 MB
EphA3-Expressed-in-the-Chicken-Tectum-Stimulates-Nasal-Retinal-Ganglion-Cell-Axon-Growth-and-Is-pone.0038566.s002.ogv 29 s, 180 × 120; 206 KB
EXtraembryonic-ENdoderm-(XEN)-Stem-Cells-Produce-Factors-that-Activate-Heart-Formation-pone.0013446.s003.ogv 7.9 s, 1,088 × 816; 406 KB
EXtraembryonic-ENdoderm-(XEN)-Stem-Cells-Produce-Factors-that-Activate-Heart-Formation-pone.0013446.s004.ogv 11 s, 1,088 × 816; 322 KB
Fbxw7-Controls-Angiogenesis-by-Regulating-Endothelial-Notch-Activity-pone.0041116.s006.ogv 10 s, 600 × 400; 701 KB
Fbxw7-Controls-Angiogenesis-by-Regulating-Endothelial-Notch-Activity-pone.0041116.s007.ogv 10 s, 600 × 400; 686 KB
Force-Induced-Unfolding-Simulations-of-the-Human-Notch1-Negative-Regulatory-Region-Possible-Roles-pone.0022837.s003.ogv 0.0 s, 928 × 832; 22.1 MB
From-Dynamic-Expression-Patterns-to-Boundary-Formation-in-the-Presomitic-Mesoderm-pcbi.1002586.s013.ogv 47 s, 1,272 × 322; 4.94 MB
From-Dynamic-Expression-Patterns-to-Boundary-Formation-in-the-Presomitic-Mesoderm-pcbi.1002586.s014.ogv 47 s, 1,272 × 322; 5.34 MB
From-Dynamic-Expression-Patterns-to-Boundary-Formation-in-the-Presomitic-Mesoderm-pcbi.1002586.s015.ogv 44 s, 1,272 × 322; 5.64 MB
From-Dynamic-Expression-Patterns-to-Boundary-Formation-in-the-Presomitic-Mesoderm-pcbi.1002586.s016.ogv 52 s, 1,272 × 322; 5.66 MB
From-Dynamic-Expression-Patterns-to-Boundary-Formation-in-the-Presomitic-Mesoderm-pcbi.1002586.s017.ogv 47 s, 1,272 × 322; 5.34 MB
From-Dynamic-Expression-Patterns-to-Boundary-Formation-in-the-Presomitic-Mesoderm-pcbi.1002586.s018.ogv 42 s, 1,272 × 322; 4.44 MB
From-Dynamic-Expression-Patterns-to-Boundary-Formation-in-the-Presomitic-Mesoderm-pcbi.1002586.s019.ogv 23 s, 1,277 × 274; 2.45 MB
From-Dynamic-Expression-Patterns-to-Boundary-Formation-in-the-Presomitic-Mesoderm-pcbi.1002586.s020.ogv 44 s, 1,277 × 160; 5.22 MB
From-Dynamic-Expression-Patterns-to-Boundary-Formation-in-the-Presomitic-Mesoderm-pcbi.1002586.s021.ogv 1 min 16 s, 1,272 × 322; 13.51 MB
From-Dynamic-Expression-Patterns-to-Boundary-Formation-in-the-Presomitic-Mesoderm-pcbi.1002586.s022.ogv 56 s, 1,272 × 322; 7.98 MB
Hive Mind (2067467).jpg 1,525 × 1,484; 1.01 MB
Hox10-Genes-Function-in-Kidney-Development-in-the-Differentiation-and-Integration-of-the-Cortical-pone.0023410.s002.ogv 6.5 s, 590 × 444; 1.5 MB
Hox10-Genes-Function-in-Kidney-Development-in-the-Differentiation-and-Integration-of-the-Cortical-pone.0023410.s003.ogv 8.6 s, 486 × 444; 1.46 MB
Integrin-α5-Coordinates-Assembly-of-Posterior-Cranial-Placodes-in-Zebrafish-and-Enhances-Fgf-pone.0027778.s006.ogv 4.1 s, 1,340 × 922; 1.34 MB
Integrin-α5-Coordinates-Assembly-of-Posterior-Cranial-Placodes-in-Zebrafish-and-Enhances-Fgf-pone.0027778.s007.ogv 5.4 s, 1,388 × 1,040; 1.07 MB
Integrin-α5-Coordinates-Assembly-of-Posterior-Cranial-Placodes-in-Zebrafish-and-Enhances-Fgf-pone.0027778.s008.ogv 4.9 s, 1,388 × 1,040; 327 KB
Integrin-α5-Coordinates-Assembly-of-Posterior-Cranial-Placodes-in-Zebrafish-and-Enhances-Fgf-pone.0027778.s009.ogv 5.0 s, 1,388 × 1,040; 408 KB
Isolation-by-Distance-and-Outbreeding-Depression-Are-Sufficient-to-Drive-Parapatric-Speciation-in-pcbi.1000126.s001.ogv 51 s, 960 × 600; 5.94 MB
Isolation-by-Distance-and-Outbreeding-Depression-Are-Sufficient-to-Drive-Parapatric-Speciation-in-pcbi.1000126.s002.ogv 50 s, 960 × 600; 2.87 MB
Isolation-by-Distance-and-Outbreeding-Depression-Are-Sufficient-to-Drive-Parapatric-Speciation-in-pcbi.1000126.s003.ogv 43 s, 960 × 600; 1.26 MB
JNK-Signalling-Controls-Remodelling-of-the-Segment-Boundary-through-Cell-Reprogramming-during-pbio.1000390.s008.ogv 11 s, 700 × 725; 7.13 MB
JNK-Signalling-Controls-Remodelling-of-the-Segment-Boundary-through-Cell-Reprogramming-during-pbio.1000390.s009.ogv 21 s, 582 × 520; 2.52 MB
JNK-Signalling-Controls-Remodelling-of-the-Segment-Boundary-through-Cell-Reprogramming-during-pbio.1000390.s010.ogv 1 min 5 s, 640 × 480; 1.89 MB
JNK-Signalling-Controls-Remodelling-of-the-Segment-Boundary-through-Cell-Reprogramming-during-pbio.1000390.s011.ogv 16 s, 700 × 830; 900 KB
JNK-Signalling-Controls-Remodelling-of-the-Segment-Boundary-through-Cell-Reprogramming-during-pbio.1000390.s012.ogv 15 s, 394 × 447; 644 KB
JNK-Signalling-Controls-Remodelling-of-the-Segment-Boundary-through-Cell-Reprogramming-during-pbio.1000390.s013.ogv 10 s, 618 × 648; 1.01 MB
Leaf pattern (Ficus religiosa).JPG 2,816 × 1,880; 1.39 MB
Mapa organizativo de sistemas complejos.jpg 2,550 × 3,300; 1.55 MB
Mechanical-Cell-Matrix-Feedback-Explains-Pairwise-and-Collective-Endothelial-Cell-Behavior-In-Vitro-pcbi.1003774.s009.ogv 28 s, 640 × 480; 6.19 MB
Mechanical-Cell-Matrix-Feedback-Explains-Pairwise-and-Collective-Endothelial-Cell-Behavior-In-Vitro-pcbi.1003774.s010.ogv 28 s, 640 × 480; 7.18 MB
Mechanical-Cell-Matrix-Feedback-Explains-Pairwise-and-Collective-Endothelial-Cell-Behavior-In-Vitro-pcbi.1003774.s011.ogv 27 s, 640 × 480; 22.46 MB
Mechanical-Cell-Matrix-Feedback-Explains-Pairwise-and-Collective-Endothelial-Cell-Behavior-In-Vitro-pcbi.1003774.s012.ogv 9.0 s, 640 × 480; 400 KB
Mechanical-Cell-Matrix-Feedback-Explains-Pairwise-and-Collective-Endothelial-Cell-Behavior-In-Vitro-pcbi.1003774.s013.ogv 27 s, 640 × 480; 10 MB
Membrane-Binding-of-MinE-Allows-for-a-Comprehensive-Description-of-Min-Protein-Pattern-Formation-pcbi.1003347.s010.ogv 11 s, 854 × 480; 6.82 MB
Membrane-Binding-of-MinE-Allows-for-a-Comprehensive-Description-of-Min-Protein-Pattern-Formation-pcbi.1003347.s011.ogv 8.8 s, 854 × 480; 1.91 MB
Morphogenesis-and-Cell-Fate-Determination-within-the-Adaxial-Cell-Equivalence-Group-of-the-pgen.1003014.s008.ogv 21 s, 640 × 512; 104 KB
Mutation-in-utp15-Disrupts-Vascular-Patterning-in-a-p53-Dependent-Manner-in-Zebrafish-Embryos-pone.0025013.s005.ogv 7.3 s, 640 × 480; 281 KB
Mutation-in-utp15-Disrupts-Vascular-Patterning-in-a-p53-Dependent-Manner-in-Zebrafish-Embryos-pone.0025013.s006.ogv 12 s, 1,280 × 720; 598 KB
Neuronal-(Bi)Polarity-as-a-Self-Organized-Process-Enhanced-by-Growing-Membrane-pone.0024190.s008.ogv 2.7 s, 336 × 252; 32 KB
Nicotinic acid.jpg 7,952 × 5,304; 32.43 MB
Nodal-Dependent-Differential-Localisation-of-Dishevelled-2-Demarcates-Regions-of-Differing-Cell-pbio.1001019.s005.ogv 4.3 s, 500 × 410; 930 KB
Nodal-Dependent-Differential-Localisation-of-Dishevelled-2-Demarcates-Regions-of-Differing-Cell-pbio.1001019.s006.ogv 7.0 s, 380 × 580; 597 KB
Nodal-Dependent-Differential-Localisation-of-Dishevelled-2-Demarcates-Regions-of-Differing-Cell-pbio.1001019.s007.ogv 8.5 s, 367 × 512; 469 KB
Nodal-Dependent-Differential-Localisation-of-Dishevelled-2-Demarcates-Regions-of-Differing-Cell-pbio.1001019.s008.ogv 6.0 s, 734 × 512; 733 KB
Nodal-Dependent-Differential-Localisation-of-Dishevelled-2-Demarcates-Regions-of-Differing-Cell-pbio.1001019.s009.ogv 8.5 s, 367 × 512; 439 KB
Nodal-Dependent-Differential-Localisation-of-Dishevelled-2-Demarcates-Regions-of-Differing-Cell-pbio.1001019.s010.ogv 7.8 s, 380 × 580; 368 KB
Nodal-Dependent-Differential-Localisation-of-Dishevelled-2-Demarcates-Regions-of-Differing-Cell-pbio.1001019.s011.ogv 6.2 s, 380 × 580; 123 KB
Nodal-Dependent-Differential-Localisation-of-Dishevelled-2-Demarcates-Regions-of-Differing-Cell-pbio.1001019.s012.ogv 5.5 s, 380 × 580; 268 KB
Nodal-Dependent-Differential-Localisation-of-Dishevelled-2-Demarcates-Regions-of-Differing-Cell-pbio.1001019.s013.ogv 8.4 s, 380 × 580; 834 KB
Nodal-Dependent-Differential-Localisation-of-Dishevelled-2-Demarcates-Regions-of-Differing-Cell-pbio.1001019.s014.ogv 6.8 s, 380 × 580; 683 KB
Nodal-Dependent-Differential-Localisation-of-Dishevelled-2-Demarcates-Regions-of-Differing-Cell-pbio.1001019.s015.ogv 5.1 s, 380 × 580; 755 KB
Novel-Function-of-Distal-less-as-a-Gap-Gene-during-Spider-Segmentation-pgen.1002342.s010.ogv 21 s, 480 × 360; 915 KB
Novel-Function-of-Distal-less-as-a-Gap-Gene-during-Spider-Segmentation-pgen.1002342.s011.ogv 26 s, 480 × 360; 1,013 KB
Parasites-Sustain-and-Enhance-RNA-Like-Replicators-through-Spatial-Self-Organisation-pcbi.1004902.s002.ogv 20 s, 512 × 512; 66.68 MB
Parasites-Sustain-and-Enhance-RNA-Like-Replicators-through-Spatial-Self-Organisation-pcbi.1004902.s003.ogv 20 s, 512 × 512; 35.62 MB
Pattern formation 1.jpg 960 × 1,280; 203 KB
Pattern formation 2.jpg 960 × 1,280; 185 KB
Pattern formation 3.jpg 960 × 1,280; 216 KB
Pattern formation 4.jpg 960 × 1,280; 185 KB
Patterning-the-Cone-Mosaic-Array-in-Zebrafish-Retina-Requires-Specification-of-Ultraviolet-pone.0085325.s001.ogv 20 s, 1,164 × 744; 2.74 MB
Patterning-the-Cone-Mosaic-Array-in-Zebrafish-Retina-Requires-Specification-of-Ultraviolet-pone.0085325.s002.ogv 20 s, 756 × 668; 2.15 MB
Patterning-the-Cone-Mosaic-Array-in-Zebrafish-Retina-Requires-Specification-of-Ultraviolet-pone.0085325.s003.ogv 40 s, 756 × 668; 1,017 KB
Patterning-the-Cone-Mosaic-Array-in-Zebrafish-Retina-Requires-Specification-of-Ultraviolet-pone.0085325.s004.ogv 20 s, 756 × 668; 1.87 MB
Patterning-the-Cone-Mosaic-Array-in-Zebrafish-Retina-Requires-Specification-of-Ultraviolet-pone.0085325.s005.ogv 20 s, 1,284 × 688; 2.31 MB
Patterning-the-Cone-Mosaic-Array-in-Zebrafish-Retina-Requires-Specification-of-Ultraviolet-pone.0085325.s006.ogv 20 s, 1,356 × 744; 2.97 MB
Patterning-the-Cone-Mosaic-Array-in-Zebrafish-Retina-Requires-Specification-of-Ultraviolet-pone.0085325.s007.ogv 20 s, 1,320 × 580; 3.36 MB
Patterning-the-Cone-Mosaic-Array-in-Zebrafish-Retina-Requires-Specification-of-Ultraviolet-pone.0085325.s008.ogv 26 s, 1,416 × 2,402; 13.85 MB
Rac1-Dependent-Collective-Cell-Migration-Is-Required-for-Specification-of-the-Anterior-Posterior-pbio.1000442.s013.ogv 12 s, 459 × 198; 162 KB
Rac1-Dependent-Collective-Cell-Migration-Is-Required-for-Specification-of-the-Anterior-Posterior-pbio.1000442.s014.ogv 11 s, 218 × 260; 71 KB
Rac1-Dependent-Collective-Cell-Migration-Is-Required-for-Specification-of-the-Anterior-Posterior-pbio.1000442.s020.ogv 9.8 s, 1,744 × 1,456; 3.95 MB
Rac1-Dependent-Collective-Cell-Migration-Is-Required-for-Specification-of-the-Anterior-Posterior-pbio.1000442.s021.ogv 5.0 s, 248 × 258; 59 KB
Rac1-Dependent-Collective-Cell-Migration-Is-Required-for-Specification-of-the-Anterior-Posterior-pbio.1000442.s022.ogv 4.0 s, 166 × 143; 29 KB
Rac1-Dependent-Collective-Cell-Migration-Is-Required-for-Specification-of-the-Anterior-Posterior-pbio.1000442.s023.ogv 8.0 s, 570 × 215; 224 KB
Rac1-Dependent-Collective-Cell-Migration-Is-Required-for-Specification-of-the-Anterior-Posterior-pbio.1000442.s025.ogv 4.0 s, 166 × 157; 52 KB
Radial-Glial-Dependent-and-Independent-Dynamics-of-Interneuronal-Migration-in-the-Developing-pone.0000794.s002.ogv 12 s, 480 × 348; 2.22 MB
Radial-Glial-Dependent-and-Independent-Dynamics-of-Interneuronal-Migration-in-the-Developing-pone.0000794.s003.ogv 8.0 s, 320 × 240; 1.16 MB

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Complex systems

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