Category:Developmental biology
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explores the processes by which individual organisms grow and develop (ontogeny)  | |||||
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Bibliothèque nationale de France ID: Subcategories
This category has the following 53 subcategories, out of 53 total.
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A
- ABC model (3 F)
B
- Blastocyst (37 F)
C
- Cell fate determination (154 F)
- Cleavage (embryo) (75 F)
D
- Developmental bias (7 F)
- Developmental signaling (78 F)
E
F
G
H
J
L
- Lithopedion (20 F)
M
- Media from BMC Developmental Biology (158 F)
- Media from Developmental Biology (16 F)
- Multicellularity (18 F)
O
P
- Development of the pancreas (8 F)
- Pierre Pica (4 F)
R
S
- Somites (44 F)
T
- The butterfly vivarium (8 F)
V
Pages in category "Developmental biology"
This category contains only the following page.
Media in category "Developmental biology"
The following 200 files are in this category, out of 203 total.
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2007-09-16-18-31-46-004-Engerling.JPG 1,024 × 768; 610 KB
3edg.png 1,674 × 893; 161 KB
8-cell stage.jpg 1,224 × 1,632; 610 KB
A simplified representation of the essential steps in meisos.png 1,128 × 1,221; 424 KB
Abb 9-4 Belyaev Experiment 21-10-10-B.jpg 1,942 × 1,183; 235 KB
ABC Model with labels in Welsh.svg 512 × 391; 10 KB
AcTub-Ath5.tif 600 × 600; 1.03 MB
Anamorphic development in millipedes.tiff 1,843 × 3,926; 6.91 MB
Arengubioloogia meetodid.png 480 × 640; 49 KB
Asymmetric cell division neuroblast.jpg 236 × 301; 33 KB
Asymmetric cell division.jpg 960 × 720; 61 KB
Attracive-faces-symmetry.jpg 366 × 384; 18 KB
AxialTwistDevelopment.png 763 × 1,220; 479 KB
AxialTwistScenario.png 642 × 310; 132 KB
Bicoid (2).png 200 × 291; 4 KB
Bicoid gradient photo.png 1,127 × 540; 184 KB
Bicoid gradient.png 210 × 150; 7 KB
Bicoid mutant.jpeg 850 × 763; 54 KB
Bird song development timeline-sr.svg 617 × 500; 43 KB
Bird song development timeline.png 617 × 500; 40 KB
Bird song development timeline.svg 617 × 500; 43 KB
BMP2.png 486 × 440; 43 KB
BMP4 Signal Transduction Pathways.gif 720 × 540; 28 KB
Bolachadapraia.jpg 3,264 × 2,448; 2.9 MB
Bony nidus 1.jpg 395 × 237; 40 KB
Branching morphogenesis in 3D cell culture.jpg 778 × 434; 98 KB
CAM blood vessels.tif 1,377 × 2,074; 4.46 MB
Cancer stem cells text resized-es.svg 930 × 690; 56 KB
Cancer stem cells text resized.svg 930 × 690; 38 KB
Cell Differentiation.jpg 727 × 384; 23 KB
Cheryll Tickle Medal.jpg 7,236 × 3,672; 5.16 MB
Clonal selection.svg 350 × 750; 137 KB
Coelomate labeled.svg 250 × 250; 133 KB
Coelomate.svg 250 × 250; 16 KB
Comparison of cancer cell lines.png 640 × 285; 11 KB
Comparison-of-Toll-pathways.png 814 × 581; 127 KB
Complete cell lineage of C elegans.png 1,110 × 576; 41 KB
Concs.gif 206 × 138; 632 KB
Creode.jpg 265 × 190; 15 KB
Development of embryonic nephrons.png 4,059 × 3,000; 1.8 MB
Development of the retina.tif 6,560 × 1,312; 24.62 MB
Dictyostelium Aggregation.JPG 973 × 768; 501 KB
Dictyostelium Fruiting Bodies.JPG 698 × 1,024; 204 KB
Dictyostelium Late Aggregation 1.JPG 1,433 × 999; 2.86 MB
Dictyostelium Myxamebas.JPG 1,215 × 866; 2.67 MB
Dictyostelium Pseudoplasmodium.JPG 1,024 × 749; 516 KB
Dorsoventral inversion theory.png 2,997 × 1,750; 323 KB
Dorsoventrale Inversionstheorie.png 3,037 × 1,750; 330 KB
Dpp wing expression.jpg 216 × 324; 35 KB
- Drosophila cleavage and gastrulation.webm 30 s, 1,920 × 800; 42.28 MB
Drosophila embryo musculoskeletal system.jpg 1,490 × 776; 375 KB
DrosophilaKutikula.jpg 1,181 × 591; 216 KB
Duży inkubator.JPG 985 × 1,968; 250 KB
Early embryonic development of Encarsia pergandiella. Nature as art or vice versa?.tif 4,164 × 3,120; 37.17 MB
Eco-evo-devo-Fragen-klein2.jpg 1,856 × 1,180; 96 KB
EctodermalSpecification.png 1,056 × 1,286; 96 KB
EctodermalSpecification2.png 1,090 × 1,136; 158 KB
ElizabethDexterHay.png 1,114 × 1,138; 1.03 MB
Embryonic development of the chondrocranium of a lizard.jpg 343 × 800; 140 KB
Enzymmmuster tulpe.png 700 × 682; 171 KB
Equal vs unequal cleavage.jpg 720 × 540; 38 KB
Estructura cristalina del dominio N-Reelin de F-spondin.png 858 × 535; 129 KB
Even-skipped fushi tarazu.svg 203 × 121; 56 KB
Experimente zur biologischen induktion.png 1,656 × 1,467; 298 KB
Extensión disco imaginal de la pata.png 354 × 425; 23 KB
Faringotrema.PNG 802 × 581; 19 KB
Femaledevelopment.png 288 × 700; 42 KB
Fetal hematopoieses.gif 600 × 595; 40 KB
Fetale hematopoese.png 593 × 570; 27 KB
Filogenia faringotremas.PNG 722 × 645; 138 KB
Formation of the Primitive Streak.pdf 2,043 × 1,541; 14 KB
Gap gene expression.png 200 × 205; 11 KB
Gap gene expression.svg 200 × 150; 5 KB
Genes hox.jpeg 4,131 × 2,571; 857 KB
Gill slits.png 753 × 645; 162 KB
Grasshoppermetasnodgrass.jpg 529 × 932; 77 KB
Gray34-ar.png 500 × 383; 66 KB
Gray34.png 500 × 383; 36 KB
HairyTeeth4TC.jpg 339 × 232; 35 KB
Hatchlings by Sudiksha.jpg 2,272 × 1,704; 2.26 MB
Heterochrony.svg 1,052 × 744; 24 KB
High maintenance weed!.jpg 2,760 × 2,760; 2.78 MB
Hiire embrüonaalsed tüvirakud diferentseerumas neuraalseteks eelasrakkudeks.JPG 2,560 × 1,920; 2.72 MB
Homeotic selector gene complexes.svg 1,101 × 247; 56 KB
How the Turtle Gets its Shell.svg 2,122 × 1,568; 54 KB
Hox cluster.svg 419 × 129; 7 KB
Human embryonic stem cells.png 1,010 × 1,899; 2.64 MB
Hypertrophic Zone of Epiphyseal Plate.jpg 408 × 574; 183 KB
ICM signaling.jpg 960 × 720; 85 KB
Images representing technical steps during sEmbryo culture protocol.jpg 3,206 × 4,151; 1.98 MB
Induktion var 3 007.jpg 2,434 × 1,701; 1.7 MB
Insectwings2plain.svg 744 × 1,052; 110 KB
Intermediate mesoderm.png 486 × 447; 58 KB
INVAGINATION.png 937 × 573; 19 KB
Inver.jpg 1,024 × 768; 559 KB
Invicta hatching.tif 1,024 × 768; 769 KB
Ips cells ja.png 2,583 × 2,333; 373 KB
Ips cells-es.png 2,022 × 1,928; 816 KB
Ips cells.png 647 × 617; 69 KB
Käfer004.jpg 1,200 × 1,704; 1.52 MB
LarveKamsalamander.JPG 600 × 450; 205 KB
Lateral inhibition process.jpg 906 × 468; 75 KB
Lepisosteus oculatus larva at 22 days.png 440 × 361; 161 KB
Lerva.jpeg 426 × 253; 43 KB
Lerva1.jpeg 665 × 377; 55 KB
Limb bud.png 850 × 496; 61 KB
Lymphatic molecules.svg 881 × 819; 1,002 KB
Macho con cuernos y sin cuernos de escarabajo O. taurus.png 969 × 872; 1,007 KB
MAPKpathway diagram.svg 295 × 920; 33 KB
MAPKpathway.png 294 × 920; 26 KB
Mary Beth Hatten at Rockefeller University October 2, 2017.jpg 3,036 × 3,424; 6.24 MB
Maternal effect mRNAs-2.svg 350 × 225; 2 KB
Maternal-zygotic-transition.png 738 × 694; 59 KB
MCR1erythro4TC.jpg 564 × 304; 41 KB
Mechanism of neoblast specification during regeneration.jpg 3,529 × 2,647; 1.43 MB
Mesenchymal Stem Cell.jpg 275 × 411; 60 KB
Mesenchymal-Stem-Cell-rotate.jpg 411 × 275; 113 KB
Monodelphis domestica embryo.png 303 × 222; 72 KB
Morphogenetic.gif 279 × 267; 5 KB
Morphogenic movements4567.jpg 720 × 540; 29 KB
Mycoplasma genitalium.gif 280 × 280; 8 KB
Má-formações Nêurula.png 355 × 434; 8 KB
Neural crest.png 450 × 540; 39 KB
Neurula.png 873 × 317; 21 KB
Nodal signaling.jpg 1,168 × 1,198; 537 KB
O.Hertwig1906Fig2-6.jpg 1,382 × 1,459; 347 KB
Ontwikkelstadia wespenpoppen.jpg 681 × 1,979; 129 KB
Organização corporal de Hydra.png 1,195 × 950; 178 KB
Origen-Homeoticos.jpg 2,100 × 1,200; 102 KB
Ovariole niche.png 680 × 496; 181 KB
Ovum centrolecithale.png 600 × 600; 31 KB
Ovum telolecithale.png 600 × 600; 41 KB
P19 cell sorting out.png 228 × 223; 77 KB
Pair rule.svg 336 × 334; 8 KB
Phylogeny gill slit.png 782 × 546; 38 KB
Physiological Polyspermy.png 1,360 × 604; 30 KB
Pinus pinea foliage.jpg 762 × 850; 81 KB
Polycheate Late Trochophore Lrva.jpg 5,069 × 6,572; 4.85 MB
Polycheate Nereid Larva.jpg 4,318 × 5,292; 3.49 MB
Primitiv Node.jpg 720 × 504; 42 KB
Proneural genes in neurogenesis and gliogenesis pathway.png 2,650 × 1,095; 62 KB
Prosobranchia- Late trochophore with protoconch.jpg 5,100 × 6,571; 4.75 MB
Proteina-homeodominio.jpg 2,870 × 515; 195 KB
PSM V84 D537 Facts and factors of development fig13.jpg 723 × 760; 111 KB
PZSL1852PlateAnnulosa28.png 1,850 × 2,895; 3.45 MB
PZSL1852PlateAnnulosa29.png 1,772 × 2,900; 3.98 MB
PZSL1907Page054.png 2,079 × 3,213; 5.49 MB
Raji cell lines.jpg 1,077 × 610; 138 KB
RUH PMH.jpg 2,766 × 3,200; 1.33 MB
Salivary gland epithelial tissue growing in vitro.jpg 542 × 540; 37 KB
Schematic diagram of the bicoid mRNA distribution.png 763 × 608; 26 KB
Sea star regenerating legs.jpg 1,274 × 1,050; 529 KB
Shark Lacerta deBeer1937.jpg 600 × 752; 178 KB
Shh processing.png 791 × 307; 23 KB
Shh processing.svg 790 × 305; 9 KB
Shh structure.png 387 × 387; 70 KB
Slack Essential Dev Biol Fig 02-08.jpg 255 × 482; 611 KB
Slack Essential Dev Biol Fig 14.12a.jpg 1,146 × 913; 179 KB
SMAD1.png 486 × 440; 68 KB
SMAD2 SMAD4 COMPLEX.png 486 × 440; 110 KB
SMAD3 SMAD4 COMPLEX.png 486 × 440; 110 KB
SMURF2 SMAD7 complex.png 486 × 440; 87 KB
SOFA-retina.tif 3,689 × 3,684; 38.88 MB
Start-msc2 logo.png 588 × 106; 14 KB
Stylopod-zygopod-autopod-pl.svg 397 × 131; 5 KB
Stylopod-zygopod-autopod.png 397 × 201; 19 KB
Stülopood, seugopood ja autopood.png 397 × 201; 13 KB
Síntese do experimento de Roger Sperry em Xenopus laevis.png 1,728 × 2,980; 394 KB
The Modular Structure of Fibronectin and its Binding Domains.png 898 × 371; 47 KB
Toothbud annot.gif 359 × 302; 2.96 MB
Totipotenznachweis.png 600 × 1,186; 102 KB
Trait-scale-bimodal.png 626 × 311; 17 KB
Transgenic hydra endo.gif 200 × 227; 36 KB
Variacion fenotípica de Daphnia.jpg 250 × 457; 7 KB
Variaciones fenotípicas estacionales en mariposas Pontia.jpg 511 × 557; 16 KB
Vetebrate Embryo.jpg 960 × 720; 72 KB
Vetebrateembryo.svg 716 × 604; 197 KB
VPCs.png 1,018 × 466; 45 KB
Wingless-ja.png 275 × 413; 59 KB
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