Category:Otic placode

Media in category "Otic placode"

The following 32 files are in this category, out of 32 total.

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  (A) Schematic drawing comparing the prospective neurogenic region in the otic placode from a 14 somite stage (ss) zebrafish embryo and a 14ss chick embryo.jpg 2,947 × 3,611; 1.54 MB
  
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  . Neurogenesis in the lateral line placodes of Q-VD-OPh-treated mice.jpg 714 × 820; 363 KB
  
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  A generalized embryo demonstrating the three functional types of cranial nerves.png 1,204 × 904; 521 KB
  
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  BMP expression patterns in otic, lens and olfactory placodes (01).png 1,420 × 702; 728 KB
  
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  BMP expression patterns in otic, lens and olfactory placodes (02).png 952 × 835; 559 KB
  
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  Cell types arising from cranial placodes at tailbud stage, NF stage 27 Xenopus.jpg 1,933 × 1,648; 1.04 MB
  
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  Cranial placodes in the trilaminar embryo.jpg 886 × 742; 93 KB
  
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  Decreased apical width and cell elongation after BMP inhibition in the olfactory placode. (A-C) In ovo electroporation of stage 1112 embryos in the + olfactory placode with GFP alone (A).png 1,446 × 775; 491 KB
  
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  Disrupted apical accumulation of RhoA and F-actin after BMP inhibition.png 1,449 × 1,406; 1.67 MB
  
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  Disrupted apical accumulation of RhoA and F-actin in the otic placode after BMP or ROCK inhibition.png 1,465 × 1,056; 620 KB
  
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  Early craniofacial patterning and development.jpg 1,772 × 1,298; 1.18 MB
  
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  Ectodermal placodal areas from neurula stage (NF stage 14) to tailbud stage (NF stage 3334).jpg 1,946 × 2,123; 1.52 MB
  
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  Effects of BMP concentration on fate of ectodermal cells to induce epidermal, placodal, neural crest, and neural derivatives.png 3,262 × 2,723; 789 KB
  
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  Formation of cranial placodes requires competence factors but not Bmp during gastrulation.png 984 × 2,066; 1.81 MB
  
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  Gbx2 and Otx2 are required for the correct assembly of otic and lens placodes.png 850 × 1,407; 544 KB
  
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  Gbx2 targets are required for directional cell movements into the otic placode.jpg 754 × 887; 316 KB
  
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  Generating the otic vesicle and the epibranchial placode.png 1,299 × 1,215; 790 KB
  
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  Internal and external view of the developing head and neck at week 4. (A) Ventral view depicting the early heart.png 891 × 931; 263 KB
  
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  Lateral line placodes of Q-VD-OPh-treated mice reveal the specific molecular properties of posterior placodes.jpg 1,204 × 1,674; 1.84 MB
  
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  Lateral line placodes, morphological comparison between Q-VD-OPh-treated mice and axolotl embryos.jpg 992 × 1,435; 1.27 MB
  
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  MM frog placodes to adult tissues.jpg 1,614 × 609; 465 KB
  
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  Otic placode (OP) and epibranchial placode (EP) induction.png 1,128 × 867; 636 KB
  
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  Otic placode fail to invaginate in the absence of BMP.png 1,445 × 535; 325 KB
  
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  Overview of BMP signalling pathway and modulators during development of pre-placodal ectoderm.png 2,604 × 3,063; 1.38 MB
  
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  Pharmacological inhibition of apoptosis generates lateral line placodes in embryonic mice.jpg 1,044 × 1,663; 837 KB
  
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  Pharmacological inhibition of apoptosis in the posterior placodal area (PPA) of embryonic mice.jpg 1,443 × 1,483; 1.64 MB
  
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  Progenitors of mammals are dependent by initial Eya1,Sox2 and Neurog1 that are needed for several genes to differentiate neurons of either the otocyst or the epibranchial placodes.png 1,458 × 688; 644 KB
  
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  Schematic illustrations of the various stages of ear development (not to scale).jpg 3,146 × 3,523; 880 KB
  
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  Schematic of areas of gene expression at neurula stage, NF stage 14. Xenopus.jpg 1,200 × 918; 386 KB
  
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  Schematic overview of embryonic inner ear development and inner ear cell types generated from hPSCs in vitro.png 1,916 × 1,790; 1.53 MB
  
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  Transverse section through the hind-brain and auditory placodes of a thirty-eight-hour chick embryo.png 1,049 × 523; 259 KB
  
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  Two stages in the early development of the internal ear.png 911 × 507; 235 KB