• Transgenic Drosophila pupa expressing GFP

  • Derric Nimmo & Paul Eggleston

  • Digital Images
  • Online

  

• Dorsal view of zebrafish brain (4 day-post fertilization)

  • Anya Suppermpool, Rihel lab/ Wilson lab, University College London

  • Digital Images
  • Online

  

• Eye development, zebrafish

  • Dr Steve Wilson

  • Digital Images
  • Online

  

• Zebrafish posterior lateral line development

  • Dr Steve Wilson

  • Digital Images
  • Online

  

• Transverse section of brain and eyes, Zebrafish model

  • Dr Steve Wilson

  • Digital Images
  • Online

  

• Retina development, composition

  • Dr Steve Wilson

  • Digital Images
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• Liver of a DEN (Diethylnitrosamine)-treated rat. DEN is a toxic chemical which quickly induces liver cirrhosis followed by HCC (Hepatocellular carcinoma, a primary liver cancer). Cirrhosis is an end result of fibrosis, the scarring of liver tissue. Fibrosis is caused by the overproduction of collagen, a component of the connective tissue forming the liver. To grade the amount of cirrhosis present in a liver sample, collagen is made visible using the dye sirius red. Under polarized light, collagen is observed as the golden to red color as shown in this image.

  • Tabea Hohensee

  • Digital Images
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• Drosophila eye

  • Anne Weston, Francis Crick Institute

  • Digital Images
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• Zebrafish sensory neuromasts

  • Dr Steve Wilson

  • Digital Images
  • Online

  

• Zebrafish embryos with green fluorescent myotomes

  • S. Roy

  • Digital Images
  • Online

  

• Transgenic Drosophila pupa expressing GFP in its eyes

  • Derric Nimmo & Paul Eggleston

  • Digital Images
  • Online

  

• Transgenic Drosophila pupa expressing GFP

  • Derric Nimmo & Paul Eggleston

  • Digital Images
  • Online

  

• Transgenic Drosophila pupa expressing GFP

  • Derric Nimmo & Paul Eggleston

  • Digital Images
  • Online

  

• Zebrafish embryos with green fluorescent notocords

  • S. Roy

  • Digital Images
  • Online

  

• Drosophila proboscis

  • Anne Weston, Francis Crick Institute

  • Digital Images
  • Online

  

• Dorsal view of the forebrain of a wild-type zebrafish embryo

  • Dr Steve Wilson

  • Digital Images
  • Online

  

• GABAergic and Glutamatergic neurons in the zebrafish brain

  • Dr Steve Wilson

  • Digital Images
  • Online

  

• Zebrafish scales

  • Anne Weston, Francis Crick Institute

  • Digital Images
  • Online

  

• Transgenic Drosophila expressing GFP in their eyes

  • Derric Nimmo & Paul Eggleston

  • Digital Images
  • Online

  

• Dopaminergic neurons in the zebrafish forebrain. Confocal micrograph of a 4 day old transgenic zebrafish embryo viewed from a lateral aspect. Neurons in the olfactory bulb, telencepahlon, ventral diencephalon, pretectum and hypothalamus are labelled in green. Axonal tracts are shown in cyan and neuropil in magenta. In order to show the anatomy of the brain better the skin and eyes of the embryo have been removed post-fixation.

  • Dr Steve Wilson

  • Digital Images
  • Online

  

• Transgenic Drosophila expressing GFP in its eyes and ocelli

  • Derric Nimmo & Paul Eggleston

  • Digital Images
  • Online

  

• Glycinergic neurons in a zebrafish embryo

  • Dr Steve Wilson

  • Digital Images
  • Online

  

• Arabidopsis thaliana plant cells containing chloroplasts, LM

  • Fernán Federici

  • Digital Images
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• Brain development, zebrafish

  • Dr Steve Wilson

  • Digital Images
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• Zebrafish parapineal development

  • Dr Steve Wilson

  • Digital Images
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