Michelle Deme:
Plant anatomy microscopic shots- Fatsia japonica
Michelle Deme:
Plant anatomy microscopic shots- Fatsia japonica
Michelle Deme:
Plant anatomy microscopic shots- Fatsia japonica
Michelle Deme:
Plant anatomy microscopic shots- Fatsia japonica
Michelle Deme:
Plant anatomy microscopic shots- Fatsia japonica
Michelle Deme:
Plant anatomy microscopic shots- Fatsia japonica
Michelle Deme:
Plant anatomy microscopic shots- Fatsia japonica
Michelle Deme:
Plant anatomy microscopic shots- Fatsia japonica
Michelle Deme:
Plant anatomy microscopic shots- Fatsia japonica
Michelle Deme:
Plant anatomy microscopic shots- Fatsia japonica
Michelle Deme:
Plant anatomy microscopic shots- Fatsia japonica
Michelle Deme:
Plant anatomy microscopic shots- Fatsia japonica
Michelle Deme:
Plant anatomy microscopic shots- Fatsia japonica
Michelle Deme:
Plant anatomy microscopic shots- Fatsia japonica
Michelle Deme:
Plant anatomy microscopic shots- Fatsia japonica
Michelle Deme:
Plant anatomy microscopic shots- Fatsia japonica
Michelle Deme:
Plant anatomy microscopic shots- Fatsia japonica
Michelle Deme:
The Pirate. Actually a microscopic shot of a leaf vein viewed under cross polarizers. Areas of high structure (aka fibre) look white and shiny. #pirate #piratelove #botany #science #cells #iloveplants #microscope #microscopy #plants
Michelle Deme:
Plant fibres, separated using acetic acid, stained with TBO and viewed in a microscope cam. #science #botany #plantanatomy #cells
Michelle Deme:
IMG_2221
Michelle Deme:
IMG_2220
Michelle Deme:
IMG_2219
Michelle Deme:
IMG_2216
Michelle Deme:
IMG_2214
Michelle Deme:
IMG_2213
Michelle Deme:
IMG_2210
Michelle Deme:
IMG_2208
Michelle Deme:
IMG_2206
Michelle Deme:
IMG_2205
Michelle Deme:
IMG_2204
