first off a couple of 3d video renders of cells,
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(L) lilly of the valley root section (sell wall and starch stains) ,
(R)A filter enhanced image of adhesion and cytoskeletal proteins in a breast cancer cell line.
those are both produced by imaging with laser activated fluorescent stains, at multiple (typically 50-100) focal planes through the sample, on a spinning disc confocal microscope,
then rendered with some funky and powerful image analysis software.
then we have some 2d fluorescent micrographs. these are from one of the other techy toys i play with on a daily basis, a laser scanning confocal microscope.
(L) fibroblast growth round the site of a myocardial infarction.
(R) the same lilly of the valley slide as in the first vid, but at lower magnification.
Focal adhesion related proteins in a stimulated fibroblast line.
(L) multiple cell cycle checkpoint related proteins in HeLa cells.
(R) Mutated clotting factor localisation counterstained with cytoskeleton and nuclear dyes.
. I was wandering how long it would take for Genes to respond, but he beat me to it! 
