They have some nice medical illustrations here, although the one of the transparent heart was confusing. posted by demiurge at 12:09 PM on July 9, 2008
These are amazing, thanks. posted by sindark at 12:17 PM on July 9, 2008
Fantastic stuff, thanks. posted by ceiriog at 12:53 PM on July 9, 2008
I found the glass heart to be strangely erotic if it was all the way to glass, but it goes without saying I am weird. posted by cjorgensen at 12:55 PM on July 9, 2008
OK i'll give it a shot:
- Some sort of drug traveling through blood vessels to some sort of cancerous neoplasm causing destruction of the neoplasm.
- Lung alveoli. I think that shimmering stuff may be surfactant.
- Proteins binding to a DNA strand (for replication, repair, etc).
- RBCs traveling through a blood vessel. The large fatty-looking expansion is an atherosclerotic plaque. The tiny glowing yellow particles seem represent some sort of drug that shrinks the plaque.
- Unclear what the spiky yellow thing is. Could be a WBC with receptors on it. I don't know why some of them are glowing though.
- The spiky brown thing is probably meant to be some sort of bacteria/foreign/unwanted cell. It is then phagocytosed by another cell (a WBC perhaps). I am unclear why it begins to glow.
- Then we travel through some sort of lumen where there are cilia. One of the cells at the bottom lyses, releasing some green particles.
- Transparent heart with no blood flow. Regular heart. Transparent heart.
- I can't figure out what's going on with these blue and purple particles traveling upwards. some of them stick to something, others don't.
- An HIV virus particle. Its lipid membrane merges with the cells and its genetic material (RNA) gets sent rapidly through the cell's cytoplasm to the nucleus.
- Some sort of silver things are that seem to interact with the cells underneath and destroy them.
- Swallowing of pills. The enteric coating of the pills is dissolved off and the pills release the drug.
- Some sort of particle (complement factor? drug?) that attaches to a cell receptor and seems to prevent another cell from binding to it.
- Cubical representation of DNA?
You can read about most of this stuff on Wikipedia, I'm sure it's there. posted by ruwan at 12:59 PM on July 9, 2008 [1 favorite]
posted by Tbola at 11:26 AM on July 9, 2008 [1 favorite]