Regular tomato ketchup. Note that in small amounts, ketchup looks watery and thin. We usually imagine ketchup to be thicker.
Microscope likes its specimens to be thin, so we use a tiny bit of it.
A closer view.
Slide under microscope. The lighter color, almost yellow, is caused by the strong light of microscope. Actually one should squeeze this drop under a cover glass for more clarity, but that produces less real-like images.
Note the A shape at top left corner. That is the anchor point.
Catsup sea 65x. Note the A shape at top-left.
ketchup under microscope, 65x
A under attention, with 65x magnification.
300x. Seems to be a piece of tomato peeling, with hexagonal cells.
A new microscope session, for a common squeezed microscope specimen.
The tiny cover glass is put over the drop. The cover glass is extremely thin.
Note the bigger yellow piece in the middle.
It was a tomato peel. Still folded. The magnification is 150x, real to monitor.
Same peel, further magnified (1200x). There is one tiny yellow drop in each cell, does not seem like a coincidence. Cell nucleuses are barely visible.