Interpretation of electron micrographs to identify organelles and deduce the function of specialised cells
A blog about handmade, odd, and outsider art.
Stunning examples of photographs taken with the Museum's scanning electron microscope (SEM).
giant cell micrograph
Portable light field microscope (LFM). Always in focus. http://graphics.stanford.edu/projects/lfmicroscope/
Today’s micrographs depict the minute cellular structures that comprise living things, from cotton plants to algae blooms, in dazzling detail and vibrant color.
Food under the microscope: scanning electron micrographs of foodstuffs.
Artist Rob Kesseler explores the intricacies of nature in colored micrographs. His series shows hidden details of various forms of plant life.
Using scanning electron microscopy and a mix of microscopic, scientific, digital, and manual processes, artist Rob Kesseler develops colored micrographs of the intricate patterns within pollen and seed grains, plant cells, and leaf structures. The highly magnified photographs feature specifics of cellular composition that are undetectable without magnification. Kesseler tells Colossal that as a child,Continue reading "Colored Micrographs Magnify Pollen Seeds, Plant Cells, and Leaf Structures in Photographs by Rob Kesseler"
Discover the Rose Vale color, its appearance, best pairings, and examples in everyday life. Learn about its color code, how it relates to other shades, and what makes it unique.
crystal micrograph
crystal micrograph with copper sulfate
stained micrograph of a corn seed
micrograph of a Bacillus subtilis colony.
micrograph of magnesium sulfate and cupric acetate crystals
micrograph of crystals created with phosphate buffered saline and water
polarized and edited micrograph of copper sulfate crystals.
micrograph of an alcohol fixed, centrifuged and stained root of a Rose of Sharon seedling
micrograph of Monoammonium Phosphate crystals
micrograph of crystals created with Vitamin C, alcohol and detergent.
