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Lycopodium (Lycopodiaceae) image 41451 at PhytoImages.siu.edu
rhizome lycopodium a microscope photo that reminds me of aboriginal art
Sticky Jack
This is a cross section of the stem of the plant commonly known as goosegrass or sticky Jack and more scientifically as Galium aparine.
Beyond the Human Eye
transverse section of a New Zealand flax leaf, using the fluorescent dye auramine O to stain the lignified fibres, which show up as the transverse yellow-green bands in the image.
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Magnified Plant cells. Similar to the pattern of a spider web, small squares are created from a linear pattern. I like the bold contrasting outline of the boxes against the lighter coloured background. It's a mix of a random pattern and a regular repeating pattern which I think makes this particularly interesting.
I love the detail in this! This is a plant cell. The range of sizes of circles makes it very eye catching and interesting to look at. It makes you want to look closer which makes a great image. Again this could be easily repeated and continued to create a print.
Spirogyra , a free-floating filamentous form of...
Spirogyra, een vrij zwevende filamenteuze vorm van groene algen aan het einde van het conjugatie proces. Helderveld microscopie.
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cross section of a flower ovary
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Those are not rice fields! Those are parts of a Dragonfly's wing, magnified on microscope.
TheVisualMD
Retina close up cross section | The retina is the innermost layer of the eye and is composed of several layers of neurons interconnected by synapses. The only neurons that are directly sensitive to light are the photoreceptor cells, rods and cones. Light energy creates an image of the visual world on the retina, triggering nerve impulses that are sent to the visual centers of the brain through the optic nerve.
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In 1936, two physicists at the Biological Laboratory, Cold Spring Harbor, Long Island, New York, reported that red blood cells in the bodies of people and animals carry enough electricity to light up …