Explore Images Of Life, Microscopic Images and more!

olympus-bioscapes-microscopic-012 - Provided by Time Article  Previous SlideNext Slide 18 of 30 © Provided by Time Article BAMBOO SEEN WITH A 3D PROJECTION OF A Z-STACK OF CONFOCAL IMAGES.

Every year, the scientists and microscope devotees submit their images and movies of natural subjects, shot under a microscope to the Olympus BioScapes Digital Imaging Competition.

Spirogyra, een vrij zwevende filamenteuze vorm van groene algen aan het einde van het conjugatie proces.  Helderveld microscopie.

Microscopy prints would make a great, colorful, abstract series for a wall…

Antique Victorian Microscope Slides - Minerals, Vertebra bone of porpoise.

Special filters used in the microscope transform the pale porpoise bone into the vibrant colors seen above. Polarizing filters eliminate certain

Picture of Clematis, Macro Picture of Cell Structure of a plant, Section Cut Microscopic Nature, closeup plant life , microscope, Mikroskop

Even the tiniest cell of the Clematis plant are beautiful! Macro Picture of Cell Structure of a plant, Section Cut Microscopic Nature, closeup plant life

Fibroblast cells. Fluorescent light micrograph of two fibroblast cells, showing their nuclei (green) and cytoskeleton. The cytoskeleton is made up of microtubules of the protein tubulin (yellow) and filaments of the protein actin (blue).     Magnification: x980 when printed 10cm wide.

A microscopic photograph of a neuron. Filamentous actin and microtubules (structural proteins) in mouse fibroblasts (cells) Fluorescence. / Torsten Wittmann, The Scripps Research Institute. Courtesy of Nikon Small World.

MICROSCOPIC HAIRS IN INNER EAR:  Inner ear help divers (like the one in today's pic) know their up down orientation in water.  Sounds under water are magnified. When we hear sounds (whether under water or above) microscopic hairs in our inner ears vibrate.

Vestibular hair cells of the Inner ear help divers (like the one in today's pic) know their up down orientation in water. Sounds under water are magnified. When we hear sounds (whether under water or above) microscopic hairs in our inner ears vibrate.

As the bacteria grow within a biofilm, they organize themselves into reproducible patterns and shapes that can be predicted with mathematical models.

Confocal microscopy of a bacterial biofilm composed of Bacillus subtilis expressing fluorescent proteins (TagRFP-T, sfGFP, TagBFP, and to identify distinct lineages of bacteria in the biofilm.

Fluorescence confocal image of of human parotid using fluorophores Cy3 (neurotubulin), Cy2 (perlecan basement membrane), Hoechst (nuclei). Acinar units produce saliva. Specimen: Sarah Knox, NIDCR. Imaging system: LSM 710

Fluorescence confocal image of of human parotid using fluorophores (neurotubulin), (perlecan basement membrane), Hoechst (nuclei).

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