Competition micrographs of Nikon Small World 2013

• Competition photomicrography Nikon Small World 2013

Winners of the contest photomicrography Nikon small world in 2013, which is the oldest and most respected competition of its kind in the world. This is a demonstration of beauty, sophistication and perfection of nature as seen through a microscope.

6.6-fold increase in fish eggs.

Competition micrographs of Nikon Small World 2013

100-fold increase in the circulatory system of the mouse paw.

Competition micrographs of Nikon Small World 2013

4-fold increase in the ant caste workers.

Competition micrographs of Nikon Small World 2013

200-fold increase in Zirporgane corrugated horn - the largest shellfish in the North Sea. Zirporgane represent bone spikes or beams, which excites friction sounds. By using them, for example, chirping crickets.

Competition micrographs of Nikon Small World 2013

100-fold increase in the larvae of annelids.

Competition micrographs of Nikon Small World 2013

10-fold increase of the hydrogel used in different areas - from growing seedlings to planting trees.

Competition micrographs of Nikon Small World 2013

The silicon nanocrystals in silica. 20-fold increase.

Competition micrographs of Nikon Small World 2013

40-fold increase in the abdomen midge larvae.

Competition micrographs of Nikon Small World 2013

60-fold increase in larval clams.

Competition micrographs of Nikon Small World 2013

40-fold increase in synthetic food dye tartrazine.

Competition micrographs of Nikon Small World 2013

50-fold increase in 2 brown piece of fiber reinforced composite material are joined together with glue and attached to the other composite material (blue region).

Competition micrographs of Nikon Small World 2013

20-fold increase in water fleas

Competition micrographs of Nikon Small World 2013

100-fold increase in ascorbic acid crystal.

Competition micrographs of Nikon Small World 2013

3D-reconstruction of the rabbit embryo obtained by microtomography.

Competition micrographs of Nikon Small World 2013

10-fold increase in the bark beetle.

Competition micrographs of Nikon Small World 2013

50-fold increase in plant lepidoziya creeping.

Competition micrographs of Nikon Small World 2013

The dew on a spider web.

Competition micrographs of Nikon Small World 2013

20-fold increase in crystal sulfosalicylic acid. It is a white crystalline powder.

Competition micrographs of Nikon Small World 2013

100-fold increase in sweet fern

Competition micrographs of Nikon Small World 2013

rat brain image.

Competition micrographs of Nikon Small World 2013

20 place competition Nikon Small World 2013. Transport of sugar molecules in the fat cells.

Competition micrographs of Nikon Small World 2013

16th competition Nikon Small World 2013. 5-fold increase weaver spider on which the wasp larva. Since wasps seek out the spiders, which hunt to provide food for their larvae.

Competition micrographs of Nikon Small World 2013

14th competition Nikon Small World 2013. Nerves spherical mouse embryo.

Competition micrographs of Nikon Small World 2013

10th competition Nikon Small World 2013. 10-fold increase in surviving dinosaur bones.

Competition micrographs of Nikon Small World 2013

8th place competition Nikon Small World 2013. 50-fold increase in hepatic sheet Barbilophozia Sp. (Moss).

Competition micrographs of Nikon Small World 2013

7th competition Nikon Small World 2013. 20-fold increase in foot ladybug Coccinella septempunctata.

Competition micrographs of Nikon Small World 2013

6th competition Nikon Small World 2013. The embryo of the Yemeni chameleon. Red areas - cartilage, blue - bone.

Competition micrographs of Nikon Small World 2013

4th competition Nikon Small World 2013. 40-fold increase in ciliate-shoes. The body gets its name from the constant body shape resembling a sole shoes.

Competition micrographs of Nikon Small World 2013

3rd place competition Nikon Small World 2013. 20-fold increase in marine worm. Spiny ancestors of today's marine worms were among the first organisms that inhabited the earth over 500 million years ago.

Competition micrographs of Nikon Small World 2013

1 place competition Nikon Small World 2013. 250-fold increase in colonial planktonic organisms Chaetoceros debilis. The cells form a spiral chain.

Competition micrographs of Nikon Small World 2013