Patterns in Photomicrography

Patterns in Photomicrography

We speak of patterns in nature almost daily in our studio. The surprising colors and textures never stop fascinating us. Microscopic imagery has inspired me since I was a kid in science class. Putting plants, snowflakes, seaweed, algae and anything else that will fit onto a slide under a microscope always provides surprising patterns, color and texture.

We found these images from Small World’s Photomicrography competition.

“The Nikon International Small World Competition first began in 1975 as a means to recognize and applaud the efforts of those involved with photography through the light microscope. Since then, Small World has become a leading showcase for photomicrographers from the widest array of scientific disciplines.

A photomicrograph is a technical document that can be of great significance to science or industry. But a good photomicrograph is also an image whose structure, color, composition, and content is an object of beauty, open to several levels of comprehension and appreciation. The subject matter is unrestricted and any type of light microscopy technique is acceptable, including phase contrast, polarized light, fluorescence, interference contrast, darkfield, confocal, deconvolution, and mixed techniques. Entries submitted to Nikon are then judged by an independent panel of experts who are recognized authorities in the area of photomicrography and photography. These entries are judged on the basis of originality, informational content, technical proficiency and visual impact.”HM_Nagy

Transverse section of floral bud of a Ranunculus acris (meadow buttercup) (23.625x), Stephen S. Nagy, MD technique: Brightfield, digitally reversed

HM_Appleton

Villi of the mouse small intestine (720x), Dr. Paul Aplleton. technique: 2-Photon Fluorescence

Entry_24185_Urchin

The explosive dynamics of sugar transport in fat cells, Dr. James Burchfield technique: Live Cell Total Internal Reflection Flourescence

1996_10Dogfish placoid scale (25x), David K. Terbush technique: Brightfield and Polarized Light

20th-Hockman

Embryos of the species Molossus rufus, the black mastiff bat. Dorit Hockman technique: Brightfield

19th-Naghiloo

Floral primordia of Allium Sativum (Garlic), Dr. Somayeh Naghiloo technique: Epi-Illumination

18th-Maitland

Coral sand (100x), Dr. David Maitlandtechnique: Brightfield

14th_HuismanMicrodictyon umbilicatum (seaweed) (20x), Dr. John M. Huisman technique: Brightfield

1st_AppletonCell nuclei of the mouse colon (740x), Dr. Paul Appleton technique: 2-Photon fluorescence

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