Pura.vida.

currentsinbiology:

Thin section of a leaf of dicanthium annulatum (256x)
Lynne Osman Elkin
Oakland, California, USA
Technique: Fluorescence Illumination using infrared film

currentsinbiology:

Thin section of a leaf of dicanthium annulatum (256x)

Lynne Osman Elkin

Oakland, California, USA

Technique: Fluorescence Illumination using infrared film

artandsciencejournal:

Wear Your Chromosomes: Jewelry Collection Made from 3D Prints of Microscopy Data

The X and Y-chromosomes found in humans are now wearable. Electron microscopist, Louise Hughes, has created a jewelry collection designed to mirror the look and shape of human chromosomes. Hughes designs every piece from microscopy data and produces it using 3D printing technology. Having already used the structures of organisms to create other jewelry pieces, Hughes felt she could not leave out the essential DNA and chromosomes. The 46 chromosomes found in our cells have never before been so beautifully displayed and worn.

As humans the genes in our DNA, as well as our environment, come to define us. When cells divide, chromosomes compress and form distinct shapes. Those shapes are what inspire the jewelry pieces made by Hughes. Male chromosomes, X and Y, female chromosomes, X and X and the triplet 21st chromosome that causes Down’s syndrome are all replicated in the human chromosome jewelry line. From rings and pendants, to earrings and cufflinks, the stainless steel, bronze, and silver pieces are available in both, karyotpye 1 or 2 structural designs. It has been said that art imitates life and with the human chromosome jewelry designs by Louise Hughes, art is literally replicates life.

Explore the Human Chromosome Jewelry Collection by Louise Hudges on Kickstarter. 

- Lee Jones