World Bodypainting Festival of 2015.


This majestic creation blends planets, alien figures and what looks like a rollercoaster track to turn the model into a galaxy not so far away.  Photograph: Jan Hetfleisch/Getty Images
The 18th edition of the World Bodypainting Festival saw more than 45 nations competing.
The event took place in Pörtschach am Wörthersee, Austria.
This model is almost engulfed by her wolf headdress and sweeping coral shapes. Photograph: Jan Hetfleisch/Getty Images
Pinball wizard: an arcade-inspired design.  Photograph: Heinz-Peter Bader/REUTERS
See more Images via World Bodypainting festival 2015 – in pictures | World news | The Guardian.

Bodies in Honey by Blake Little.

Preservation-Blake-Little-9Artistes Featured Photographie Populaires.
Preservation, an amazing series of American photographer and artist Blake Little, who is covering his models with honey and capturing them into dripping portraits, frozen in this golden sugar as in amber.
A fascinating project published in the book Preservation.
See more Images via Preservation – When a photographer is covering his models with dripping honey |

Anatomical Renderings by Paci.

nunzio-paci-48Taking the analogy comparing blood vessels and tree branches literally, Nunzio Paci (previously) creates oil and graphite paintings that connect humans back to nature.
Paci’s works look almost straight from a medical textbook except for one flaw—the trees and animals that sprout from his subjects’ mouths, chests, and necks.
Paci ultimately takes a painterly approach to his works, paint dripping down the canvas to add balance to his extreme detail.
Paci’s practice centers on the relationship between man and nature, especially focusing on the visual overlap of our intrinsic and extrinsic systems.
The beautiful and minimally colored works could be interpreted as extremely morbid—Paci showing us our ultimate fate when nature takes over.
Paci lives and works in Italy.
via Birds and Fauna Sprout From Nunzio Paci’s New Graphite and Oil Anatomical Renderings | Colossal.

Mayerle’s Eye Test Chart, c.1907.

This fantastic eye chart — measuring 22 by 28 inches with a positive version on one side and negative on the other — is the work of German optometrist and American Optometric Association member George Mayerle, who was working in San Francisco at end of the nineteenth century, just when optometry was beginning to professionalise.
The chart was a culmination of his many years of practice and, according to Mayerle, its distinctive international angle served also to reflect the diversity and immigration which lay at the heart of the city in which he worked.
At the time it was advertised as “the only chart published that can be used by people of any nationality”. Stephen P. Rice, from the National Library of Medicine explains just how thoroughly thought through the different aspects of the chart were as regards the aim to be as inclusive as possible:
Running through the middle of the chart, the seven vertical panels test for acuity of vision with characters in the Roman alphabet (for English, German, and other European readers) and also in Japanese, Chinese, Russian, and Hebrew.
A panel in the center replaces the alphabetic characters with symbols for children and adults who were illiterate or who could not read any of the other writing systems offered.
Directly above the center panel is a version of the radiant dial that tests for astigmatism.
On either side of that are lines that test the muscular strength of the eyes.
Finally, across the bottom, boxes test for colour vision, a feature intended especially (according to one advertisement) for those working on railroads and steamboats.
via George Mayerle’s Eye Test Chart (ca. 1907) – The Public Domain Review

Pioneers of Human Dissection.

Dissection hasn’t always been easy, or even permitted: Roman law forbade autopsy, meaning that Galen gained most of his anatomical knowledge from dissecting the corpses of pigs and apes, assuming that the underlying structures were broadly similar.
Islam and Christianity had fewer proscriptions on the treatment of cadavers.
Vesalius began dissection in earnest in Padua in the 16th century.


It was his student, the Englishman William Harvey, who in 1628 made a breakthrough in discovering the function of the heart.
via Getting all cut up about it | Wellcome Collection blog.