Dr Shankar’s Brain Museum in Bangalore is shelf upon shelf of largely unlabelled brains in jars, along with various other bits of anatomical pickle (human and otherwise). Andy Deemer took a visit and provides some lovely snapshots.
I’m not sure that I’d call Dr Shankar’s Brain Museum a museum. There were no explanations, no details, no citations or learning. Just six hundred brains in an otherwise empty room.
On reflection, perhaps “Collection” would be a better word. A fantastic collection of diseased and healthy brains, sandwiched between a Brain Bank and the Hospital Canteen.
Two dozen purple slides showed something. Ten or so brains were marked by a shared label: Intracerebral Hemorrhage. Another row was marked Glioma. Arterial Stroke. Schwannoma. Schizophrenia.
Evan Doney, a grad student in Matthew Leevy's biological imaging facility at the University of Notre Dame, has published a method for creating a 3D printed, life-size, accurate skeleton of a living animal by converting a CT scan of the animal to a printable file. They produced a detailed HOWTO as well, which, unfortunately, is paywalled.
The idea to print skeletons from CT scans came from Evan Doney, an engineering student working in the lab of Matthew Leevy, who runs the biological imaging facility at the University of Notre Dame. ”At first I didn’t really know what the killer app would be, I just knew it would be really cool,” Leevy said. But he began to see new possibilities after striking up a conversation with an ear, nose, and throat specialist during an office visit for a sinus problem. “I actually got out my computer and showed him some slides, and by the end of it we were collaborating.”
Doney used several freeware programs to convert data from CT scans into a format that could be read by a 3-D printer. As a proof of principle, he and colleagues printed a rat skeleton in white plastic and printed a removable set of lungs in green or purple. They also printed out a rabbit skull.
I have a 3D print of my femur in bronze and stainless steel, courtesy of my wife and her raid on my MRIs. Sounds like you get an even better shapefile from a CT scan, if you don't mind receiving the radiation equivalent of 800 X-rays.
At Double X Science, Jenny Morber has an excellent piece about the wide range of diversity seen in human lady parts. "Are you normal? Yes. Are you average? No. Most likely," she writes. What follows is a fascinating tour of human biology, from the different lengths and colors of labia to the wide range of shapes exhibited by the inside of the vaginal canal, itself. Even better, all of this can change over the course of an individual woman's life, rendering "average" even more meaningless. — Maggie
New Zealand artist Bruce Mahalski has put a new sculpture of an AK47 assembled from animal bones up for sale, with a starting bid of NZD3500. It's quite a beautiful piece of work.
The latest bone gun by New Zealand bone artist – Mahalski – is a life-size AK47 machine gun(330mm x 940mm) featuring found animal bones from rabbit, stoat, ferret, sheep, hawk, pheasant, wallaby, snapper, snake, blackbird, tarakihi, hedgehog, broad-billed prion , shear water, thrush, seal ,cat and possum (plus part of a skull from the extinct moa ). The gun is made entirely of bones mounted on an invisible wooden frame and is displayed standing upright on two rods on a piece of recycled matai timber (1130mm x 2000mm). You can see more pictures at - www.mahalski.org
Here's a fun set of instructions for baking anatomical heart-shaped bread that you rip apart and gorge upon:
Nothing says romance like ritual cannibalism. Use this anatomical heart pull apart loaf to pretend you’re vampires feasting on the heart of that asshole in HR who gave a promotion to Brad. Alternately, you could engage in a little Indiana Jones cosplay where the sexy archaeologist in your life can rescue you from having your heart ripped out by any other man. Gentlemen bakers, you could show up at your vegetarian girlfriend’s house triumphantly holding this and declaring you were successful in the hunt, so tonight you feast. There are so many ways to express your doughy love.
Medieval Europe is generally known for its animosity toward actually testing things out, favoring tradition over experimentation and earning a reputation as being soundly anti-science. In particular, it's easy to get the impression that nobody was doing human dissections at all, prior to the Renaissance. But it turns out that isn't true. In fact, some dissections were even prompted (not just condoned) by the Catholic Church. The knowledge medieval dissectors learned from their experiments didn't get widely disseminated at the time, but their work offers some interesting insight into the development of science. The quest for knowledge in Europe didn't just appear out of nowhere in the 1400s and 1500s. — Maggie
The wonderful, edible weirdos at the Eat Your Heart Out blog are throwing an anatomical heart pop-up shop for Valentine's day in east London, at the site of this month's edible horror installation on Bethnal Green Road:
Very excited to share more information about the anatomical heart pop up in London for Valentine’s Day. Indicative of the way Eat Your Heart out has become a cultural leader, the shop is 60% gifts and art 40% cakes and chocolate treats. It’s being run under the guise of Anatomical Snuff Box, a venture from myself and Emily Evans promoting the education of anatomy using cultural channels. You can see all of the gifts here (more being added daily). The wonderful Kraken Rum are also supporting the event so expect lots of free rum shots and rum soaked cakes – if you have not tried this amazing drink yet here is your chance.
Last week, I got to visit the Museum of Osteology in Oklahoma City. It's an amazing collection — well worth driving out of your way to see. I was expecting just a selection of different animal skeletons. The actual collection was a lot bigger and more awesome than I'd guessed it would be, and included some really nice exhibits on evolutionary adaptation, convergent evolution, deformed skeletons of both humans and animals, and the process of stripping a body down to a clean and shiny bone structure.
One of the things I found really fascinating was the skeletal features that you can't see just by looking at the outside of an animal. Take this Indian Rhinoceros, for instance. You'll notice that his horn is not a part of the skull. That's because the horn isn't really bone. The "horn" isn't a horn, at all.
Horns are made of bone. They're hard on the outside thanks to a thin layer of keratin — the stuff that makes up your fingernails and hair. But the majority of that material is living bone. Rhinos, on the other hand, have "horns" that are almost 100% keratin. They're really thick bundles of protein fibers.
That's a pretty well-known fact. But it's one thing to know it intellectually, and another thing entirely to see the place where that keratin horn attaches to the animal's actual bone structure. The intricate, lacy network of spongy bone was absolutely fascinating to me. It reminded me of the way ceramic artists will attach one piece of clay to another by scoring little cuts into both pieces and then applying a layer of thin, goopy clay that cements the cuts together as it dries. Seeing the rhino skull really drove home the idea that the "horn" was something else entirely. The horn was attached to the bone. It wasn't part of the bone.
Artist Brian Ewing has produced a limited edition colorway print of his anatomical Frankenstein's monster poster. I love this work -- I gave my wife one of his bubblegum colorways of the Bride of Frankenstein for our anniversary, and I've just put the Frankenstein on my Xmas list (don't buy 'em all, OK?).
Ewing really went to town documenting the production process, with lots of interim shots linked from the post below.