Search Results for: lego skeleton

LEGO My Skeleton

Clay Morrow LEGO skeleton front

Clay Morrow LEGO skeleton back
Clay Morrow LEGO skeleton skull

Clay Morrow LEGO skeleton organs

Fabulous LEGO skeleton created by Clay Morrow.  I can only imagine how challenging it was to find all the right little pieces to make it look just right. Now if we could only get instructions!

See more angles of the skeleton and Clay’s work on his Flickr site.

 

Posted in Anatomy | Comments Off on LEGO My Skeleton

Lover’s Eye and Masonic Prank Initiation Devices Illustrated Lectures with One-Night-Only Mini Exhibits! Dance of Death Linocut Class! Workshops in Taxidermy, Hair Art, Anthropomorphic Insects and Bat Skeleton Domes! "Rest in Pieces" Book Party! Special London-based series this June and July! Morbid Anatomy Presents this Week and Beyond…

This Thursday, April 11, Morbid Anatomy hopes to see you at Brooklyn's Observatory at our "Lover's Eye" event, a night dedicated to enigmatic portrait miniatures featuring only the sitters eye that were often used to commemorate illicit love affairs in the 18th century. The lineup will consist of an illustrated lecture tracing their history and resurgence in contemporary art, as well as a one-night-only mini exhibit of actual antique examples from a private collection. See top image for a special sneak preview of the lecture!
We also are excited to announce our newly added "Masonic Slapstick" evening, which will take place on Tuesday April 30 and explore the work of the DeMoulin Brothers, leading makers of "initiation prank devices" for the masons and other lodges. It will begin with an illustrated lecture by John Goldsmith, Curator of the DeMoulin Museum, followed by a one-night-only exhibition of initiation devices curated by Mike Zohn, co-star of TV's "Oddities". The second image down shows one of the DeMoulin Brothers's works, a "Parade Goat."

We are also excited to announce a new, typically inspired class by Morbid Anatomy Art Academy's regular instructor Lado Pochkua. In this class, entitled "Dance of Death by Hans Holbein: A Linocut Workshop" (Mondays May 20, 27th and June 3, bottom image) students will learn the techniques of woodcuts and linocuts by creating a copy of one of Hans Holbein’s prints from his 1538 Dance of Death series, and will leave class with their own finished Dance of Death linocut and the skills to produce their own pieces in the future.

Other upcoming offerings include taxidermy, hair art, anthropomorphic insect shadow box AND bat skeleton dome workshops, Rest in Pieces book party, and a special London-based series this June and July.
Full details follow. Hope to see you at one or more of these terrific events!
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Love’s Unknowable Eye: The Curious History and Mysterious Allure of 18th century “Lovers Eyes” Illustrated lecture and Genuine "Lover's Eye" Show and Tell with Artist Lauren Levato
Date: Thursday, April 11th
Time: 8.00
Admission: $8
Presented by Morbid Anatomy
Tonight at Observatory, we invite you to join us for a highly illustrated talk on what were historically called "eye miniatures," now called “lover’s eyes.” These beautiful portrait miniatures, featuring only the eye of the sitter, enjoyed a brief stint of outrageous popularity in the 18th century after a scandal involving the Prince of Wales, an illicit love affair, and a dramatic suicide attempt over the rejected love of a forbidden woman. Often created as tokens of memory for unsanctioned love, these gorgeous paintings—intensely intimate yet mysteriously anonymous—were lushly rendered on such media as ivory or copper. More than just treasures or statements of wealth, they were symbols of devotion, marriage, death, infidelity, memory, and promise. Nearly all of these enigmatic eyes are from lovers unknown, fictions that lure us with a fixed gaze, unyielding in its mystery and desire. Although the feverish mania for these objects ended nearly as quickly as it began, they continue to inspire, serving as muse to contemporary artists, photographers, painters and tattooists who explore the concept in thoroughly contemporary manners.
Tonight, Chicago based artist Lauren Levato--who curates a private collection containing thousands of objects of erotic affection, including several lover’s eyes set in brooches, rings, pill boxes, and bracelets--will trace the history and phenomenon of Lover’s Eyes, of which only an estimated 1,000 are known to still exist.
Lauren will also bring some authentic 18th century Lover’s Eyes for your delectation.
Lauren Levato is a visual artist and writer.  She is working on her exhibition for the International Museum of Surgical Science, opening in December, and has begun her own collection of lover’s eyes in tattoo form, as a type of signature of some of today’s best working tattooers.
Image: Unknown "Lover's Eye" on braided hair bracelet, Georgian period; Private collection
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Raccoon Head Taxidermy Class with Rogue Taxidermist Katie Innamorato
Date: Sunday, April 14
Time: 12 – 6 PM
Admission: $350
***Class Limited to 5; Must RSVP to katie.innamorato [at] gmail.com
This class is part of The Morbid Anatomy Art Academy
This course will introduce students to basic and fundamental taxidermy techniques and procedures. Students will be working with donated raccoon skins and will be going through the steps to do a head mount. The class is only available to 5 students, allowing for more one on one interaction and assistance. Students will be working with tanned and lightly prepped skin; there will be no skinning of the animals in class. This is a great opportunity to learn the basic steps to small and large mammal taxidermy. All materials will be supplied by the instructor, and you will leave class with your own raccoon head mount.
Rogue taxidermist Katie Innamorato has a BFA in sculpture from SUNY New Paltz, has been featured on the hit TV show "Oddities," and has had her work featured at La Luz de Jesus gallery in Los Angeles, California. She is self and professionally taught, and has won multiple first place ribbons and awards at the Garden State Taxidermy Association Competition. Her work is focussed on displaying the cyclical connection between life and death and growth and decomposition. Katie is a member of the Minnesota Association of Rogue Taxidermists, and with all M.A.R.T. members she adheres to strict ethical guidelines when acquiring specimens and uses roadkill, scrap, and donated skins to create mounts.
Her website and blogs-
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Bat in Glass Dome Workshop
Part of DIY Wunderkammer Series: With Wilder Duncan (formerly of Evolution Shop, Soho) and Laetitia Barbier, head librarian at The Morbid Anatomy Library
With Wilder Duncan (formerly of Evolution Store, Soho) and Laetitia Barbier, head librarian at The Morbid Anatomy Library
Date: Sunday, April 21
Time: 1 – 6 PM
Admission: $200
*** MUST RSVP to Laetitia [at] atlasobscura.com 
In this class, students will learn how to create an osteological preparation of a bat in the fashion of 19th century zoological displays. A bat skeleton, a glass dome, branches, glue, tools, and all necessary materials will be provided for each student, but one should feel welcome to bring small feathers, stones, dried flowers, dead insects, natural elements, or any other materials s/he might wish to include in his/her composition. Students will leave the class with a visually striking, fully articulated, “lifelike” bat skeleton posed in a 10” tall glass dome. This piece can, in conjunction with the other creations in the DIY Wunderkammer workshop series, act as the beginning of a genuine collection of curiosities!
This class is part of the DIY Wunderkammer workshop series, curated by Laetitia Barbier and Wilder Duncan for Morbid Anatomy as a creative and pluridisciplinary exploration of the Curiosity Cabinet. The classes will focus on teaching ancient methods of specimen preparation that link science with art: students will create compositions involving natural elements and, according to their taste, will compose a traditional Victorian environment or a modern display. More on the series can be found here.
Wilder Duncan is an artist whose work puts a modern-day spin on the genre of Vanitas still life. Although formally trained as a realist painter at Wesleyan University, he has had a lifelong passion for, and interest in, natural history. Self-taught rogue taxidermist and professional specimen preparator, Wilder worked for several years at The Evolution Store creating, repairing, and restoring objects of natural historical interest such as taxidermy, fossils, seashells, minerals, insects, tribal sculptures, and articulated skeletons both animal and human. Wilder continues to do work for private collectors, giving a new life to old mounts, and new smiles to toothless skulls.
Laetitia Barbier is the head librarian at The Morbid Anatomy Library. She is working on a master's thesis for the Paris Sorbonne on painter Joe Coleman. She writes for Atlas Obscura and Morbid Anatomy.
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A Fate Worse Than Death: The Perils of Being a Famous Corpse with Bess Lovejoy, Author of Rest in Pieces
With Bess Lovejoy, author of Rest in Pieces
Date: Friday, April 26th
Time: 8pm
Admission: $10
Most of us know what our afterlives are going to be like: eternity in the ground, or resting in an urn on some relative’s mantelpiece. If we’re lucky, our children might occasionally bring us flowers or a potted plant, and that’s about as interesting as things are going to get.
Not so the famous deceased. For millennia, they’ve been bought and sold, worshipped and reviled, studied, collected, stolen, and dissected. They’ve been the star attractions at museums and churches, and used to found cemeteries, cities, even empires. Pieces of them have languished in libraries and universities, in coolers inside closets, and in suitcases underneath beds. For them, eternity has been anything but easy.
The more notable or notorious the body, the more likely it is that someone’s tried to disturb it. Consider the near-snatching of Abraham Lincoln, or the attempt on Elvis’s tomb. Then there’s Descartes, who is missing his head, and Galileo, who is spending eternity without his middle finger. Napoleon’s missing something a bit lower, as is the Russian mystic Rasputin, at least if the rumors are true. Meanwhile, Jesse James has had three graves, and may not have been in any of them, while it took a court case and an exhumation to prove that Lee Harvey Oswald was in his.
In this illustrated lecture, Bess Lovejoy will draw on her new book, Rest in Pieces, to discuss the many threats faced by famous corpses--from furta sacra ("holy theft" of saintly relics), to skull-stealing phrenologists, "Resurrection Men" digging up cadavers for medical schools, modern organ harvesters, the depredations of crazed fans, and much more.
Rest in Pieces will also be available for sale, and wine will be served in celebration of its release.

Bess Lovejoy is a writer, researcher, and editor based in Seattle. She writes about dead people, forgotten history, and sometimes art, literature, and science. Her writing has appeared in The New York Times, The Believer, The Boston Globe, The Stranger, and other publications. She worked on the Schott’s Almanac series for five years. Visit her at BessLovejoy.com.

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Masonic Slapstick - The DeMoulin Brothers and their Odd Initiate Prank Devices
An Illustrated lecture by John Goldsmith, Curator of the DeMoulin Museum accompanied by a one-night-only exhibition of initiation devices curated by Mike Zohn, co-star of TV's "Oddities"
Date: Tuesday, April 30th
Time: 8:00 PM
Admission: $8
Presented by Morbid Anatomy

Between 1890 and 1930, hundreds of thousands of men belonged to the Masons, the Elks, the Kiwanis, or another of the over one hundred lodges which provided American men with a social outlet, a sense of importance, and sometimes even health and life insurance. One way these many lodges competed for members was with the use of inventive, theatrical and unlikely gadgets used in lodge initiations.

In 1892, Ed DeMoulin, a small town photographer who had more than a passing interest in the gadgets of the day, founded the DeMoulin company which went on to become one of the leading manufacturers of these lodge initiation devices. The DeMoulin brothers (Ed, U.S. and Erastus) held patents on many of the best known of these including "The Lifting & Spraying Machine," "The Lung Tester," and "The Low Down Buck Goat." The DeMoulin’s motto was “Fun in the Lodge Room” and there’s little doubt that these water shootin’, electric shockin’, blank firin’, collapsin’ devices could do the trick.

Who were the DeMoulin brothers? And how did they become the zany geniuses behind these lodge initiation pranks? Tonight John Goldsmith, curator of the DeMoulin Museum, will share their story and demonstrate some of the devices. He’ll also provide a virtual tour of the DeMoulin Museum. There will also be a one-night-only mini exhibit of initiation devices curated by Mike Zohn, co-star of TV's "Oddities."

John Goldsmith is curator of the was the DeMoulin Museum. He was also a consultant on Catalog 439: Burlesque Paraphernalia published by Fantagraphics in 2010 and The Extraordinary Catalog of Peculiar Inventions published by Perigee in 2011. The DeMoulin Museum has been featured on KSDK’s “Show Me St. Louis” and WSEC’s “Illinois Stories”.
Mike Zohn--co-star of TV's "Oddities" and co-owner of Obscura Antiques--is a long term DeMoulin enthusiast and collector.

Image: "The DADDY Uv-Um ALL," parade goat by The DeMoulin Brothers.


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Anthropomorphic Insect Shadowbox Workshop with Former AMNH Senior Insect Preparator Daisy TaintonWith Daisy Tainton, Senior Insect Preparator at the American Museum of Natural History
Date: Saturday, May 11th
Time: 1 – 4 PM
Admission: $75
***Tickets MUST be pre-ordered by clicking here
You can also pre-pay in person at the Observatory during open hours.
This class is part of The Morbid Anatomy Art Academy

Today, join former AMNH Senior Insect Preparator Daisy Tainton for Observatory’s popular Anthropomorphic Insect Shadowbox Workshop. In this class, students will work with Rhinoceros beetles: nature’s tiny giants. Each student will learn to make–and leave with their own!–shadowbox dioramas featuring carefully positioned beetles doing nearly anything you can imagine. Beetles and shadowboxes are provided, and an assortment of miniature furniture, foods, and other props will be available to decorate your habitat. Students need bring nothing, though are encouraged to bring along dollhouse props if they have a particular vision for their final piece; 1:12 scale work best.

BEETLES WILL BE PROVIDED. Each student receives one beetle approximately 2-3 inches tall when posed vertically.

Daisy Tainton was formerly Senior Insect Preparator at the American Museum of Natural History, and has been working with insects professionally for several years. Eventually her fascination with insects and  love of Japanese miniature food items naturally came together, resulting in cute and ridiculous museum-inspired yet utterly unrealistic dioramas. Beetles at the dentist? Beetles eating pie and knitting sweaters? Even beetles on the toilet? Why not?
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Dance of Death by Hans Holbein: A Linocut Workshop with Classically Trained Artist Lado Pochkua 
Dates: Tuesdays May 20, May 27 and June 4

Time: 7 - 10 PM
Admission: $60
***MUST RSVP to morbidanatomylibrary [at] gmail.com
This class is part of The Morbid Anatomy Art Academy

The "dance of death" or "danse macabre" was a "medieval allegorical concept of the all-conquering and equalizing power of death, expressed in the drama, poetry, music, and visual arts of western Europe, mainly in the late Middle Ages. It is a literary or pictorial representation of a procession or dance of both living and dead figures, the living arranged in order of their rank, from pope and emperor to child, clerk, and hermit, and the dead leading them to the grave." (Encyclopedia Britannica). One of the best known expressions of this genre are a series of forty-two wood cuts by Hans Holbien published in 1538 under the title "Dance of Death."

In this class, students will learn the techniques of woodcuts and linocuts by creating a copy of one of Hans Holbein’s prints from the Dance of Death series. The class will follow the entire process from beginning to end: drafting a copy of the image, either a fragment or whole; transfer of the image to a linoleum block; cutting the image; printing the image on paper. Students will leave class with their own finished Dance of Death linocut and the skills to produce their own pieces in the future.

  • Lesson 1: creating a copy of either a fragment or full image from the series on paper. The copy can either be freehand and stylized, or students can use a grid to copy more exactly.
  • Lesson 2: transfer the drawing to linoleum.
  • Lesson 3: correction of image, and beginning to cut the image.
  • Lesson 4: finalizing the cut image.
  • Lesson 5: Printing the image. Students will be able to use several colors and backgrounds to create the final image.

REQUIRED MATERIALS

  • A block of linoleum: Blick Battleship Gray Linoleum, mounted or unmounted (details here)

OR

  • Speedball Speedy-carve blocks, pink only (details here) Size: 9x12 or 8x10.

AND

  • Linocutter set: Blick Lino Cutter Set (details here)Water soluble printing inks
  • Printing paper
  • Tracing paper
  • Pencils
  • Black markers (fine point)

ABOUT THE INSTRUCTOR
Lado Pochkhua was born in Sukhumi, Georgia in 1970. He received his MFA in Painting and Printmaking from Tbilisi State Art Academy in Georgia in 2001. He currently divides his time between New York and Tbilisi, Georgia.
Selected Exhibitions:

  • 2011   “Works from the Creamer Street Studio,” at the Literature Museum, Tbilisi Georgia  (solo show)
  • 2010    “Paradise ” at Proteus Gowanus, New York
  • 2009    “Prague Biennale 4,” Georgian pavilion
  • 2009    “The Art of returning Home,” Arsi Gallery, Tbilisi Georgia (solo show)
  • 2008    Gardens, Ships, and Lessons, K. Petrys Ház Gallery, Budapest, Hungary (solo show) Exhibition of Georgian Artists, Festival OFF EUROPA ditorei Gallerie NBL, Leipzig, Germany
  • 2004    Artists of Georgia, Georgian Embassy, London, UK
  • 2003    Curriculum Vitae: a retrospective of 20th century Georgian art, Caravasla Tbilisi History Museum, Tbilisi, Georgia, Waiting for the Barbarians, Gallery Club 22, Tbilisi, Georgia (solo show)
  • 2001     21 Georgian Artists, UNESCO, Paris, France
  • 1998    Magical Geometry, TMS Gallery, Tbilisi, Georgia (solo show)

Image: Image: “Melior est mors quam vita” to the aged woman who crawls gravewards with her bone rosary while Death makes music in the van." From Hans Holbein's "Dance of Death."
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Date: Sunday, June 2
Time: 12-4 PM
Admission: $75
***Must pre-order tickets here: http://victorianmourningjewelry.bpt.me
This class is part of The Morbid Anatomy Art Academy
Hair jewelry was an enormously popular form of commemorative art that began in the late 17th century and reached its zenith during the Victorian Era. Hair, either of someone living or deceased, was encased in metal lockets or woven to enshrine the human relic of a loved one. This class will explore a modern take on the genre.
The technique of "palette working" or arranging hair in artful swoops and curls will be explored and a variety of ribbons, beads, wire and imagery of mourning iconography will be supplied for potential inclusion. A living or deceased person or pet may be commemorated in this manner.
Students are requested to bring with them to class their own hair, fur, or feathers; all other necessary materials will be supplied. Hair can be self-cut, sourced from barber shops or hair salons (who are usually happy to provide you with swept up hair), from beauty supply shops (hair is sold as extensions), or from wig suppliers. Students will leave class with their own piece of hair jewelry and the knowledge to create future projects.

Karen Bachmann is a fine jeweler with over 25 years experience, including several years on staff as a master jeweler at Tiffany and Co. She is a Professor in the Jewelry Design Dept at Fashion Institute of Technology as well as the School of Art and Design at Pratt Institute. She has recently completed her MA in Art History at SUNY Purchase with a thesis entitled Hairy Secrets:... In her downtime she enjoys collecting biological specimens, amateur taxidermy and punk rock. 
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Morbid Anatomy Presents at London's Last Tuesday Society this June and July
A series of London-based events, workshops, special tours, screenings and spectacles surveying the interstices of art and medicine, death and culture curated by Observatory's Morbid Anatomy
Date: June 2 - July 25
Time: Variable, but most lectures begin at 7 PM
Location: The Last Tuesday Society at 11 Mare Street, London, E8 4RP map here) unless otherwise specified

The series will feature Morbid Anatomy's signature mix of museum professionals, professors, librarians, artists, rogue scholars, and autodidacts--many flown in direct from Morbid Anatomy's base in Brooklyn, New York--to elucidate on a wide array of topics including (but not limited to!) The Neapolitan Cult of the Dead; "human zoos;" "speaking reliquaries;" why music drives women mad; eccentric folk medicine collections; Santa Muerte (or "Saint Death); dissection and masturbation; dissection and magic; Victorian memorial hair jewelry; the "hot nurse" in popular fiction; The Danse Macabre; "a cinematic survey of The Vampires of London;" and anatomical waxworks and death.

There will be also two special backstage tours: one of the legendary Blythe House, home of the vast and incredible collection of Henry Wellcome and the other of the Natural History Museum's zoological collection, featuring the famously gorgeous Blaschka invertebrate glass model collection; a special magic lantern show featuring "the weirdest, most inappropriate and completely baffling examples of lantern imagery" conjured by collector and scholar Professor Heard, author of Phantasmagoria- The Secret Life of the Magic Lantern; a screening of rare short films from the BFI National Archive documenting folk music, dance, customs and sport; and workshops in the creation of Victorian hair work, lifelike wax wounds, and bat skeletons in glass domes.

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Wax Wound Workshop with medical artist Eleanor Crook
Sunday, June 2, 2013 at 1:00 - 5:00 PM
More here

Let acclaimed sculptor Eleanor Crook guide you in creating your very own wax wound. Crook has lent her experience to professionals ranging from forensic law enforcement officers to plastic surgeons, so is well placed to help you make a horrendously lifelike scar, boil or blister.
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Art, Wax, Death and Anatomy : Illustrated lecture with art historian Roberta Ballestriero
Monday, June 3, 2013 at 7:00pm
More here

Wax modelling, or ceroplastics, is of ancient origin but was revived in 14th century Italy with the cult of Catholic votive objects, or ex votos.  Art Historian Roberta Ballestriero will discuss the art and history of wax modeling sacred and profane; she will also showcase many of its greatest masterworks.
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Music Driving Women Mad: The History of Medical Fears of its Effects on Female Bodies and Minds: Illustrated lecture with Dr. James Kennaway
Tuesday, June 4, 2013 at 7:00pm
More here

Over the past few centuries, countless physicians and writers have asserted that music could cause very serious medical problems for the 'weaker sex'. Not only could it bring on symptoms of nervousness and hysteria, it could also cause infertility, nymphomania and even something called 'melosexualism'. This talk will give an outline of this strange debate, using the raciest stories to be found in gynaecological textb
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Solitary vice? Sex and Dissection in Georgian London With Dr Simon Chaplin
Wednesday, June 5, 2013 at 7:00pm
More here

In this lavishly illustrated lecture, Simon Chaplin explores the sexual undertones of the anatomy schools of Georgian London, in which students dissected grave-robbed bodies in the back-rooms of their teachers' houses, while their masters explored new strategies for presenting their work to polite audiences through museums and lectures.
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Heartthrobs of the Human Zoo: Ethnographic Exhibitions and Captive Celebrities of Turn of the Century America: An Illustrated Lecture with Betsy Bradley
Thursday, June 6, 2013 at 7:00pm
More here

From ransomed Congolese pygmies to winsome Eskimo babies, the American world's fairs and patriotic expositions  present history with a number of troubling ethnographic celebrities, and their stories offer a rare glimpse inside the psychology and culture of imperial America at the turn of a new century.
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The Astounding Collection of Henry Wellcome: Blythe House Backstage Tour with Selina Hurley, Assistant Curator of Medicine, The Science Museum
Friday, June 7, 2013 at 3:00pm
More here

Henry Wellcome (1853 - 1936)----early pharmaceutical magnate and man behind the Wellcome Trust, Collection, and Library--was the William Randolph Hearst of the medical collecting world. That collection, possibly the finest medical collection in the world, now resides in Blythe House, kept in trust by The Science Museum on permanent loan from the Wellcome Trust. Today, a lucky fifteen people will get a rare chance to see this collection, featuring many artifacts of which have never before been on public view, in this backstage tour led Selina Hurley, Assistant Curator of Medicine at The Science Museum.
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Neapolitan Cult of the Dead with Chiara Ambrosio
Monday, June 10, 2013 at 7:00pm
More here

In tonight's illustrated lecture, Italian artist and filmmaker Chiara Ambrosio will elucidate this curious and fascinating "Neapolitan Cult of the Dead" and situate it within a the rich death culture and storied history of Naples.
  
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A Vile Vaudeville of Gothic Attractions: Illustrated lecture by Mervyn Heard, author of Phantasmagoria- The Secret Life of the Magic Lantern
Tuesday, June 11, 2013 at 7:00pm
More here

An illustrated talk in which writer and showman 'Professor' Mervyn Heard waxes scattergun- sentimental over some of the more bizarre, live theatrical experiences of the 18th, 19th and early 20th century - from the various ghastly manifestations of the phantasmagoria to performing hangmen, self-crucifiers and starving brides.

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Professor Heard's Most Extraordinary Magic Lantern Show with Mervyn Heard
Wednesday, June 12, 2013 at 7:00pm
More here

Professor Heard is well known to patrons of the Last Tuesday Lecture programme for his sell-out magic lantern entertainments. In this latest assault on the eye he summons up some of the weirdest, most inappropriate and completely baffling examples of lantern imagery, lantern stories and optical effects by special request of Morbid Anatomy.

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"Speaking Reliquaries" and Christian Death Rituals: Part One of "Hairy Secrets" Series With Karen Bachmann
Thursday, June 13, 2013 at 7:00pm
More here

3-part series on human relics and Victorian mourning jewelry--master jeweler and art historian Karen Bachmann will focus on what are termed "speaking" reliquaries: the often elaborate containers which house the preserved body parts--or relics--of saints and martyrs with shapes which reflect that of the body-part contained within.

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Hair Art Workshop Class: The Victorian Art of Hair Jewellery With Karen Bachmann
Friday, June 14, 2013 at 1:00pm
More here

Hair jewellery was an enormously popular form of commemorative art that began in the late 17th century and reached its zenith during the Victorian Era. Hair, either of someone living or deceased, was encased in metal lockers or woven to enshrine the human relic of a loved one. This class will explore a modern take on the genre.

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The History of the Memento Mori and Death's Head Iconography: Part Two of "Hairy Secrets" Series Illustrated lecture with Art Historian and Master Jeweler Karen Bachmann
Friday, June 14, 2013 at 7:00pm
More here

In tonight's lecture--the second in a 3-part series on human relics and Victorian mourning jewelry--master jeweler and art historian Karen Bachmann will explore the development of the memento mori,objects whose very raison d'être is to remind the beholder that they, too, will die.

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Hair Art Workshop Class: The Victorian Art of Hair Jewellery With Karen Bachmann
Saturday, June 15, 2013 at 1:00pm (More here)
Sunday, June 16, 2013 at 1:00pm (More here)

Hair jewellery was an enormously popular form of commemorative art that began in the late 17th century and reached its zenith during the Victorian Era. Hair, either of someone living or deceased, was encased in metal lockers or woven to enshrine the human relic of a loved one. This class will explore a modern take on the genre.

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The Victorian Love Affair with Death and the Art of Mourning Hair Jewelry: Illustrated lecture with Art Historian and Master Jeweler Karen Bachmann
Monday, June 17, 2013 at 7:00pm
More here

The Victorians had a love affair with death which they expressed in a variety of ways, both intensely sentimental and macabre. Tonight's lecture-the last in a 3-part series on human relics and Victorian mourning jewelry-will take as its focus the apex of the phenomenon of hair jewelry fashion in the Victorian Era as an expression of this passion.

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Dissection and Magic with Constanza Isaza Martinez
Tuesday, June 18, 2013 at 7:00pm
More here

This lecture examines images of human corpses in Early Modern European art in relation to two specific themes: the practice of 'witchcraft' or 'magic'; and the emergent medical profession, particularly anatomical dissection.
  
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Future Death. Future Dead Bodies. Future Cemeteries Illustrated lecture by Dr. John Troyer, Deputy Director of the Centre for Death and Society at the University of Bath
Thursday, June 20, 2013 at 7:00pm
More here

Dr. John Troyer, from the Centre for Death & Society, University of Bath, will discuss three kinds of postmortem futures: Future Death, Future Dead Bodies, and Future Cemeteries. Central to these Futures is the human corpse and its use in new forms of body disposal technology, digital technology platforms, and definitions of death.

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‘She Healed Their Bodies With Her White Hot Passions’: The Role of the Nurse in Romantic Fiction with Natasha McEnroe Illustrated lecture Natasha McEnroe, Director of the Florence Nightingale Museum
Sunday, June 23, 2013 at 7:00pm
https://www.facebook.com/events/478987722156193/

Victorian portrayals of the nurse show either a drunken and dishonest old woman or an angelic and devoted being, which changes to a 20th-century caricature just as pervasive - that of the 'sexy nurse'. In this talk, Natasha McEnroe will explore the links between the enforced intimacy of the sickroom and the handling of bodies for more recreational reasons.

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Face lift or face reconstruction? Redesigning the Museum Vrolik, Amsterdam's anatomical museum An illustrated lecture with Dr. Laurens de Rooy, curator of the Museum Vrolik in Amsterdam
Monday, June 24, 2013 at 7:00pm
More here

Counting more than five thousand preparations and specimens, the Museum Vrolikianum, the private collection of father Gerard and his son Willem Vrolik was an amazing object of interest one hundred and fifty years ago. In the 1840s and 50s this museum, established in Gerard's stately mansion on the river Amstel, grew into a famous collection that attracted admiring scientists from both the Netherlands and abroad. In this talk, Museum Vrolik curator Dr Laurens de Rooy will take you on a guided tour of the new museum, and give an overview of all the other aspects of the 'new' Museum Vrolik.

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The Walking Dead in 1803: An Illustrated Lecture with Phil Loring, Curator of Psychology at the Science Museum in London
Tuesday, June 25, 2013 at 7:00pm
More here

A visiting Italian startled Londoners at the turn of the 19th century by making decapitated animals and executed men open their eyes and move around, as if on the verge of being restored to life. This was not magic but the power of electricity from the newly invented Galvanic trough, or battery. This talk will discuss a variety of historical instruments from the Science Museum's collections that figured in these re-animation experiments, including the apparatus used by Galvani himself in his laboratory in Bologna.
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The Influencing Machine: James Tilly Matthews and the Air Loom with Mike Jay
Wednesday, June 26, 2013 at 7:00pm
More here

Confined in Bedlam in 1797 as an incurable lunatic, James Tilly Matthews' case is one of the most bizarre in the annals of psychiatry. He was the first person to insist that his mind was being controlled by a machine: the Air Loom, a terrifying secret weapon whose mesmeric rays and mysterious gases were brainwashing politicians and plunging Europe into revolution, terror and war. But Matthews' case was even stranger than his doctors realised: many of the incredible conspiracies in which he claimed to be involved were entirely real.

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A Waxen France: Madame Tussaud’s Representations of the French: Illustrated Lecture by Pamela Pilbeam Emeritus Professor of French History, Royal Holloway, University of London and author of Madame Tussaud and the History of Waxworks
Thursday, June 27, 2013 at 7:00pm
More here

Madame Tussaud's presentation of French politics and history did much to inform and influence the popular perception of France among the British. This lecture will explore that view and how it changed during the nineteenth century.

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Backstage Tour of the Zoological Collection of the Natural History Museum with Miranda Lowe
Friday, June 28, 2013 at 3:00pm
More here

Today, ten lucky people will get to join Miranda Lowe, Collections Manager of the Aquatic Invertebrates Division, for a special backstage tour of The Natural History Museum of London. The tour will showcase the zoological spirit collections in the Darwin Centre, some of Darwin's barnacles and the famed collection of glass marine invertebrate models crafted by Leopold and Rudolf Blaschka in the 19th and early 20th century.
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Bat in Glass Dome Workshop: Part of DIY Wunderkammer Series With Wilder Duncan (formerly of Evolution Store, Soho) and Laetitia Barbier, head librarian at The Morbid Anatomy Library
Saturday, June 29, 2013 at 1:00pm (more here)
Sunday, June 30, 2013 at 1:00pm (more here)

In this class, students will learn how to create an osteological preparation of a bat in the fashion of 19th century zoological displays. A bat skeleton, a glass dome, branches, glue, tools, and all necessary materials will be provided for each student.  The classes will focus on teaching ancient methods of specimen preparation that link science with art: students will create compositions involving natural elements and, according to their taste, will compose a traditional Victorian environment or a modern display.
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The Coming of Age of the Danse Macabre on the Verge of the Industrial Age with Alexander L. Bieri Illustrated lecture with Alexander L. Bieri
Tuesday, July 9, 2013 at 7:00pm
More here

The lecture not only discusses Schellenberg's danse macabre in detail, but also gives an insight into the current fascination with vanitas and its depictions, especially focusing on the artistic exploitation of the theme and takes into consideration the history of anatomical dissection and preparation.
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"Viva la Muerte: The Mushrooming Cult of Saint Death" Illustrated lecture and book signing with Andrew Chesnut
Wednesday, July 10, 2013 at 7:00pm
More here

The worship of Santa Muerte, a psuedo Catholic saint which takes the form of a personified and clothed lady death, is on the rise and increasingly controversial in Mexico and the United States. Literally translating to "Holy Death" or "Saint Death," the worship of Santa Muerte-like Day of the Dead-is a popular form of religious expression rooted in a rich syncretism of the beliefs of the native Latin Americans and the colonizing Spanish Catholics.
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From Blue Beads to Hair Sandwiches: Edward Lovett and London's Folk Medicine: An Illustrated lecture with Ross MacFarlane, Research Engagement Officer in the Wellcome Library
Monday, July 15, 2013 at 7:00pm
More here

During his life Edward Lovett (1852-1933) amassed one of the largest collections of objects pertaining to 'folk medicine' in the British Isles.  Lovett particularly focused his attention on objects derived from contemporary, working class Londoners, believing that the amulets, charms and mascots he collected - and which were still being used in 20th century London - were 'survivals' of antiquated, rural practices.
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The Vampires of London: A Cinematic Survey with William Fowler (BFI) and Mark Pilkington (Strange Attractor)
Thursday, July 18, 2013 at 7:00pm
More here

This heavily illustrated presentation and film clip selection explores London's Highgate Cemetery as a locus of horror in the 1960s and 1970s cinema, from mondo and exploitation to classic Hammer horror.
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"Here's a Health to the Barley Mow: a Century of Folk Customs and Ancient Rural Games" Screenings of Short Films from the BFI Folk Film Archives with William Fowler
Wednesday, July 24, 2013 at 7:00pm
More here

Tonight, the British Film Institute's William Fowler will present a number of rare and beautiful short films from the BFI National Archive and Regional Film Archives showing some of our rich traditions of folk music, dance, customs and sport. Highlights include the alcoholic folk musical Here's a Health to the Barley Mow (1955), Doc Rowe's speedy sword dancing film and the Padstow Mayday celebration Oss Oss Wee Oss (Alan Lomax/Peter Kennedy 1953).
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Of Satyrs, Horses and Camels: Natural History in the Imaginative Mode: illustrated lecture by Daniel Margócsy, Hunter College, New York
Thursday, July 25, 2013 at 7:00pm
More here

From its beginnings, science was (and still is) an imaginative and speculative enterprise, just like the arts. This talk traces the exchange of visual information between the major artists of the Renaissance and the leading natural historians of the scientific revolution. It shows how painters' and printmakers' fictitious images of unicorns, camels and monkfish came to populate the botanical and zoological encyclopedias of early modern Europe.

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You can find out more on all events here.

Source:
http://morbidanatomy.blogspot.com/2013/04/lovers-eye-and-masonic-prank-initiation.html

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Jason Freeny’s 18? Lego Men Dissections

Jason Freeny Lego Man skeleton trio (1)
Click to enlarge

Jason Freeny Lego Man skeleton trio (2)

Jason Freeny Lego Man skeleton trio (3)Jason Freeny Lego Man skeleton trio (4)

The process…

Lego Men Trio Dissection 2012 Process

Jason Freeny’s latest drool-worthy work is a trio of 18″ anatomical Lego men figures.  You can see Jason’s entire creation process of these little masterpieces via his Facebook.  I love seeing the “dissection” take place over time and how Jason builds the anatomy.  It really makes you appreciate the detail and skill that went into the final products above!

 

Read our interview with Jason Freeny to learn more about the man behind the anatomical pop culture awesomeness!

 

 

Source:
http://feeds.feedburner.com/streetanatomy/OQuC

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Crown of Immortality – Wikipedia

The Crown of Immortality is a literary and religious metaphor traditionally represented in art first as a laurel wreath and later as a symbolic circle of stars (often a crown, tiara, halo or aureola). The Crown appears in a number of Baroque iconographic and allegoric works of art to indicate the wearer's immortality.

In ancient Egypt, the crown of justification was a wreath placed on the deceased to represent victory over death in the afterlife, in emulation of the resurrecting god Osiris. It was made of various materials including laurel, palm, feathers, papyrus, roses, or precious metals, with numerous examples represented on the Fayum mummy portraits of the Roman Imperial period.[1]

In ancient Greece, a wreath of laurel or olive was awarded to victorious athletes and later poets. Among the Romans, generals celebrating a formal triumph wore a laurel wreath, an honor that during the Empire was restricted to the Imperial family. The placing of the wreath was often called a "crowning", and its relation to immortality was problematic; it was supposed to secure the wearer immortality in the form of enduring fame, but the triumphator was also reminded of his place within the mortal world: in the traditional tableaux, an accompanying slave whispered continually in the general's ear Memento mori, "Remember you are mortal".[2] Funerary wreaths of gold leaf were associated particularly with initiates into the mystery religions.[3]

From the Early Christian era the phrase "crown of immortality" was widely used by the Church Fathers in writing about martyrs; the immortality was now both of reputation on earth, and of eternal life in heaven. The usual visual attribute of a martyr in art, was a palm frond, not a wreath.[citation needed] The phrase may have originated in scriptural references, or from incidents such as this reported by Eusebius (Bk V of History) describing the persecution in Lyon in 177, in which he refers to literal crowns, and also brings in an athletic metaphor of the "victor's crown" at the end:

"From that time on, their martyrdoms embraced death in all its forms. From flowers of every shape and color they wove a crown to offer to the Father; and so it was fitting that the valiant champions should endure an ever-changing conflict, and having triumphed gloriously should win the mighty crown of immortality. Maturus, Sanctus, Blandina, and Attalus were taken into the amphitheater to face the wild beasts, and to furnish open proof of the inhumanity of the heathen, the day of fighting wild beasts being purposely arranged for our people. There, before the eyes of all, Maturus and Sanctus were again taken through the whole series of punishments, as if they had suffered nothing at all before, or rather as if they had already defeated their opponent in bout after bout and were now battling for the victor's crown."[4]

The first use seems to be that attributed to the martyr Ignatius of Antioch in 107.[citation needed]

An Advent wreath is a ring of candles, usually made with evergreen cuttings and used for household devotion by some Christians during the season of Advent. The wreath is meant to represent God's eternity. On Saint Lucy's Day, December 13, it is common to wear crowns of candles in Sweden, Denmark, Norway, Finland, Italy, Bosnia, Iceland, and Croatia.

Before the reform of the Gregorian calendar in the 16th century, St. Lucy's Day fell on the winter solstice. The representation of Saint Lucy seems to derive from the Roman goddess Lucina, who is connected to the solstice.[5][6]

Martyrs often are idealized as combatants, with the spectacle of the arena transposed to the martyr's struggle with Satan. Ignatius of Antioch, condemned to fight beasts in the year 107, "asked his friends not to try to save him and so rob him of the crown of immortality."[7] In 155, Polycarp, Christian bishop of Smyrna, was stabbed after a failed attempt to burn him at the stake. He is said to have been " crowned with the wreath of immortality ... having through patience overcome the unjust governor, and thus acquired the crown of immortality."[8]Eusebius uses similar imagery to speak of Blandina, martyred in the arena at Lyon in 177:

The crown of stars, representing immortality, may derive from the story of Ariadne, especially as told by Ovid, in which the unhappy Ariadne is turned into a constellation of stars, the Corona Borealis (Crown of the North), modelled on a jewelled crown she wore, and thus becoming immortal. In Titian's Bacchus and Ariadne (152023, National Gallery, London), the constellation is shown above Ariadne's head as a circle of eight stars (though Ovid specifies nine), very similar to what would become the standard depiction of the motif. Although the crown was probably depicted in classical art, and is described in several literary sources, no classical visual depictions have survived.[11] The Titian therefore appears to be the earliest such representation to survive, and it was also at this period that illustrations in prints of the Apocalypse by artists such as Drer[12][13] and Jean Duvet were receiving very wide circulation.

In Ariadne, Venus and Bacchus, by Tintoretto (1576, Doge's Palace, Venice), a flying Venus crowns Ariadne with a circle of stars, and many similar compositions exist, such as the ceiling of the Egyptian Hall at Boughton House of 1695.

The first use of the crown of stars as an allegorical Crown of Immortality may be the ceiling fresco, Allegory of Divine Providence and Barberini Power (163339), in the Palazzo Barberini in Rome by Pietro da Cortona. Here a figure identified as Immortality is flying, with her crown of stars held out in front of her, near the centre of the large ceiling. According to the earliest descriptions she is about to crown the Barberini emblems, representing Pope Urban VIII, who was also a poet.[14][15][16] Immortality seems to have been a preoccupation of Urban; his funeral monument by Bernini in St Peter's Basilica in Rome has Death as a life-size skeleton writing his name on a scroll.

Two further examples of the Crown of Immortality can be found in Sweden, firstly in the great hall ceiling fresco of the Swedish House of Knights by David Klcker Ehrenstrahl (between 16701675) which pictures among many allegoric figures Eterna (eternity) who holds in her hands the Crown of Immortality.[17] The second is in Drottningholm Palace, the home of the Swedish Royal Family, in a ceiling fresco named The Great Deeds of The Swedish Kings, painted in 1695 by David Klcker Ehrenstrahl.[18] This has the same motif as the fresco in the House of Knights mentioned above. The Drottningholm fresco, was shown in the 1000th stamp[19] by Czesaw Sania, the Polish postage stamp and banknote engraver.

The crown was also painted by the French Neoclassical painter Louis-Jean-Franois Lagrene, 17251805, in his Allegory on the Death of the Dauphin, where the crown was held by a young son who had pre-deceased the father (alternative titles specifically mention the crown of Immortality).[20]

Read the rest here:
Crown of Immortality - Wikipedia

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Anatomy – Wikipedia

Anatomy is the branch of biology concerned with the study of the structure of organisms and their parts.[1] Anatomy is inherently tied to embryology, comparative anatomy, evolutionary biology, and phylogeny,[2] as these are the processes by which anatomy is generated over immediate (embryology) and long (evolution) timescales. Human anatomy is one of the basic essential sciences of medicine.[3]

The discipline of anatomy is divided into macroscopic and microscopic anatomy. Macroscopic anatomy, or gross anatomy, is the examination of an animal's body parts using unaided eyesight. Gross anatomy also includes the branch of superficial anatomy. Microscopic anatomy involves the use of optical instruments in the study of the tissues of various structures, known as histology, and also in the study of cells.

The history of anatomy is characterized by a progressive understanding of the functions of the organs and structures of the human body. Methods have also improved dramatically, advancing from the examination of animals by dissection of carcasses and cadavers (corpses) to 20th century medical imaging techniques including X-ray, ultrasound, and magnetic resonance imaging.

Anatomy and physiology, which study (respectively) the structure and function of organisms and their parts, make a natural pair of related disciplines, and they are often studied together.

Derived from the Greek anatemn "I cut up, cut open" from ana "up", and temn "I cut",[4] anatomy is the scientific study of the structure of organisms including their systems, organs and tissues. It includes the appearance and position of the various parts, the materials from which they are composed, their locations and their relationships with other parts. Anatomy is quite distinct from physiology and biochemistry, which deal respectively with the functions of those parts and the chemical processes involved. For example, an anatomist is concerned with the shape, size, position, structure, blood supply and innervation of an organ such as the liver; while a physiologist is interested in the production of bile, the role of the liver in nutrition and the regulation of bodily functions.[5]

The discipline of anatomy can be subdivided into a number of branches including gross or macroscopic anatomy and microscopic anatomy.[6]Gross anatomy is the study of structures large enough to be seen with the naked eye, and also includes superficial anatomy or surface anatomy, the study by sight of the external body features. Microscopic anatomy is the study of structures on a microscopic scale, including histology (the study of tissues), and embryology (the study of an organism in its immature condition).[2]

Anatomy can be studied using both invasive and non-invasive methods with the goal of obtaining information about the structure and organization of organs and systems.[2] Methods used include dissection, in which a body is opened and its organs studied, and endoscopy, in which a video camera-equipped instrument is inserted through a small incision in the body wall and used to explore the internal organs and other structures. Angiography using X-rays or magnetic resonance angiography are methods to visualize blood vessels.[7][8][9][10]

The term "anatomy" is commonly taken to refer to human anatomy. However, substantially the same structures and tissues are found throughout the rest of the animal kingdom and the term also includes the anatomy of other animals. The term zootomy is also sometimes used to specifically refer to animals. The structure and tissues of plants are of a dissimilar nature and they are studied in plant anatomy.[5]

The kingdom Animalia or metazoa, contains multicellular organisms that are heterotrophic and motile (although some have secondarily adopted a sessile lifestyle). Most animals have bodies differentiated into separate tissues and these animals are also known as eumetazoans. They have an internal digestive chamber, with one or two openings; the gametes are produced in multicellular sex organs, and the zygotes include a blastula stage in their embryonic development. Metazoans do not include the sponges, which have undifferentiated cells.[11]

Unlike plant cells, animal cells have neither a cell wall nor chloroplasts. Vacuoles, when present, are more in number and much smaller than those in the plant cell. The body tissues are composed of numerous types of cell, including those found in muscles, nerves and skin. Each typically has a cell membrane formed of phospholipids, cytoplasm and a nucleus. All of the different cells of an animal are derived from the embryonic germ layers. Those simpler invertebrates which are formed from two germ layers of ectoderm and endoderm are called diploblastic and the more developed animals whose structures and organs are formed from three germ layers are called triploblastic.[12] All of a triploblastic animal's tissues and organs are derived from the three germ layers of the embryo, the ectoderm, mesoderm and endoderm.

Animal tissues can be grouped into four basic types: connective, epithelial, muscle and nervous tissue.

Connective tissues are fibrous and made up of cells scattered among inorganic material called the extracellular matrix. Connective tissue gives shape to organs and holds them in place. The main types are loose connective tissue, adipose tissue, fibrous connective tissue, cartilage and bone. The extracellular matrix contains proteins, the chief and most abundant of which is collagen. Collagen plays a major part in organizing and maintaining tissues. The matrix can be modified to form a skeleton to support or protect the body. An exoskeleton is a thickened, rigid cuticle which is stiffened by mineralization, as in crustaceans or by the cross-linking of its proteins as in insects. An endoskeleton is internal and present in all developed animals, as well as in many of those less developed.[12]

Epithelial tissue is composed of closely packed cells, bound to each other by cell adhesion molecules, with little intercellular space. Epithelial cells can be squamous (flat), cuboidal or columnar and rest on a basal lamina, the upper layer of the basement membrane,[13] the lower layer is the reticular lamina lying next to the connective tissue in the extracellular matrix secreted by the epithelial cells.[14] There are many different types of epithelium, modified to suit a particular function. In the respiratory tract there is a type of ciliated epithelial lining; in the small intestine there are microvilli on the epithelial lining and in the large intestine there are intestinal villi. Skin consists of an outer layer of keratinized stratified squamous epithelium that covers the exterior of the vertebrate body. Keratinocytes make up to 95% of the cells in the skin.[15] The epithelial cells on the external surface of the body typically secrete an extracellular matrix in the form of a cuticle. In simple animals this may just be a coat of glycoproteins.[12] In more advanced animals, many glands are formed of epithelial cells.[16]

Muscle cells (myocytes) form the active contractile tissue of the body. Muscle tissue functions to produce force and cause motion, either locomotion or movement within internal organs. Muscle is formed of contractile filaments and is separated into three main types; smooth muscle, skeletal muscle and cardiac muscle. Smooth muscle has no striations when examined microscopically. It contracts slowly but maintains contractibility over a wide range of stretch lengths. It is found in such organs as sea anemone tentacles and the body wall of sea cucumbers. Skeletal muscle contracts rapidly but has a limited range of extension. It is found in the movement of appendages and jaws. Obliquely striated muscle is intermediate between the other two. The filaments are staggered and this is the type of muscle found in earthworms that can extend slowly or make rapid contractions.[17] In higher animals striated muscles occur in bundles attached to bone to provide movement and are often arranged in antagonistic sets. Smooth muscle is found in the walls of the uterus, bladder, intestines, stomach, oesophagus, respiratory airways, and blood vessels. Cardiac muscle is found only in the heart, allowing it to contract and pump blood round the body.

Nervous tissue is composed of many nerve cells known as neurons which transmit information. In some slow-moving radially symmetrical marine animals such as ctenophores and cnidarians (including sea anemones and jellyfish), the nerves form a nerve net, but in most animals they are organized longitudinally into bundles. In simple animals, receptor neurons in the body wall cause a local reaction to a stimulus. In more complex animals, specialized receptor cells such as chemoreceptors and photoreceptors are found in groups and send messages along neural networks to other parts of the organism. Neurons can be connected together in ganglia.[18] In higher animals, specialized receptors are the basis of sense organs and there is a central nervous system (brain and spinal cord) and a peripheral nervous system. The latter consists of sensory nerves that transmit information from sense organs and motor nerves that influence target organs.[19][20] The peripheral nervous system is divided into the somatic nervous system which conveys sensation and controls voluntary muscle, and the autonomic nervous system which involuntarily controls smooth muscle, certain glands and internal organs, including the stomach.[21]

All vertebrates have a similar basic body plan and at some point in their lives, (mostly in the embryonic stage), share the major chordate characteristics; a stiffening rod, the notochord; a dorsal hollow tube of nervous material, the neural tube; pharyngeal arches; and a tail posterior to the anus. The spinal cord is protected by the vertebral column and is above the notochord and the gastrointestinal tract is below it.[22] Nervous tissue is derived from the ectoderm, connective tissues are derived from mesoderm, and gut is derived from the endoderm. At the posterior end is a tail which continues the spinal cord and vertebrae but not the gut. The mouth is found at the anterior end of the animal, and the anus at the base of the tail.[23] The defining characteristic of a vertebrate is the vertebral column, formed in the development of the segmented series of vertebrae. In most vertebrates the notochord becomes the nucleus pulposus of the intervertebral discs. However, a few vertebrates, such as the sturgeon and the coelacanth retain the notochord into adulthood.[24]Jawed vertebrates are typified by paired appendages, fins or legs, which may be secondarily lost. The limbs of vertebrates are considered to be homologous because the same underlying skeletal structure was inherited from their last common ancestor. This is one of the arguments put forward by Charles Darwin to support his theory of evolution.[25]

The body of a fish is divided into a head, trunk and tail, although the divisions between the three are not always externally visible. The skeleton, which forms the support structure inside the fish, is either made of cartilage, in cartilaginous fish, or bone in bony fish. The main skeletal element is the vertebral column, composed of articulating vertebrae which are lightweight yet strong. The ribs attach to the spine and there are no limbs or limb girdles. The main external features of the fish, the fins, are composed of either bony or soft spines called rays, which with the exception of the caudal fins, have no direct connection with the spine. They are supported by the muscles which compose the main part of the trunk.[26] The heart has two chambers and pumps the blood through the respiratory surfaces of the gills and on round the body in a single circulatory loop.[27] The eyes are adapted for seeing underwater and have only local vision. There is an inner ear but no external or middle ear. Low frequency vibrations are detected by the lateral line system of sense organs that run along the length of the sides of fish, and these respond to nearby movements and to changes in water pressure.[26]

Sharks and rays are basal fish with numerous primitive anatomical features similar to those of ancient fish, including skeletons composed of cartilage. Their bodies tend to be dorso-ventrally flattened, they usually have five pairs of gill slits and a large mouth set on the underside of the head. The dermis is covered with separate dermal placoid scales. They have a cloaca into which the urinary and genital passages open, but not a swim bladder. Cartilaginous fish produce a small number of large, yolky eggs. Some species are ovoviviparous and the young develop internally but others are oviparous and the larvae develop externally in egg cases.[28]

The bony fish lineage shows more derived anatomical traits, often with major evolutionary changes from the features of ancient fish. They have a bony skeleton, are generally laterally flattened, have five pairs of gills protected by an operculum, and a mouth at or near the tip of the snout. The dermis is covered with overlapping scales. Bony fish have a swim bladder which helps them maintain a constant depth in the water column, but not a cloaca. They mostly spawn a large number of small eggs with little yolk which they broadcast into the water column.[28]

Amphibians are a class of animals comprising frogs, salamanders and caecilians. They are tetrapods, but the caecilians and a few species of salamander have either no limbs or their limbs are much reduced in size. Their main bones are hollow and lightweight and are fully ossified and the vertebrae interlock with each other and have articular processes. Their ribs are usually short and may be fused to the vertebrae. Their skulls are mostly broad and short, and are often incompletely ossified. Their skin contains little keratin and lacks scales, but contains many mucous glands and in some species, poison glands. The hearts of amphibians have three chambers, two atria and one ventricle. They have a urinary bladder and nitrogenous waste products are excreted primarily as urea. Amphibians breathe by means of buccal pumping, a pump action in which air is first drawn into the buccopharyngeal region through the nostrils. These are then closed and the air is forced into the lungs by contraction of the throat.[29] They supplement this with gas exchange through the skin which needs to be kept moist.[30]

In frogs the pelvic girdle is robust and the hind legs are much longer and stronger than the forelimbs. The feet have four or five digits and the toes are often webbed for swimming or have suction pads for climbing. Frogs have large eyes and no tail. Salamanders resemble lizards in appearance; their short legs project sideways, the belly is close to or in contact with the ground and they have a long tail. Caecilians superficially resemble earthworms and are limbless. They burrow by means of zones of muscle contractions which move along the body and they swim by undulating their body from side to side.[31]

Reptiles are a class of animals comprising turtles, tuataras, lizards, snakes and crocodiles. They are tetrapods, but the snakes and a few species of lizard either have no limbs or their limbs are much reduced in size. Their bones are better ossified and their skeletons stronger than those of amphibians. The teeth are conical and mostly uniform in size. The surface cells of the epidermis are modified into horny scales which create a waterproof layer. Reptiles are unable to use their skin for respiration as do amphibians and have a more efficient respiratory system drawing air into their lungs by expanding their chest walls. The heart resembles that of the amphibian but there is a septum which more completely separates the oxygenated and deoxygenated bloodstreams. The reproductive system is designed for internal fertilization, with a copulatory organ present in most species. The eggs are surrounded by amniotic membranes which prevents them from drying out and are laid on land, or develop internally in some species. The bladder is small as nitrogenous waste is excreted as uric acid.[32]

Turtles are notable for their protective shells. They have an inflexible trunk encased in a horny carapace above and a plastron below. These are formed from bony plates embedded in the dermis which are overlain by horny ones and are partially fused with the ribs and spine. The neck is long and flexible and the head and the legs can be drawn back inside the shell. Turtles are vegetarians and the typical reptile teeth have been replaced by sharp, horny plates. In aquatic species, the front legs are modified into flippers.[33]

Tuataras superficially resemble lizards but the lineages diverged in the Triassic period. There is one living species, Sphenodon punctatus. The skull has two openings (fenestrae) on either side and the jaw is rigidly attached to the skull. There is one row of teeth in the lower jaw and this fits between the two rows in the upper jaw when the animal chews. The teeth are merely projections of bony material from the jaw and eventually wear down. The brain and heart are more primitive than those of other reptiles, and the lungs have a single chamber and lack bronchi. The tuatara has a well-developed parietal eye on its forehead.[33]

Lizards have skulls with only one fenestra on each side, the lower bar of bone below the second fenestra having been lost. This results in the jaws being less rigidly attached which allows the mouth to open wider. Lizards are mostly quadrupeds, with the trunk held off the ground by short, sideways-facing legs, but a few species have no limbs and resemble snakes. Lizards have moveable eyelids, eardrums are present and some species have a central parietal eye.[33]

Snakes are closely related to lizards, having branched off from a common ancestral lineage during the Cretaceous period, and they share many of the same features. The skeleton consists of a skull, a hyoid bone, spine and ribs though a few species retain a vestige of the pelvis and rear limbs in the form of pelvic spurs. The bar under the second fenestra has also been lost and the jaws have extreme flexibility allowing the snake to swallow its prey whole. Snakes lack moveable eyelids, the eyes being covered by transparent "spectacle" scales. They do not have eardrums but can detect ground vibrations through the bones of their skull. Their forked tongues are used as organs of taste and smell and some species have sensory pits on their heads enabling them to locate warm-blooded prey.[34]

Crocodilians are large, low-slung aquatic reptiles with long snouts and large numbers of teeth. The head and trunk are dorso-ventrally flattened and the tail is laterally compressed. It undulates from side to side to force the animal through the water when swimming. The tough keratinized scales provide body armour and some are fused to the skull. The nostrils, eyes and ears are elevated above the top of the flat head enabling them to remain above the surface of the water when the animal is floating. Valves seal the nostrils and ears when it is submerged. Unlike other reptiles, crocodilians have hearts with four chambers allowing complete separation of oxygenated and deoxygenated blood.[35]

Birds are tetrapods but though their hind limbs are used for walking or hopping, their front limbs are wings covered with feathers and adapted for flight. Birds are endothermic, have a high metabolic rate, a light skeletal system and powerful muscles. The long bones are thin, hollow and very light. Air sac extensions from the lungs occupy the centre of some bones. The sternum is wide and usually has a keel and the caudal vertebrae are fused. There are no teeth and the narrow jaws are adapted into a horn-covered beak. The eyes are relatively large, particularly in nocturnal species such as owls. They face forwards in predators and sideways in ducks.[36]

The feathers are outgrowths of the epidermis and are found in localized bands from where they fan out over the skin. Large flight feathers are found on the wings and tail, contour feathers cover the bird's surface and fine down occurs on young birds and under the contour feathers of water birds. The only cutaneous gland is the single uropygial gland near the base of the tail. This produces an oily secretion that waterproofs the feathers when the bird preens. There are scales on the legs, feet and claws on the tips of the toes.[36]

Mammals are a diverse class of animals, mostly terrestrial but some are aquatic and others have evolved flapping or gliding flight. They mostly have four limbs but some aquatic mammals have no limbs or limbs modified into fins and the forelimbs of bats are modified into wings. The legs of most mammals are situated below the trunk, which is held well clear of the ground. The bones of mammals are well ossified and their teeth, which are usually differentiated, are coated in a layer of prismatic enamel. The teeth are shed once (milk teeth) during the animal's lifetime or not at all, as is the case in cetaceans. Mammals have three bones in the middle ear and a cochlea in the inner ear. They are clothed in hair and their skin contains glands which secrete sweat. Some of these glands are specialized as mammary glands, producing milk to feed the young. Mammals breathe with lungs and have a muscular diaphragm separating the thorax from the abdomen which helps them draw air into the lungs. The mammalian heart has four chambers and oxygenated and deoxygenated blood are kept entirely separate. Nitrogenous waste is excreted primarily as urea.[37]

Mammals are amniotes, and most are viviparous, giving birth to live young. The exception to this are the egg-laying monotremes, the platypus and the echidnas of Australia. Most other mammals have a placenta through which the developing foetus obtains nourishment, but in marsupials, the foetal stage is very short and the immature young is born and finds its way to its mother's pouch where it latches on to a nipple and completes its development.[37]

Humans have the overall body plan of a mammal. Humans have a head, neck, trunk (which includes the thorax and abdomen), two arms and hands and two legs and feet.

Generally, students of certain biological sciences, paramedics, prosthetists and orthotists, physiotherapists, occupational therapists, nurses, and medical students learn gross anatomy and microscopic anatomy from anatomical models, skeletons, textbooks, diagrams, photographs, lectures and tutorials, and in addition, medical students generally also learn gross anatomy through practical experience of dissection and inspection of cadavers. The study of microscopic anatomy (or histology) can be aided by practical experience examining histological preparations (or slides) under a microscope. [39]

Human anatomy, physiology and biochemistry are complementary basic medical sciences, which are generally taught to medical students in their first year at medical school. Human anatomy can be taught regionally or systemically; that is, respectively, studying anatomy by bodily regions such as the head and chest, or studying by specific systems, such as the nervous or respiratory systems.[2] The major anatomy textbook, Gray's Anatomy, has been reorganized from a systems format to a regional format, in line with modern teaching methods.[40][41] A thorough working knowledge of anatomy is required by physicians, especially surgeons and doctors working in some diagnostic specialties, such as histopathology and radiology. [42]

Academic anatomists are usually employed by universities, medical schools or teaching hospitals. They are often involved in teaching anatomy, and research into certain systems, organs, tissues or cells.[42]

Invertebrates constitute a vast array of living organisms ranging from the simplest unicellular eukaryotes such as Paramecium to such complex multicellular animals as the octopus, lobster and dragonfly. They constitute about 95% of the animal species. By definition, none of these creatures has a backbone. The cells of single-cell protozoans have the same basic structure as those of multicellular animals but some parts are specialized into the equivalent of tissues and organs. Locomotion is often provided by cilia or flagella or may proceed via the advance of pseudopodia, food may be gathered by phagocytosis, energy needs may be supplied by photosynthesis and the cell may be supported by an endoskeleton or an exoskeleton. Some protozoans can form multicellular colonies.[43]

Metazoans are multicellular organism, different groups of cells of which have separate functions. The most basic types of metazoan tissues are epithelium and connective tissue, both of which are present in nearly all invertebrates. The outer surface of the epidermis is normally formed of epithelial cells and secretes an extracellular matrix which provides support to the organism. An endoskeleton derived from the mesoderm is present in echinoderms, sponges and some cephalopods. Exoskeletons are derived from the epidermis and is composed of chitin in arthropods (insects, spiders, ticks, shrimps, crabs, lobsters). Calcium carbonate constitutes the shells of molluscs, brachiopods and some tube-building polychaete worms and silica forms the exoskeleton of the microscopic diatoms and radiolaria.[44] Other invertebrates may have no rigid structures but the epidermis may secrete a variety of surface coatings such as the pinacoderm of sponges, the gelatinous cuticle of cnidarians (polyps, sea anemones, jellyfish) and the collagenous cuticle of annelids. The outer epithelial layer may include cells of several types including sensory cells, gland cells and stinging cells. There may also be protrusions such as microvilli, cilia, bristles, spines and tubercles.[45]

Marcello Malpighi, the father of microscopical anatomy, discovered that plants had tubules similar to those he saw in insects like the silk worm. He observed that when a ring-like portion of bark was removed on a trunk a swelling occurred in the tissues above the ring, and he unmistakably interpreted this as growth stimulated by food coming down from the leaves, and being captured above the ring.[46]

Arthropods comprise the largest phylum in the animal kingdom with over a million known invertebrate species.[47]

Insects possess segmented bodies supported by a hard-jointed outer covering, the exoskeleton, made mostly of chitin. The segments of the body are organized into three distinct parts, a head, a thorax and an abdomen.[48] The head typically bears a pair of sensory antennae, a pair of compound eyes, one to three simple eyes (ocelli) and three sets of modified appendages that form the mouthparts. The thorax has three pairs of segmented legs, one pair each for the three segments that compose the thorax and one or two pairs of wings. The abdomen is composed of eleven segments, some of which may be fused and houses the digestive, respiratory, excretory and reproductive systems.[49] There is considerable variation between species and many adaptations to the body parts, especially wings, legs, antennae and mouthparts.[50]

Spiders a class of arachnids have four pairs of legs; a body of two segmentsa cephalothorax and an abdomen. Spiders have no wings and no antennae. They have mouthparts called chelicerae which are often connected to venom glands as most spiders are venomous. They have a second pair of appendages called pedipalps attached to the cephalothorax. These have similar segmentation to the legs and function as taste and smell organs. At the end of each male pedipalp is a spoon-shaped cymbium that acts to support the copulatory organ.

Ancient Greek anatomy and physiology underwent great changes and advances throughout the early medieval world. Over time, this medical practice expanded by a continually developing understanding of the functions of organs and structures in the body. Phenomenal anatomical observations of the human body were made, which have contributed towards the understanding of the brain, eye, liver, reproductive organs and the nervous system.

The city of Alexandria was the stepping-stone for Greek anatomy and physiology. Alexandria not only housed the biggest library for medical records and books of the liberal arts in the world during the time of the Greeks, but was also home to many medical practitioners and philosophers. Great patronage of the arts and sciences from the Ptolemy rulers helped raise Alexandria up, further rivalling the cultural and scientific achievements of other Greek states.[52]

Some of the most striking advances in early anatomy and physiology took place in Hellenistic Alexandria.[52] Two of the most famous Greek anatomists and physiologists of the third century were Herophilus and Erasistratus. These two physicians helped pioneer human dissection for medical research. They also conducted vivisections on the cadavers of condemned criminals, which was considered taboo until the Renaissance Herophilus was recognized as the first person to perform systematic dissections.[53] Herophilus became known for his anatomical works making impressing contributions to many branches of anatomy and many other aspects of medicine.[54] Some of the works included classifying the system of the pulse, the discovery that human arteries had thicker walls then veins, and that the atria were parts of the heart. Herophiluss knowledge of the human body has provided vital input towards understanding the brain, eye, liver, reproductive organs and nervous system, and characterizing the course of disease.[55] Erasistratus accurately described the structure of the brain, including the cavities and membranes, and made a distinction between its cerebrum and cerebellum [56] During his study in Alexandria, Erasistratus was particularly concerned with studies of the circulatory and nervous systems. He was able to distinguish the sensory and the motor nerves in the human body and believed that air entered the lungs and heart, which was then carried throughout the body. His distinction between the arteries and veins the arteries carrying the air through the body, while the veins carried the blood from the heart was a great anatomical discovery. Erasistratus was also responsible for naming and describing the function of the epiglottis and the valves of the heart, including the tricuspid.[57] During the third century, Greek physicians were able to differentiate nerves from blood vessels and tendons [58] and to realize that the nerves convey neural impulses.[52] It was Herophilus who made the point that damage to motor nerves induced paralysis.[59] Herophilus named the meninges and ventricles in the brain, appreciated the division between cerebellum and cerebrum and recognized that the brain was the "seat of intellect" and not a "cooling chamber" as propounded by Aristotle [60] Herophilus is also credited with describing the optic, oculomotor, motor division of the trigeminal, facial, vestibulocochlear and hypoglossal nerves [61]

Great feats were made during the third century in both the digestive and reproductive systems. Herophilus was able to discover and describe not only the salivary glands, but the small intestine and liver.[61] He showed that the uterus is a hollow organ and described the ovaries and uterine tubes. He recognized that spermatozoa were produced by the testes and was the first to identify the prostate gland.[61]

In 1600 BCE, the Edwin Smith Papyrus, an Ancient Egyptian medical text, described the heart, its vessels, liver, spleen, kidneys, hypothalamus, uterus and bladder, and showed the blood vessels diverging from the heart. The Ebers Papyrus (c. 1550 BCE) features a "treatise on the heart", with vessels carrying all the body's fluids to or from every member of the body.[62]

The anatomy of the muscles and skeleton is described in the Hippocratic Corpus, an Ancient Greek medical work written by unknown authors.[63]Aristotle described vertebrate anatomy based on animal dissection. Praxagoras identified the difference between arteries and veins. Also in the 4th century BCE, Herophilos and Erasistratus produced more accurate anatomical descriptions based on vivisection of criminals in Alexandria during the Ptolemaic dynasty.[64][65]

In the 2nd century, Galen of Pergamum, an anatomist, clinician, writer and philosopher,[66] wrote the final and highly influential anatomy treatise of ancient times.[67] He compiled existing knowledge and studied anatomy through dissection of animals.[66] He was one of the first experimental physiologists through his vivisection experiments on animals.[68] Galen's drawings, based mostly on dog anatomy, became effectively the only anatomical textbook for the next thousand years.[69] His work was known to Renaissance doctors only through Islamic Golden Age medicine until it was translated from the Greek some time in the 15th century.[69]

Anatomy developed little from classical times until the sixteenth century; as the historian Marie Boas writes, "Progress in anatomy before the sixteenth century is as mysteriously slow as its development after 1500 is startlingly rapid".[69]:120121 Between 1275 and 1326, the anatomists Mondino de Luzzi, Alessandro Achillini and Antonio Benivieni at Bologna carried out the first systematic human dissections since ancient times.[70][71][72] Mondino's Anatomy of 1316 was the first textbook in the medieval rediscovery of human anatomy. It describes the body in the order followed in Mondino's dissections, starting with the abdomen, then the thorax, then the head and limbs. It was the standard anatomy textbook for the next century.[69]

Leonardo da Vinci (14521519) was trained in anatomy by Andrea del Verrocchio.[69] He made use of his anatomical knowledge in his artwork, making many sketches of skeletal structures, muscles and organs of humans and other vertebrates that he dissected.[69][73]

Andreas Vesalius (15141564) (Latinized from Andries van Wezel), professor of anatomy at the University of Padua, is considered the founder of modern human anatomy.[74] Originally from Brabant, Vesalius published the influential book De humani corporis fabrica ("the structure of the human body"), a large format book in seven volumes, in 1543.[75] The accurate and intricately detailed illustrations, often in allegorical poses against Italianate landscapes, are thought to have been made by the artist Jan van Calcar, a pupil of Titian.[76]

In England, anatomy was the subject of the first public lectures given in any science; these were given by the Company of Barbers and Surgeons in the 16th century, joined in 1583 by the Lumleian lectures in surgery at the Royal College of Physicians.[77]

In the United States, medical schools began to be set up towards the end of the 18th century. Classes in anatomy needed a continual stream of cadavers for dissection and these were difficult to obtain. Philadelphia, Baltimore and New York were all renowned for body snatching activity as criminals raided graveyards at night, removing newly buried corpses from their coffins.[78] A similar problem existed in Britain where demand for bodies became so great that grave-raiding and even anatomy murder were practised to obtain cadavers.[79] Some graveyards were in consequence protected with watchtowers. The practice was halted in Britain by the Anatomy Act of 1832,[80][81] while in the United States, similar legislation was enacted after the physician William S. Forbes of Jefferson Medical College was found guilty in 1882 of "complicity with resurrectionists in the despoliation of graves in Lebanon Cemetery".[82]

The teaching of anatomy in Britain was transformed by Sir John Struthers, Regius Professor of Anatomy at the University of Aberdeen from 1863 to 1889. He was responsible for setting up the system of three years of "pre-clinical" academic teaching in the sciences underlying medicine, including especially anatomy. This system lasted until the reform of medical training in 1993 and 2003. As well as teaching, he collected many vertebrate skeletons for his museum of comparative anatomy, published over 70 research papers, and became famous for his public dissection of the Tay Whale.[83][84] From 1822 the Royal College of Surgeons regulated the teaching of anatomy in medical schools.[85] Medical museums provided examples in comparative anatomy, and were often used in teaching.[86]Ignaz Semmelweis investigated puerperal fever and he discovered how it was caused. He noticed that the frequently fatal fever occurred more often in mothers examined by medical students than by midwives. The students went from the dissecting room to the hospital ward and examined women in childbirth. Semmelweis showed that when the trainees washed their hands in chlorinated lime before each clinical examination, the incidence of puerperal fever among the mothers could be reduced dramatically.[87]

Before the era of modern medical procedures, the main means for studying the internal structure of the body were palpation and dissection. It was the advent of microscopy that opened up an understanding of the building blocks that constituted living tissues. Technical advances in the development of achromatic lenses increased the resolving power of the microscope and around 1839, Matthias Jakob Schleiden and Theodor Schwann identified that cells were the fundamental unit of organization of all living things. Study of small structures involved passing light through them and the microtome was invented to provide sufficiently thin slices of tissue to examine. Staining techniques using artificial dyes were established to help distinguish between different types of tissue. The fields of cytology and histology developed from here in the late 19th century.[88] The invention of the electron microscope brought a great advance in resolution power and allowed research into the ultrastructure of cells and the organelles and other structures within them. About the same time, in the 1950s, the use of X-ray diffraction for studying the crystal structures of proteins, nucleic acids and other biological molecules gave rise to a new field of molecular anatomy.[88]

Short wavelength electromagnetic radiation such as X-rays can be passed through the body and used in medical radiography to view interior structures that have different degrees of opaqueness. Nowadays, modern techniques such as magnetic resonance imaging, computed tomography, fluoroscopy and ultrasound imaging have enabled researchers and practitioners to examine organs, living or dead, in unprecedented detail. They are used for diagnostic and therapeutic purposes and provide information on the internal structures and organs of the body to a degree far beyond the imagination of earlier generations.[89]

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Apotheosis of the Dissected Plate; Cult of the Dead; Morbid Curiousity; Classes Galore: Morbid Anatomy Presents This Week and Beyond

I am delighted to announce a few recently added Morbid Anatomy events taking place this May and June. This Friday, May 17, I urge you not to miss London-based artist Chiara Ambrosio's talk on the enigmatic and fascinating Neapolitan "cult of the dead;" (more here). I am also excited to announce a brand new lecture by Morbid Anatomy favorite Michael Sappol of The National Library of Medicine who will be giving an illustrated lecture on Thursday, May 23rd entitled "The Apotheosis of the Dissected Plate: Spectacles of Layering and Transparency in 19th- and 20th-Century Anatomy" (see image above, "The Human Ear in Anatomical Transparencies, Elmsford, NY, 1946, Courtesy National Library of Medicine, photo by Mark Kessell.)

Following this, on Thursday, June 13, we will host Denny Daniel of The Museum of Interesting Things for a demonstration antique quack medical devices from his collection, while on Thursday, June 6 we will have an illustrated lecture with professor Eric G Wilson about the history and science of "morbid curiosity" (June 6). We also have a newly added Bat Dome Workshop (Sunday, June 16) as well as a variety of classes in taxidermy, Victorian mourning hair art, anthropomorphic insect shadow boxes, and Dance of Death linocuts, Also, for UK-based readers, don't miss our special 2-month series of events, workshops, special backstage tours, screenings and spectacles surveying the interstices of art and medicine, death and culture (June 2 - July 25) in London.

Full details for all follow. Hope to see you at one or more of these terrific events!
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The Neapolitan Cult of the Dead: An Illustrated Lecture with Chiara Ambrosio
 Date: Friday, May 17
Time: 8:00 PM
Admission: $8
Presented by Morbid Anatomy

Naples is a unique city in which the sacred and the profane, Catholicism and paganism, beauty and decay blend and contrast in intriguing ways. No practice illustrates this tangle of ideas better than what is known as "The Neapolitan Cult of the Dead" in which devout Catholics--generally poor women--adopt anonymous skulls found in charnel houses and clean, care for, and sometimes house them, offering up prayers and offerings to shorten that soul's time in purgatory before reaching paradise, where, it is hoped, it will assist its earthbound caretaker with special favors. The macabre artifacts of this cult can be seen in the Cimitero delle Fontanelle (see above) and the crypt of the church of Saint Mary of Purgatory.In tonight's illustrated lecture, Italian artist and filmmaker Chiara Ambrosio will elucidate this curious and fascinating "Neapolitan Cult of the Dead" and situate it within a the rich death culture and storied history of Naples.

Chiara Ambrosio is a visual artist working with video and animation. Her work has included collaborations with performance artists, composers, musicians and writers, and has been shown in a number of venues including national and international film festivals, galleries and site specific events. She also runs The Light & Shadow Salon is a place for artists, writers and audience to meet and share ideas about the past, present and future of the moving image in all its forms.
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Quail - Bird Taxidermy with Rogue Taxidermist Katie Innamorato
Date: Saturday, May 18th
Time: 12 - 6.30
Admission: $250
***Maximum class size: 8 Students; Must RSVP to katie.innamorato [at] gmail.com
This class is part of The Morbid Anatomy Art Academy

This class will introduce students to basic small bird taxidermy processes. As with other classes, this is only open to 6-8 students to allow for a more intimate one on one environment. Each student will be provided with their own quail which they will skin, flesh, and prep for mounting. Students will learn how to mount a bird using its skull and learn how to preserve the skin and pose it. Legalities of working with birds and bird parts will also be discussed. A copy of the MBTA will be brought to class and passed around to students.

Rogue taxidermist Katie Innamorato has a BFA in sculpture from SUNY New Paltz, has been featured on the hit TV show "Oddities," and has had her work featured at La Luz de Jesus gallery in Los Angeles, California. She is self and professionally taught, and has won multiple first place ribbons and awards at the Garden State Taxidermy Association Competition. Her work is focussed on displaying the cyclical connection between life and death and growth and decomposition. Katie is a member of the Minnesota Association of Rogue Taxidermists, and with all M.A.R.T. members she adheres to strict ethical guidelines when acquiring specimens and uses roadkill, scrap, and donated skins to create mounts.

Her website and blogs-
http://www.afterlifeanatomy.com
http://www.afterlifeanatomy.tumblr.com
http://www.facebook.com/afterlifeanatomy
http://www.etsy.com/shop/afterlifeanatomy

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Anthropomorphic Mouse Taxidermy Class with Divya Anantharaman
Date: Saturday, May 18
Time: 1-5 PM
Admission: $110
***Please note: This class will be held offsite at Acme Studio : 63 N. 3rd Street, Williamsburg, Brooklyn
Advance Tickets Required; Click here to purchase
Email divya.does.taxidermy at gmail dot com with questions or to be put on wait list
Class limit: 10
This class is part of the Morbid Anatomy Art Academy

Anthropomorphic taxidermy--in which taxidermied animals are posed into human attitudes and poses--was an artform made famous by Victorian taxidermist and museologist Walter Potter. In this class, students will learn to create--from start to finish--anthropomorphic mice inspired by the charming and imaginative work of Mr. Potter and his ilk. With the creative use of props and some artful styling, you will find that your mouse can take nearly whatever form you desire, from a bespectacled, whiskey swilling, top hat tipping mouse to a rodent mermaid queen of the burlesque world.

In this class, Divya Anantharaman--who learned her craft under the tutelage of famed Observatory instructor Sue Jeiven--will teach students everything involved in the production of a fully finished mount, including initial preparation, hygiene and sanitary measures, fleshing, tail stripping, and dry preservation. Once properly preserved, the mice will be posed and outfitted as the student desires. Although a broad selection of props and accessories will be provided by the instructor, students are also strongly encouraged to bring their own accessories and bases; all other materials will supplied. Each student will leave class with a fully finished piece, and the knowledge to create their own pieces in the future.

Also, some technical notes:

  • We use NO harsh or dangerous chemicals.
  • Everyone will be provided with gloves.
  • All animals are disease free.
  • Although there will not be a lot of blood or gore, a strong constitution is necessary; taxidermy is not for everyone
  • All animals were already dead, nothing was killed for this class.
  • Please do not bring any dead animals with you to the class.

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Dance of Death by Hans Holbein: A Linocut Workshop with Classically Trained Artist Lado Pochkua 
Dates: Tuesdays May 20, May 27 and June 4
Time: 7 - 10 PM
Admission: $60
***MUST RSVP to morbidanatomylibrary [at] gmail.com
This class is part of The Morbid Anatomy Art Academy

The "dance of death" or "danse macabre" was a "medieval allegorical concept of the all-conquering and equalizing power of death, expressed in the drama, poetry, music, and visual arts of western Europe, mainly in the late Middle Ages. It is a literary or pictorial representation of a procession or dance of both living and dead figures, the living arranged in order of their rank, from pope and emperor to child, clerk, and hermit, and the dead leading them to the grave." (Encyclopedia Britannica). One of the best known expressions of this genre are a series of forty-two wood cuts by Hans Holbien published in 1538 under the title "Dance of Death."

In this class, students will learn the techniques of woodcuts and linocuts by creating a copy of one of Hans Holbein’s prints from the Dance of Death series. The class will follow the entire process from beginning to end: drafting a copy of the image, either a fragment or whole; transfer of the image to a linoleum block; cutting the image; printing the image on paper. Students will leave class with their own finished Dance of Death linocut and the skills to produce their own pieces in the future.

  • Lesson 1: creating a copy of either a fragment or full image from the series on paper. The copy can either be freehand and stylized, or students can use a grid to copy more exactly.
  • Lesson 2: transfer the drawing to linoleum.
  • Lesson 3: correction of image, and beginning to cut the image.
  • Lesson 4: finalizing the cut image.
  • Lesson 5: Printing the image. Students will be able to use several colors and backgrounds to create the final image.

REQUIRED MATERIALS

  • A block of linoleum: Blick Battleship Gray Linoleum, mounted or unmounted (details here)

OR

  • Speedball Speedy-carve blocks, pink only (details here) Size: 9x12 or 8x10.

AND

  • Linocutter set: Blick Lino Cutter Set (details here)Water soluble printing inks
  • Printing paper
  • Tracing paper
  • Pencils
  • Black markers (fine point)

ABOUT THE INSTRUCTOR
Lado Pochkhua was born in Sukhumi, Georgia in 1970. He received his MFA in Painting and Printmaking from Tbilisi State Art Academy in Georgia in 2001. He currently divides his time between New York and Tbilisi, Georgia.

Image: Image: “Melior est mors quam vita” to the aged woman who crawls gravewards with her bone rosary while Death makes music in the van." From Hans Holbein's "Dance of Death."

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The Apotheosis of the Dissected Plate: Spectacles of Layering and Transparency in 19th- and 20th-Century Anatomy
Presented by Michael Sappol, National Library of Medicine
Date: Thursday, May 23
Time: 8:00 PM
Admission: $8
Presented by Morbid Anatomy

This is a story about “topographical anatomy”— a tradition of slicing and sawing rather than cutting and carving — and its procedures for converting bodies from three dimensions to two dimensions and back again. In topographical cross-section anatomy, the frozen or mummified body was cut into successive layers that were then transcribed and reproduced as pages of a book or a sequence of prints or slides (sometimes with the original slices preserved as a sequence of specimens for the anatomical museum). The topographical method influenced, and was in turn influenced by, flap anatomy (the technique of cutting out printed anatomical parts on paper or cardboard and assembling the parts into a layered representation of the human body). In the 20th century, medical illustrators and publishers developed a new technique of three-dimensional anatomical layering: the anatomical transparency — an epistemological/heuristic device which in the postmodern era has come to enchant artists as well as anatomists. I will argue that these anatomical productions — artworks, but also, exhibitions, toys, gimmicks, and other objects of consumer desire — are meaningful to us because the oscillation between the dis-assembly and re-assembly of bodies as images and image-objects, rehearses our own ambivalent relation to the anatomical body. It also rehearses (perhaps more mysteriously) our ambivalent relation to the planearity of anatomical images which serve as an effigy of self and other, and to the Flatland universe of planearity in which we imaginatively dwell. This talk features astonishing photographs by Mark Kessell.

Michael Sappol is a historian in the History of Medicine Division of the National Library of Medicine (National Institutes of Health), Bethesda, MD. His scholarly work focuses on the body; the history of anatomy; the history of death; the history of medical illustration and display; and the history of medical film. He is the author of A Traffic of Dead Bodies (2002) and Dream Anatomy (2006), and editor of Hidden Treasure (Blast, 2012). PDFs of his selected works can be read or downloaded here. He currently lives in Washington, DC.

Mark Kessell, an Australian medical doctor and professional artist  based in New York City, focuses on the art and science of our species and its biology. His next exhibition, “Perfect Specimens”, a life cycle of Homo sapiens, opens at Last Rites Gallery, a renowned center of the tattoo-and-bod-mod subculture, in August 2013.

Image: Transparency. Artist: Gladys McHugh. McHugh, Polyak et al., The Human Ear in Anatomical Transparencies (Elmsford, NY, 1946). Courtesy National Library of Medicine. Photo: Mark Kessell.
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Date: Sunday, June 2
Time: 12-4 PM
Admission: $75
***Must pre-order tickets here: http://victorianmourningjewelry.bpt.me
This class is part of The Morbid Anatomy Art Academy
Hair jewelry was an enormously popular form of commemorative art that began in the late 17th century and reached its zenith during the Victorian Era. Hair, either of someone living or deceased, was encased in metal lockets or woven to enshrine the human relic of a loved one. This class will explore a modern take on the genre.
The technique of "palette working" or arranging hair in artful swoops and curls will be explored and a variety of ribbons, beads, wire and imagery of mourning iconography will be supplied for potential inclusion. A living or deceased person or pet may be commemorated in this manner.
Students are requested to bring with them to class their own hair, fur, or feathers; all other necessary materials will be supplied. Hair can be self-cut, sourced from barber shops or hair salons (who are usually happy to provide you with swept up hair), from beauty supply shops (hair is sold as extensions), or from wig suppliers. Students will leave class with their own piece of hair jewelry and the knowledge to create future projects.

Karen Bachmann is a fine jeweler with over 25 years experience, including several years on staff as a master jeweler at Tiffany and Co. She is a Professor in the Jewelry Design Dept at Fashion Institute of Technology as well as the School of Art and Design at Pratt Institute. She has recently completed her MA in Art History at SUNY Purchase with a thesis entitled Hairy Secrets:... In her downtime she enjoys collecting biological specimens, amateur taxidermy and punk rock. 
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Morbid Curiosity, or Everyone Loves a Good Train Wreck: Why We Can't Look Away
An Illustrated Lecture and Book Signing with author Eric G. Wilson
Date: Thursday, June 6
Time: 8:00
Admission: $5
Produced by Morbid Anatomy

"Why can’t we look away? Whether we admit it or not, we’re fascinated by evil. Dark fantasies, morbid curiosities, Schadenfreude: As conventional wisdom has it, these are the symptoms of our wicked side, and we succumb to them at our own peril. But we’re still compelled to look whenever we pass a grisly accident on the highway, and there’s no slaking our thirst for gory entertainments like horror movies and police procedurals. What makes these spectacles so irresistible? Author Eric G. Wilson attempts to discover the source of our morbid fascinations, drawing on the findings of biologists, sociologists, psychologists, anthropologists, philosophers, theologians, and artists. A professor of English with a penchant for Poe as well as a lifelong student of the macabre, Wilson believes there’s something nourishing in darkness. He believes that to repress death is to lose the feeling of life, and that a closeness to death discloses our most fertile energies.

Eric G Wilson is Thomas H. Pritchard Professor of English at Wake Forest University and author of several books that explore the power of life's darker sides, including Everyone Loves a Good Train Wreck: Why We Can't Look Away; Against Happiness: In Praise of Melancholy; and The Mercy of Eternity: A Memoir of Depression and Grace. 

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"It Hurts When I Do This" An illustrated History of Quack Medicine through the Artifacts of The Museum of Interesting Things  
Antique Medical Device Demonstration with Denny Daniel, The Museum of Interesting Things
Date: Thursday, June 13
Time: 8:00 PM
Admission: $8
Presented by Morbid Anatomy

In the handful of centuries documented by mankind, medicine evolved through discovery and practice, with each era experimenting with the technology of its time in a quest to understand the human machine, suppress pain, and vanquish disease and, perhaps, death itself. Some of the techniques employed by our relentless ancestors now seem rather odd, inappropriate or, sometimes, just... brutal.

Tonight, join us for a night of bizarre health machinery hosted by Denny Daniel, proud collector and owner of The Museum of Interesting Things. Daniel will trace the evolution--or, sometimes, lack thereof!-- of medical devices advances via an interactive demonstration of objects from his own collection ranging from magnetic quack medical devices to prosthetics, glass eyes and civil war and early 20th century surgical tools, dental devices including tooth keys and 19th century foot pump dental drills, pill molds, and medicines that worked (or didn’t)!

Come see and feel actual items from the 1800’s and 1900’s. We will cure you of your ailments.

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Bat in Glass Dome Workshop
Part of DIY Wunderkammer Series: With Wilder Duncan (formerly of Evolution Shop, Soho) and Laetitia Barbier, head librarian at The Morbid Anatomy Library
With Wilder Duncan (formerly of Evolution Store, Soho) and Laetitia Barbier, head librarian at The Morbid Anatomy Library
Date: Sunday, June 16
Time: 1 – 6 PM
Admission: $200
In this class, students will learn how to create an osteological preparation of a bat in the fashion of 19th century zoological displays. A bat skeleton, a glass dome, branches, glue, tools, and all necessary materials will be provided for each student, but one should feel welcome to bring small feathers, stones, dried flowers, dead insects, natural elements, or any other materials s/he might wish to include in his/her composition. Students will leave the class with a visually striking, fully articulated, “lifelike” bat skeleton posed in a 10” tall glass dome. This piece can, in conjunction with the other creations in the DIY Wunderkammer workshop series, act as the beginning of a genuine collection of curiosities!
This class is part of the DIY Wunderkammer workshop series, curated by Laetitia Barbier and Wilder Duncan for Morbid Anatomy as a creative and pluridisciplinary exploration of the Curiosity Cabinet. The classes will focus on teaching ancient methods of specimen preparation that link science with art: students will create compositions involving natural elements and, according to their taste, will compose a traditional Victorian environment or a modern display. More on the series can be found here.
Wilder Duncan is an artist whose work puts a modern-day spin on the genre of Vanitas still life. Although formally trained as a realist painter at Wesleyan University, he has had a lifelong passion for, and interest in, natural history. Self-taught rogue taxidermist and professional specimen preparator, Wilder worked for several years at The Evolution Store creating, repairing, and restoring objects of natural historical interest such as taxidermy, fossils, seashells, minerals, insects, tribal sculptures, and articulated skeletons both animal and human. Wilder continues to do work for private collectors, giving a new life to old mounts, and new smiles to toothless skulls.
Laetitia Barbier is the head librarian at The Morbid Anatomy Library. She is working on a master's thesis for the Paris Sorbonne on painter Joe Coleman. She writes for Atlas Obscura and Morbid Anatomy.
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Squirrel Taxidermy and the Ancient Technique of Wrapped Body with Rogue Taxidermist Katie Innamorato
Date: Sunday, June 23
Time: 12 - 6.30
Admission: $275
***Maximum class size: 8 Students; Must RSVP to katie.innamorato [at] gmail.com
This class is part of The Morbid Anatomy Art Academy

This class will introduce students to basic taxidermy processes. As with other classes, this is only open to 8 students to allow for a more intimate one on one environment. Each student will be provided with their own squirrel which they will skin, flesh, and prep for mounting. Students will be taught how to wrap bodies for the animals using the carcasses for reference. Wrapping is an old school traditional taxidermy process that many taxidermists do not bother with today. Pre-sculpted head forms will be available for students, but if they are feeling more adventurous they can carve their own! Students will be able to pose their squirrels however they want and are encouraged to bring in any props they may want to dress the animal up in, and items to secure their mounts on. Animal remains will be collected at the end of class and either the students can take them with them, or the instructor will dispose of them.

Rogue taxidermist Katie Innamorato has a BFA in sculpture from SUNY New Paltz, has been featured on the hit TV show "Oddities," and has had her work featured at La Luz de Jesus gallery in Los Angeles, California. She is self and professionally taught, and has won multiple first place ribbons and awards at the Garden State Taxidermy Association Competition. Her work is focussed on displaying the cyclical connection between life and death and growth and decomposition. Katie is a member of the Minnesota Association of Rogue Taxidermists, and with all M.A.R.T. members she adheres to strict ethical guidelines when acquiring specimens and uses roadkill, scrap, and donated skins to create mounts.

Her website and blogs-
http://www.afterlifeanatomy.com
http://www.afterlifeanatomy.tumblr.com
http://www.facebook.com/afterlifeanatomy
http://www.etsy.com/shop/afterlifeanatomy

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Morbid Anatomy Presents at London's Last Tuesday Society this June and July
A series of London-based events, workshops, special tours, screenings and spectacles surveying the interstices of art and medicine, death and culture curated by Observatory's Morbid Anatomy
Date: June 2 - July 25
Time: Variable, but most lectures begin at 7 PM
Location: The Last Tuesday Society at 11 Mare Street, London, E8 4RP map here) unless otherwise specified

The series will feature Morbid Anatomy's signature mix of museum professionals, professors, librarians, artists, rogue scholars, and autodidacts--many flown in direct from Morbid Anatomy's base in Brooklyn, New York--to elucidate on a wide array of topics including (but not limited to!) The Neapolitan Cult of the Dead; "human zoos;" "speaking reliquaries;" why music drives women mad; eccentric folk medicine collections; Santa Muerte (or "Saint Death); dissection and masturbation; dissection and magic; Victorian memorial hair jewelry; the "hot nurse" in popular fiction; The Danse Macabre; "a cinematic survey of The Vampires of London;" and anatomical waxworks and death.

There will be also two special backstage tours: one of the legendary Blythe House, home of the vast and incredible collection of Henry Wellcome and the other of the Natural History Museum's zoological collection, featuring the famously gorgeous Blaschka invertebrate glass model collection; a special magic lantern show featuring "the weirdest, most inappropriate and completely baffling examples of lantern imagery" conjured by collector and scholar Professor Heard, author of Phantasmagoria- The Secret Life of the Magic Lantern; a screening of rare short films from the BFI National Archive documenting folk music, dance, customs and sport; and workshops in the creation of Victorian hair work, lifelike wax wounds, and bat skeletons in glass domes.

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Wax Wound Workshop with medical artist Eleanor Crook
Sunday, June 2, 2013 at 1:00 - 5:00 PM
More here

Let acclaimed sculptor Eleanor Crook guide you in creating your very own wax wound. Crook has lent her experience to professionals ranging from forensic law enforcement officers to plastic surgeons, so is well placed to help you make a horrendously lifelike scar, boil or blister.
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Art, Wax, Death and Anatomy : Illustrated lecture with art historian Roberta Ballestriero
Monday, June 3, 2013 at 7:00pm
More here

Wax modelling, or ceroplastics, is of ancient origin but was revived in 14th century Italy with the cult of Catholic votive objects, or ex votos.  Art Historian Roberta Ballestriero will discuss the art and history of wax modeling sacred and profane; she will also showcase many of its greatest masterworks.
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Music Driving Women Mad: The History of Medical Fears of its Effects on Female Bodies and Minds: Illustrated lecture with Dr. James Kennaway
Tuesday, June 4, 2013 at 7:00pm
More here

Over the past few centuries, countless physicians and writers have asserted that music could cause very serious medical problems for the 'weaker sex'. Not only could it bring on symptoms of nervousness and hysteria, it could also cause infertility, nymphomania and even something called 'melosexualism'. This talk will give an outline of this strange debate, using the raciest stories to be found in gynaecological textb
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Solitary vice? Sex and Dissection in Georgian London With Dr Simon Chaplin
Wednesday, June 5, 2013 at 7:00pm
More here

In this lavishly illustrated lecture, Simon Chaplin explores the sexual undertones of the anatomy schools of Georgian London, in which students dissected grave-robbed bodies in the back-rooms of their teachers' houses, while their masters explored new strategies for presenting their work to polite audiences through museums and lectures.
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Heartthrobs of the Human Zoo: Ethnographic Exhibitions and Captive Celebrities of Turn of the Century America: An Illustrated Lecture with Betsy Bradley
Thursday, June 6, 2013 at 7:00pm
More here

From ransomed Congolese pygmies to winsome Eskimo babies, the American world's fairs and patriotic expositions  present history with a number of troubling ethnographic celebrities, and their stories offer a rare glimpse inside the psychology and culture of imperial America at the turn of a new century.
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The Astounding Collection of Henry Wellcome: Blythe House Backstage Tour with Selina Hurley, Assistant Curator of Medicine, The Science Museum
Friday, June 7, 2013 at 3:00pm
More here

Henry Wellcome (1853 - 1936)----early pharmaceutical magnate and man behind the Wellcome Trust, Collection, and Library--was the William Randolph Hearst of the medical collecting world. That collection, possibly the finest medical collection in the world, now resides in Blythe House, kept in trust by The Science Museum on permanent loan from the Wellcome Trust. Today, a lucky fifteen people will get a rare chance to see this collection, featuring many artifacts of which have never before been on public view, in this backstage tour led Selina Hurley, Assistant Curator of Medicine at The Science Museum.
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Neapolitan Cult of the Dead with Chiara Ambrosio
Monday, June 10, 2013 at 7:00pm
More here

In tonight's illustrated lecture, Italian artist and filmmaker Chiara Ambrosio will elucidate this curious and fascinating "Neapolitan Cult of the Dead" and situate it within a the rich death culture and storied history of Naples.
  
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A Vile Vaudeville of Gothic Attractions: Illustrated lecture by Mervyn Heard, author of Phantasmagoria- The Secret Life of the Magic Lantern
Tuesday, June 11, 2013 at 7:00pm
More here

An illustrated talk in which writer and showman 'Professor' Mervyn Heard waxes scattergun- sentimental over some of the more bizarre, live theatrical experiences of the 18th, 19th and early 20th century - from the various ghastly manifestations of the phantasmagoria to performing hangmen, self-crucifiers and starving brides.

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Professor Heard's Most Extraordinary Magic Lantern Show with Mervyn Heard
Wednesday, June 12, 2013 at 7:00pm
More here

Professor Heard is well known to patrons of the Last Tuesday Lecture programme for his sell-out magic lantern entertainments. In this latest assault on the eye he summons up some of the weirdest, most inappropriate and completely baffling examples of lantern imagery, lantern stories and optical effects by special request of Morbid Anatomy.

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"Speaking Reliquaries" and Christian Death Rituals: Part One of "Hairy Secrets" Series With Karen Bachmann
Thursday, June 13, 2013 at 7:00pm
More here

3-part series on human relics and Victorian mourning jewelry--master jeweler and art historian Karen Bachmann will focus on what are termed "speaking" reliquaries: the often elaborate containers which house the preserved body parts--or relics--of saints and martyrs with shapes which reflect that of the body-part contained within.

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Hair Art Workshop Class: The Victorian Art of Hair Jewellery With Karen Bachmann
Friday, June 14, 2013 at 1:00pm
More here

Hair jewellery was an enormously popular form of commemorative art that began in the late 17th century and reached its zenith during the Victorian Era. Hair, either of someone living or deceased, was encased in metal lockers or woven to enshrine the human relic of a loved one. This class will explore a modern take on the genre.

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The History of the Memento Mori and Death's Head Iconography: Part Two of "Hairy Secrets" Series Illustrated lecture with Art Historian and Master Jeweler Karen Bachmann
Friday, June 14, 2013 at 7:00pm
More here

In tonight's lecture--the second in a 3-part series on human relics and Victorian mourning jewelry--master jeweler and art historian Karen Bachmann will explore the development of the memento mori,objects whose very raison d'être is to remind the beholder that they, too, will die.

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Hair Art Workshop Class: The Victorian Art of Hair Jewellery With Karen Bachmann
Saturday, June 15, 2013 at 1:00pm (More here)
Sunday, June 16, 2013 at 1:00pm (More here)

Hair jewellery was an enormously popular form of commemorative art that began in the late 17th century and reached its zenith during the Victorian Era. Hair, either of someone living or deceased, was encased in metal lockers or woven to enshrine the human relic of a loved one. This class will explore a modern take on the genre.

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The Victorian Love Affair with Death and the Art of Mourning Hair Jewelry: Illustrated lecture with Art Historian and Master Jeweler Karen Bachmann
Monday, June 17, 2013 at 7:00pm
More here

The Victorians had a love affair with death which they expressed in a variety of ways, both intensely sentimental and macabre. Tonight's lecture-the last in a 3-part series on human relics and Victorian mourning jewelry-will take as its focus the apex of the phenomenon of hair jewelry fashion in the Victorian Era as an expression of this passion.

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Dissection and Magic with Constanza Isaza Martinez
Tuesday, June 18, 2013 at 7:00pm
More here

This lecture examines images of human corpses in Early Modern European art in relation to two specific themes: the practice of 'witchcraft' or 'magic'; and the emergent medical profession, particularly anatomical dissection.
  
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Future Death. Future Dead Bodies. Future Cemeteries Illustrated lecture by Dr. John Troyer, Deputy Director of the Centre for Death and Society at the University of Bath
Thursday, June 20, 2013 at 7:00pm
More here

Dr. John Troyer, from the Centre for Death & Society, University of Bath, will discuss three kinds of postmortem futures: Future Death, Future Dead Bodies, and Future Cemeteries. Central to these Futures is the human corpse and its use in new forms of body disposal technology, digital technology platforms, and definitions of death.

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‘She Healed Their Bodies With Her White Hot Passions’: The Role of the Nurse in Romantic Fiction with Natasha McEnroe Illustrated lecture Natasha McEnroe, Director of the Florence Nightingale Museum
Sunday, June 23, 2013 at 7:00pm
https://www.facebook.com/events/478987722156193/

Victorian portrayals of the nurse show either a drunken and dishonest old woman or an angelic and devoted being, which changes to a 20th-century caricature just as pervasive - that of the 'sexy nurse'. In this talk, Natasha McEnroe will explore the links between the enforced intimacy of the sickroom and the handling of bodies for more recreational reasons.

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Face lift or face reconstruction? Redesigning the Museum Vrolik, Amsterdam's anatomical museum An illustrated lecture with Dr. Laurens de Rooy, curator of the Museum Vrolik in Amsterdam
Monday, June 24, 2013 at 7:00pm
More here

Counting more than five thousand preparations and specimens, the Museum Vrolikianum, the private collection of father Gerard and his son Willem Vrolik was an amazing object of interest one hundred and fifty years ago. In the 1840s and 50s this museum, established in Gerard's stately mansion on the river Amstel, grew into a famous collection that attracted admiring scientists from both the Netherlands and abroad. In this talk, Museum Vrolik curator Dr Laurens de Rooy will take you on a guided tour of the new museum, and give an overview of all the other aspects of the 'new' Museum Vrolik.

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The Walking Dead in 1803: An Illustrated Lecture with Phil Loring, Curator of Psychology at the Science Museum in London
Tuesday, June 25, 2013 at 7:00pm
More here

A visiting Italian startled Londoners at the turn of the 19th century by making decapitated animals and executed men open their eyes and move around, as if on the verge of being restored to life. This was not magic but the power of electricity from the newly invented Galvanic trough, or battery. This talk will discuss a variety of historical instruments from the Science Museum's collections that figured in these re-animation experiments, including the apparatus used by Galvani himself in his laboratory in Bologna.
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The Influencing Machine: James Tilly Matthews and the Air Loom with Mike Jay
Wednesday, June 26, 2013 at 7:00pm
More here

Confined in Bedlam in 1797 as an incurable lunatic, James Tilly Matthews' case is one of the most bizarre in the annals of psychiatry. He was the first person to insist that his mind was being controlled by a machine: the Air Loom, a terrifying secret weapon whose mesmeric rays and mysterious gases were brainwashing politicians and plunging Europe into revolution, terror and war. But Matthews' case was even stranger than his doctors realised: many of the incredible conspiracies in which he claimed to be involved were entirely real.

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A Waxen France: Madame Tussaud’s Representations of the French: Illustrated Lecture by Pamela Pilbeam Emeritus Professor of French History, Royal Holloway, University of London and author of Madame Tussaud and the History of Waxworks
Thursday, June 27, 2013 at 7:00pm
More here

Madame Tussaud's presentation of French politics and history did much to inform and influence the popular perception of France among the British. This lecture will explore that view and how it changed during the nineteenth century.

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Backstage Tour of the Zoological Collection of the Natural History Museum with Miranda Lowe
Friday, June 28, 2013 at 3:00pm
More here

Today, ten lucky people will get to join Miranda Lowe, Collections Manager of the Aquatic Invertebrates Division, for a special backstage tour of The Natural History Museum of London. The tour will showcase the zoological spirit collections in the Darwin Centre, some of Darwin's barnacles and the famed collection of glass marine invertebrate models crafted by Leopold and Rudolf Blaschka in the 19th and early 20th century.
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Bat in Glass Dome Workshop: Part of DIY Wunderkammer Series With Wilder Duncan (formerly of Evolution Store, Soho) and Laetitia Barbier, head librarian at The Morbid Anatomy Library
Saturday, June 29, 2013 at 1:00pm (more here)
Sunday, June 30, 2013 at 1:00pm (more here)

In this class, students will learn how to create an osteological preparation of a bat in the fashion of 19th century zoological displays. A bat skeleton, a glass dome, branches, glue, tools, and all necessary materials will be provided for each student.  The classes will focus on teaching ancient methods of specimen preparation that link science with art: students will create compositions involving natural elements and, according to their taste, will compose a traditional Victorian environment or a modern display.
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The Coming of Age of the Danse Macabre on the Verge of the Industrial Age with Alexander L. Bieri Illustrated lecture with Alexander L. Bieri
Tuesday, July 9, 2013 at 7:00pm
More here

The lecture not only discusses Schellenberg's danse macabre in detail, but also gives an insight into the current fascination with vanitas and its depictions, especially focusing on the artistic exploitation of the theme and takes into consideration the history of anatomical dissection and preparation.
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"Viva la Muerte: The Mushrooming Cult of Saint Death" Illustrated lecture and book signing with Andrew Chesnut
Wednesday, July 10, 2013 at 7:00pm
More here

The worship of Santa Muerte, a psuedo Catholic saint which takes the form of a personified and clothed lady death, is on the rise and increasingly controversial in Mexico and the United States. Literally translating to "Holy Death" or "Saint Death," the worship of Santa Muerte-like Day of the Dead-is a popular form of religious expression rooted in a rich syncretism of the beliefs of the native Latin Americans and the colonizing Spanish Catholics.
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From Blue Beads to Hair Sandwiches: Edward Lovett and London's Folk Medicine: An Illustrated lecture with Ross MacFarlane, Research Engagement Officer in the Wellcome Library
Monday, July 15, 2013 at 7:00pm
More here

During his life Edward Lovett (1852-1933) amassed one of the largest collections of objects pertaining to 'folk medicine' in the British Isles.  Lovett particularly focused his attention on objects derived from contemporary, working class Londoners, believing that the amulets, charms and mascots he collected - and which were still being used in 20th century London - were 'survivals' of antiquated, rural practices.
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The Vampires of London: A Cinematic Survey with William Fowler (BFI) and Mark Pilkington (Strange Attractor)
Thursday, July 18, 2013 at 7:00pm
More here

This heavily illustrated presentation and film clip selection explores London's Highgate Cemetery as a locus of horror in the 1960s and 1970s cinema, from mondo and exploitation to classic Hammer horror.
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"Here's a Health to the Barley Mow: a Century of Folk Customs and Ancient Rural Games" Screenings of Short Films from the BFI Folk Film Archives with William Fowler
Wednesday, July 24, 2013 at 7:00pm
More here

Tonight, the British Film Institute's William Fowler will present a number of rare and beautiful short films from the BFI National Archive and Regional Film Archives showing some of our rich traditions of folk music, dance, customs and sport. Highlights include the alcoholic folk musical Here's a Health to the Barley Mow (1955), Doc Rowe's speedy sword dancing film and the Padstow Mayday celebration Oss Oss Wee Oss (Alan Lomax/Peter Kennedy 1953).
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Of Satyrs, Horses and Camels: Natural History in the Imaginative Mode: illustrated lecture by Daniel Margócsy, Hunter College, New York
Thursday, July 25, 2013 at 7:00pm
More here

From its beginnings, science was (and still is) an imaginative and speculative enterprise, just like the arts. This talk traces the exchange of visual information between the major artists of the Renaissance and the leading natural historians of the scientific revolution. It shows how painters' and printmakers' fictitious images of unicorns, camels and monkfish came to populate the botanical and zoological encyclopedias of early modern Europe.

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You can find out more about all events here.

Source:
http://morbidanatomy.blogspot.com/2013/05/apotheosis-of-dissected-platemorbid.html

Posted in Anatomy | Comments Off on Apotheosis of the Dissected Plate; Cult of the Dead; Morbid Curiousity; Classes Galore: Morbid Anatomy Presents This Week and Beyond