Plastination Project

In January 2018, the Fascia Research Society partnered with Somatics Academy and Gubener Plastinate (GmbH), to embark on a new journey in fascia anatomy education with the world’s first Human Fascial Net Plastination Project. Directed by fascia research scientist Robert Schleip, clinical anatomist John Sharkey, professor of anatomy Carla Stecco, and director of anatomy and plastination Vladimir Chereminskiy, the project is taking place at the world-famous Body Worlds Plastinarium in Guben, Germany. Some of these plastinated specimens will be on display for the first time at the Fifth International Fascia Research Congress in Berlin, Germany, November 14 and 15, 2018. Delegates who have registered for the Congress will have access to the exhibit.

The Human Fascial Net Plastination Project is featured in the latest issue of Massage & Bodywork magazine on pages 62-71 and 115-118. You can view the entire issue HERE for free in exchange for your name and email. Continuing updates on the project and a photo gallery will be added here in the near future. So stay tuned!

Read on for more of the story…

Left: Project Director Robert Schleip inspects the iliotibial band of a hurdle-jumping plastinatate in the Plastinarium Exhibit Hall along with clinical anatomist John Sharkey and team member Tracey Mellor. Photo by Rachelle L Clauson. Right: Orthopedic surgeon and professor of human anatomy and movement sciences, Carla Stecco demonstrates insights in the Plastinarum Lab. Photo by Stefan Westerback.

WHAT IS PLASTINATION?

Plastination is the groundbreaking method of halting decomposition and preserving anatomical specimens for study and education. A revolutionary method of cadaver tissue preservation, plastination permanently infuses the tissue with plastic polymers enabling it to be viewed, touched and studied with a level of detail and durability that was previously impossible. This method for displaying human anatomy for study and education grew to world fame and recognition through the Body Worlds international touring exhibitions.

By creating a way to permanently preserve human bodies, and then placing them in familiar postures of everyday life that highlight their complexity and beauty, the Body Worlds exhibitions opened a doorway into the secret world of human anatomy. These exhibitions make real human anatomy, previously only viewable in the dissection lab, now available and approachable to anyone.

Soccer player plastinate in the Plastinarium Exhibit Hall
Soccer player plastinate in the Plastinarium Exhibit Hall. Photo by Rachelle L Clauson.

THE PROJECT

The field of fascia research has undergone remarkable expansion and growth in the last decade, which is shaping the progression of many related fields. The visual illustration of fascia is also expanding in order to further support fascia anatomy education. The Human Fascial Net Plastination Project was formed with the lofty goal to produce several full-body plastinates to show the entire human fascial net, three-dimensionally. Because the Plastinarium has never attempted this before, the ambitious three-year project is being approached in stages. Beginning with several smaller specimens of superficial fascia/ subcutaneous tissue and deep fascia structures, the team is learning first how the plastination process affects fascia in isolation when separated from its neighboring tissue of muscle and bone. These first plastinates will be exhibited to the public at the Fifth International Fascia Research Congress November 14-15, 2018 in Berlin, Germany. The Plastinarium team will continue to work to create the larger, full-body fascia plastinates over the course of the next three years, exhibiting them at the Sixth International Fascia Research Congress in 2021, and display them as a permanent part of the Body Worlds exhibitions.

Left: Prosection of a stepped specimen of the leg revealing the “layers” from the skin down to the muscles. Photo by Stefan Westerback. Right: Prosection of a 5cm cross-section of the leg with the skin, superficial fascia/ subcutaneous tissue and muscle tissue removed revealing the fascia cruris, septa, and epimysial fascia. The tibia, fibula and vasculature is also visible. Photo by Rachelle L Clauson.

PHASE ONE

Tilo Heirich, John Sharkey, and Alison Coolican.
Clinical anatomist and dissection instructor John Sharkey (center) discusses a project question with project team member Alison Coolican and Plastinarium team member Tilo Heinrich. Photo by Rachelle L Clauson.

The first phase of the project began in January 2018 with a small team of scientists, academics, professors, bodyworkers, movement educators, and anatomy enthusiasts from around the world. Several formalin-fixed specimens were dissected in order to illustrate fascial structures from the superficial fascia/ subcutaneous tissues including from the abdomen, the arm, and the lower limb. Additionally, several deep fascia structures were dissected including the fascia lata, a 5cm cross-section of the thigh, a 5cm cross-section of the leg, the pericardium with diaphragm, and the lumbodorsal fascia. A unique stepped specimen was also created to demonstrate the distinctions in fascial layers from the skin to the bone.

Prosection of these pieces was completed in five days after which they went through the first two stages of four to become plastinates. In stage one they were soaked in several high and low temperature baths which replaced the water with acetone and dissolved the fats. In the second stage the specimens were soaked in another bath that replaced the acetone with plastic polymer. These two stages typically take up to six months depending on the size of the specimen.

PHASE TWO

In June 2018 the team returned to Guben for three short days with a few more members to take the specimens into their third stage: positioning. Now slightly gooey, but fully infused with silicone rubber, the specimens were still supple and able to be positioned back into their original shape. The team created forms to support the soft specimens so they could go through the fourth and final stage of gas curing which would harden them into durable plastinates ready for exhibition.

Superficial fascia/ subcutaneous tissue of the abdomen, backlit.
Superficial fascia/ subcutaneous tissue of the abdomen after it has gone through the first phases of plastination. Back-lighting reveals the fascial organization. Fully infused with silicone rubber, it is ready for the final phase of gas-curing to harden it. Photo by Rachelle L Clauson.

While the first team was busy with positioning, another project was commencing in the next room. Because the silicone infusion of the first round of fascia specimens had been a success, the new team members embarked on several additional dissection projects for plastination as well. A second attempt at the lumbodorsal fascia (the first had some tears that were not repairable), a 10cm cross-section of the abdomen highlighting the layers of the abdominal fascia ring, the deep fascia of the arm, and an anterior, frontal prosection of the pelvis from mid-thigh to an inch above the ASIS. It was decided to model this dissection in the style of 19th century French anatomist Jean Baptiste Marc Bourgery, which involved hollowing out of the fascial sleeves, the epimysium, of the muscles on one side while leaving the other side intact. Currently, these pieces are in the saturation process.

THE BERLIN EXHIBITION

The Human Fascial Net Plastination Project Exhibition will debut November 14-15, 2018 at the Fifth International Fascia Research Congress in Berlin, Germany. Delegates who have registered for the Congress will have access to the exhibit. Members from the project will be present throughout the event to discuss the pieces and share their experiences on the project.

This great achievement in fascial anatomy illustration is another step forward in education for the public about this forgotten tissue. Not more important than its more famous “cousins” of muscle, vasculature, nerves, organs, and bones, fascia fills a missing piece in the story of what we are made of, and how we feel and move.

Johannes Freiberg and Robert Schleip.
Project director Robert Schleip observes as Johannes Freiberg uses tweezers to painstakingly remove the muscle tissue from the epimysial wrappings and septa in this 10cm cross-section of the leg. (It was later divided into two 5cm cross-sections to speed the process.) Photo by Rachelle L Clauson.

Though a huge step forward, demonstrating fascia through plastination still only tells part of the story, however. Every illustration, prosection, drawing, or illumination can only show you fascia in part. In reality, the human fascial net is a unified, continuous structure that fully wraps, envelopes, and penetrates every part of the human form down to the cellular level. In every attempt to isolate it, we lose its essence as a continuous net. As Jean-Claude Guimberteau writes in his book, Architecture of Human Living Fascia (Handspring, 2015), "Connective tissue is, in fact, the constitutive tissue. It does not only link the different parts together—it is the frame in which the parts are developed."1

This does not mean that we should stop learning from dissection or plastinates. Even through separation, we can learn about connections. Just remember the real deal is the one you see in the mirror each morning -- one continuous, seamless, connected form.

Note: 1. Jean-Claude Guimberteau, Architecture of Human Living Fascia (Handspring, 2015): 172.

WHO IS THE HUMAN FASCIAL NET PLASTINATION PROJECT?

The FNPP is a collaboration of the Fascia Research Society, Somatics Academy, and the Gubener Plastinate, GmbH in Guben, Germany. Directed by Dr. Robert Schleip, John Sharkey MSc, and Prof. Carla Stecco; in cooperation with Gubener Plastinate GmbH, Prof. Gunther von Hagens, Rurik von Hagens, Dr. Vladimir Chereminskiy, Daniela Seifert, Tilo Heinrich, and Rico Nitsche; with the academic supervision of Romed Hoermann, Tuulia Luomala, Irina Mischewski, and Mika Pihlman; Special thanks go to the Scientific Advisory board of Dr. Ekkehard Geipel, Gil Hedley PhD, Prof. Werner Klingler, Dr. Hanno Steinke, and A/Prof. Ming Zhang; external scientific advisors Jaap van der Wal Phd, Prof. Rainer Breul, and Prof. Magdalena Mueller-Gerbi; and the remarkable volunteer team of Jihan Adem, Ali AlMarzouq, Einat Almog, Eryn K Apanovitch, Cíntia Báril, Gary Carter, Tjasa Cerovsek Landes, Anthony Chrisco, Rachelle L Clauson, Alison Coolican, Walter Dorigo, Libby Eason, Eric Franklin, Johannes Freiberg, Markus Friedlin, Andreas Haas, Beverly Johnson, May Kesler, Cosmina Krieger, Elizabeth Larkam, Tuulia Luomala, Tracey Mellor, Bernd Machel, Fauna Moore, Divo Mueller, Alexandra Müller, Sivan Navot, Laurie Nemetz, Jo Phee, Francesca Philip, Mika Pihlman, Bruce Schonfeld, Yap Poh Sim, Alison Slater, Gina Tacconi-Moore, Joel Talsma, Stefan Westerback, and Adrian Woolley.

The January 2018 Team
The January 2018 Team. Left to right, back row: Johannes Freiberg, Jihan Adem, Libby Eason, Fauna Moore, Andreas Haas, Gunther von Hagens, John Sharkey, Rico Nitsche, Francesca Philip, Adrian Woolley, Joel Talsma. Middle row: Alison Coolican, Jo Phee, Tjasa Cerovsek Landes, Cíntia Báril, Carla Stecco, Vladimir Chereminskiy, Gary Carter, Rachelle L Clauson, Stefan Westerback. Front row: Tracey Mellor, Elizabeth Larkam, Beverly Johnson, Divo Mueller.
The June 2018 Team
The June 2018 Team. Left to right, back row: Bruce Schonfeld, Mika Pihlman, Robert Schleip, Tilo Heinrich, Bernd Michel, Andreas Haas, Johannes Freiberg. Third row: Stefan Westerback, Jihan Adem, Lauri Nemetz, Carla Stecco, Vladimir Chereminskiy, Tuulia Luomala, Anthony Chrisco, Tracey Mellor, Eric Franklin. Second row: Elizabeth Larkam, Walter Dorigo, Markus Friedlin, Gary Carter, Beverly Johnson, Cíntia Báril, Birgit Frank. First row: Rachelle L Clauson, Tjasa Cerovsek Landes, Einat Almog, Gina Tacconi-Moore, Alison Slater, Sivan Navot, Jo Phee.