RESOURCE PAGE

This collection of resources are designed to give an overview of the AnatomySCAPES educational focus. The following are included for your learning:

  • Fascia Research – a collection of links to foundational and relevant research articles on fascia that we reference in our classes. Most of them are open access. 
  • AnatomyBRIEFS – a series of short films shot on location in the AnatomySCAPES research and educational labs in San Diego, CA. The dissections highlight our focus on fascial anatomy and tissue relationships.
  • Dissection Images – a collection of images from the dissection lab that highlight fascial tissue architecture and relationships. 

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Nicole Trombley & Rachelle Clauson
Co-Directors, AnatomySCAPES, LLC

In Gratitude. . .

The images from the anatomy lab would not have been possible without the gracious gifts of the donors and their families to whom we are deeply grateful. 

 ©2021-2026 AnatomySCAPES

 All content is protected under copyright law and is the sole property of AnatomySCAPES, LLC.All rights reserved. No portion of this presentation may be published, duplicated, or edited from its original form without prior written permission from AnatomySCAPES, LLC.

Our print and digital content is a labor of love for the purpose of providing educational information to movement and bodywork professionals. If you'd like to use any of our material for your trainings, please contact us directly.

FASCIA RESEARCH

Scientific research on fascia is growing rapidly! In the early 2000s, fewer than 500 articles were published each year; today, over 1,500 per year (and growing). Below are links to foundational pieces and articles we reference in our classes. Most of them are open access.


What IS fascia?

What IS fascia? There is a lot of historical and ongoing confusion on what fascia actually is — both the Fascia Research Society's nomenclature committee and leading researchers have proposed definitions to help define fascia and facilitate communication. Here are a few papers with important proposals for helping us come to consensus on what we mean when we say "fascia." This is ongoing work! Consensus has not been reached. 


Thoracolumbar Fascia

The thoracolumbar fascia is easily the most studied fascial "structure" in the human body, ranging from its biomechanical role to its likely role in nonspecific low back pain. Here, Willard, et al.'s classic review from 2012 maps out the three-dimensional anatomy of the TLF. The papers by Langevin 2011), Mense (2019), and Wilke (2017) all map out the innervation and tissue alterations that establish evidence for TLF's role in LBP. An entire generation of grad students is writing their dissertations modeled after Langevin's work! 


Fascia Lata and Fascia of the Limbs

Mike Benjamin's 2009 review "The fascia of the limbs and back" is one of the most cited articles detailing the literature on the anatomy of fascia — from skin to deep, and from head to toe. The other articles are a sampling of work from Carla Stecco's research team at the University of Padua (Italy) as they continue with their aim to document the fascial system through combined means of 1) dissection, 2) histology, and 3) ultrasound. 


Loose Connective Tissue, Hyaluronan & Densification

DISSECTION AnatomyBRIEFS

*NO SCREENSHOTS, SCREEN RECORDING, OR COPYING.* 

AnatomySCAPES' future access to donor programs relies on our collective responsibility with these materials. The images shown here must remain contained within the educational location you are viewing it with no exceptions.

 
 
 
 
 
 
 

DISSECTION LAB IMAGES

*NO SCREENSHOTS, SCREENRECORDING, OR COPYING.*

AnatomySCAPES' future access to donor programs relies on our collective responsibility with these materials. The images shown here must remain contained within the educational location you are viewing it with no exceptions.

©AnatomySCAPES. Thank you for not copying or sharing this image. Subcutaneous tissue parted to reveal superficial adipose tissue (SAT). The white skin ligaments run vertically through the adipose layer connecting the deep surface of the dermis to the superficial fascia.

©AnatomySCAPES. Thank you for not copying or sharing this image. Our first peek at the deep fascia as we start to clear the subcutaneous tissue & superficial fascia

©AnatomySCAPES. Thank you for not copying or sharing this image. Most superficial layer of the thoracolumbar fascia at the level of latissimus dorsi & gluteus maximus. Notice the cross lateral fiber directions. Deep to this layer, we find the erector spinae.

©AnatomySCAPES. Thank you for not copying or sharing this image. Zoom in on the white, glistening collagen fibers of the thoracolumbar fascia.

©AnatomySCAPES. Thank you for not copying or sharing this image. Ribs and intercostal muscles with erector spinae muscles and tendons at the top of the image.

©AnatomySCAPES. Thank you for not copying or sharing this image. The latissimus dorsi is lifted to reveal the gliding interface over the serratus posterior and erectors with visible nerves perforating the layers.

©AnatomySCAPES. Thank you for not copying or sharing this image. Microscope: Collagen fibers of TLF at 50x.

©AnatomySCAPES. Thank you for not copying or sharing this image. Microscope: Deep surface of the skin (dermis) revealing the honeycomb latticework that remains after cutting the skin ligaments that extend through the superficial adipose tissue.