RockTape FMT Blades
Instrument assisted soft tissue mobilization (IASTM) by Dr Steve Capobioanco
Includes all course content in digital format
Description
Until now, choices were limited if you wanted to learn how instrument assisted soft tissue mobilization (IASTM) could integrate into your patient/athlete care.
You had to buy expensive tools and attend an expensive class that locked you into one way of utilizing IASTM.
Not anymore.
FMT Blades IASTM Course introduces the concept of movement therapy and performance enhancement with gentle soft tissue techniques. The term IASTM or “Instrument Assisted Soft Tissue Manipulation” is commonly paired with the image of steel tools and deep tissue work that can cause redness and bruising on the skin.
Current evidence informs us that IASTM techniques don’t need to be aggressive to deliver superior patient outcomes, the tools may be hard, but the techniques are soft. There are many forms of instruments or tools that can assist a clinician or coach’s skills and tools really do save your hands! You don’t have to buy an expensive set of tools and attend a class that locks you into one way of utilizing IASTM on your patients or athletes. FMT Blades IASTM is a manual therapy and assessment course that encourages students to use clinical reasoning and creativity when incorporating tool work in their practices.
FMT Blades IASTM Course is intended for health professionals with all levels of experience with soft tissue techniques.
Functional Movement Training (FMT) courses are taught by industry leading experts in movement assessment, performance and rehabilitation. CEUs may be offered for DC, ATC, PT, LMTs, LAc, OTs and personal trainers. If your profession & state is unavailable, we do not currently offer CEUs – however, we are continually adding additional licenses.
Note: Tools are not provided with this course.
Want to enhance your course experience? You can! here is a list of the suggested material for this course: RockBlades, RockTape, RockSauce
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Learning Objectives
- Understand and integrate fascial anatomy, physiology and neurology
- Define and discuss the influence of neuroanatomy on of the fascial subsystem
- Recognize and describe the theory and science of IASTM within the literature
- Explore the location and function of various mechanoreceptors within the skin and describe their functional relationship to human movement
- Identify and demonstrate movement screening techniques to identify faulty movement patterns and match appropriate IASTM techniques to these patterns
- Practice, demonstrate and integrate assisted fascial tooling with functional kinesiology taping to change body-relative movement quality
- Understand and demonstrate the ability to provide dry fascial gliding to promote improved ROM
Course Procedure
This course is 6 hours in length and a 30 Question multiple choice quiz will be required after completing the course to receive your CEU certificate. A 70% test score is required to pass and receive CEUs. The quiz can be open book and unlimited attempts on the quiz are allowed.
Course Content
| FMT Blades (IASTM) | Module |
Steve Capobianco, DC
Dr. Capobianco holds a B.A. and M.A. in Kinesiology and Exercise Science in addition to a doctorate in Chiropractic Medicine. Steve is a practicing sports chiropractor, currently holding a Diplomate in Rehab from the ACA, in addition he is a Certified Chiropractic Sports Practitioner, and a Performance Enhancement Specialists from the NASM. He is a certified in Active Release and Graston Technique provider that allows him to treat a myriad of musculoskeletal injuries using a combination of hand and tool release therapy.
Steve recently launched a sports specific rehab and performance institute called ProjectMOVE in Denver Colorado that focuses on identifying motor control dysfunction in an attempt to enhance human performance from the professional athlete to weekend warrior.
Steve is an avid athlete with a passion for sports. He has spent 25 years competing in ice hockey, lacrosse, triathlons, adventure racing, and natural bodybuilding. Steve is the Medical Director
Hour One
- Welcome & introduction of instructor and course participants
- Overview of outline of the course; introduction of topics that will be covered as well as description of practical lab experience and presentation of case studies.
- What is FMT? Functional Movement Training
- Review of framework of the Rocktape Movement Pyramid
IASTM Concepts, not just Techniques (Ch 1)
- Introducing main principles of movement control – mobility and motor control Introducing mechanical/neurological effects of instrument assisted techniques
- The RockTape Blades Blueprint:
- Graded Exposure System
- Tissue Tolerance Concept
- Feed the Brain, integrating the bio-psych-social model of treatment
Hour Two
Mechanical Effects of IASTM (Ch 2)
- Introducing fascial anatomy/physiology:
- Can fascia be deformed with mechanical pressures?
- Fascial Anatomy and Musculoskeletal Ultrasound Assessment of Fascial Function
- Densification vs Fibrosis
Neurological Effects of IASTM (Ch 3)
- Mechanoreceptor communications to brain, inputs and outputs
- Leveraging mechanoreceptor communication for tissue effects with IASTM
- Precision training and faulty movement patterns
- Tactile acuity and research
Hour Three
IASTM Treatment Considerations (Ch 4)
- Treatment Vectors, direction of strokes/influencing fascial systems
- Stroke Rates and how they apply to treatment
- Treatment methodology
Pain Modulation Treatment Stroke Techniques (Ch 5)
- Interoreception techniques for pain management
- Pathway
- Technique Considerations
- Technique Practice
- Instructor Feedback
Up vs Down Regulation Techniques (Ch 6)
- Treatment variables to consider
- Fascia’s ability to contract
- Modulation of fascial tone
Up Regulation-Pacini Receptor Treatment Stroke Techniques (Ch 7)
- Pacini receptor stimulation for upregulation effect
- Pathway
- Technique Considerations
- Technique Practice
- Instructor Feedback
Hour Four
Down Regulation – Ruffini Receptor Treatment Stroke Techniques (Ch 8)
- Ruffini receptor stimulation for down regulation effect
- Pathway
- Technique Considerations
- Technique Practice
- Instructor Feedback
Fluid Capture Treatment Stroke Techniques (Ch 9)
- Dry glide technique to improve inter-layer fascial gliding
- Pathway
- Technique Considerations
- Technique Practice
- Instructor Feedback
- Fluid capture for post-trauma, post-operative or edema management
- Pathway
- Technique Considerations
- Technique Practice
- Instructor Feedback
Hour Five
Human GPS Approach (Ch 10)
- Treatment tactical planning, Evaluation and Intervention approaches
- Joint by Joint assessment concepts compared to screening function of fascial lines
Movement screen and treatment of dysfunction in movement planes (Ch 11)
- Flexion – Sagittal plane, performance front chain
- Extension – Sagittal plane, performance back chain
- Rotation – Transverse plane, functional chain
Hour Six
Fascial Tracing (Ch 12)
- Breakout lab experiences and treatment of fascial lines
Case study presentations (Ch 13)
- Screening and treatment strategy discussion and practice for sagittal and frontal lines
Locking in change with Tape as well as RockTape Flex (Ch 14)
- Treatment stroke application practice, matching them up to the dysfunctional planes
Summary of course and Q/A (Ch 15)