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Graston Technique®

Essential Live Virtual Training

Our Essential Virtual Training offers the perfect opportunity to learn the fundamentals of Graston Technique from the comfort of your home or office. This comprehensive course covers the basic principles, applications, and hands-on techniques necessary for effectively integrating Graston Technique into your practice. Whether you're a seasoned professional or new to instrument-assisted soft tissue mobilization, this training provides a solid foundation, equipping you with the skills to deliver better patient outcomes. Join us online and take your practice to the next level!

Overview

The objective of Essential Training is to introduce students and clinicians to GT therapy, its clinical applications, physiological effects/benefits, and potential contraindications. As a result, GT Providers can effectively treat the adverse effects of scar tissue and fascial restrictions as well as improve and maintain optimal range of motion.

By the end of the training, you will be able to:

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Identify and discuss the indications, contraindications (relative and absolute) of GT.

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Review and develop a better understanding of soft tissue injury, healing and potential reactivity to instrument-assisted soft tissue mobilization (therapeutic and adverse).

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Develop skill and competence in the GT application of IASTM to the major regions of soft tissue.

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Demonstrate a working knowledge of the Graston Technique© brand instruments, GT treatments, potential effects, and benefits.

Already completed the Essential Training?

Explore our Advanced Training options to find out how you can take your practice to the next level.

Virtual Training Agenda

Master the Graston Technique® from anywhere
Self-Paced Precourse
Live Virtual Session

Hour 1

Participants will identify & discuss the effects, benefits, physiological responses, indications & contraindications for the GT therapy

    • Welcome and introduction to technique
    • History, physiological rationale of IASTM, principles relating to soft-tissue dysfunction
    • Indications & contraindications
    • Anticipated responses and results from using GT instruments on soft-tissue conditions

Hour 1 – 2

Introduction to the six GT stainless steel instruments

    • Description of each instrument
    • Proper handholds and treatment strokes
    • Video demonstration of basic strokes – Scanning, Sweeping, Strumming, Brushing, Swiveling, Scooping, J-strokes and Framing
    • How to make a soft-tissue assessment using GT instruments

 

Hour 2 – 3

    • Concepts of evidence-based practice as related to GT research
    • Clinical integration of IASTM
    • GT research

Hours 3 – 4

Review structural anatomy, kinesiology & therapeutic exercise of the thigh & knee

Thigh and Knee Labs
    • Scan, Sweep, Strum, Frame and J-stroke the thigh and knee

    • Detect soft-tissue adhesions in these areas

    • Discuss proper instrument choice

    • Explain & demonstrate treatment protocol including relevant therapeutic exercise

Hours 4 – 5

Review structural anatomy, kinesiology & therapeutic exercise of the hip, pelvis, and ITB

Hip, pelvis, and ITB Labs
    • Scan, Sweep, Strum, Frame, and J-stroke the pelvic region
    • Detect soft-tissue adhesions in these areas

    • Discuss proper instrument choice

    • Explain & demonstrate treatment protocol including relevant therapeutic exercise

Hours 5 – 6

Review structural anatomy, kinesiology & therapeutic exercise of the foot and ankle

Foot and ankle Labs
    • Scan, Sweep, Strum and J-stroke on the foot and ankle

    • Detect soft-tissue adhesions in these areas

    • Discuss proper instrument choice

    • Explain & demonstrate treatment protocol including relevant therapeutic exercise

Hours 6 – 7.5

Review structural anatomy, kinesiology & therapeutic exercise of the hand, wrist, forearm, and elbow

Hand, wrist, forearm, and elbow Labs
    • Scan, Sweep, Strum and J-stroke the hand, forearm, and elbow

    • Detect soft-tissue adhesions in these areas

    • Discuss proper instrument choice

    • Explain & demonstrate treatment protocol including relevant therapeutic exercise

Hours 7.5 – 9

Review structural anatomy, kinesiology & therapeutic exercise of the shoulder girdle

Shoulder Lab
    • Scan, Sweep, Strum and J-stroke on the shoulder

    • Detect soft-tissue adhesions in this area

    • Discuss proper instrument choice

    • Explain & demonstrate treatment protocol including relevant therapeutic exercise

Hours 9 – 10

Review structural anatomy, kinesiology & therapeutic exercise of the cervical spine

Cervical Lab
    • Scan, Sweep, Fan, Strum, Swivel, Scoop, Brush, J-stroke & Frame the cervical spine
    • Detect soft-tissue adhesions in these areas

    • Discuss proper instrument choice

    • Explain & demonstrate treatment protocol including relevant therapeutic exercise

Hours 10 – 11

Review structural anatomy, kinesiology & therapeutic exercise of the lumbar spine

Lumbar Lab
    • Scan, Sweep, Fan, Strum, Swivel, Scoop, Brush, J-stroke & Frame the lumbar spine
    • Detect soft-tissue adhesions in these areas

    • Discuss proper instrument choice

    • Explain & demonstrate treatment protocol including relevant therapeutic exercise

Hours 11 – 12

Review structural anatomy, kinesiology & therapeutic exercise of the thoracic spine

Thoracic Lab
    • Scan, Sweep, Fan, Strum, Swivel, Scoop, Brush, J-stroke & Frame the thoracic spine
    • Detect soft-tissue adhesions in these areas

    • Discuss proper instrument choice

    • Explain & demonstrate treatment protocol including relevant therapeutic exercise

EXPLORE MORE TRAINING OPTIONS

Self-Paced Essential Online Training

Presented in video format, this self-paced online training can be completed on your time, anywhere with an internet connection.

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Live Essential In-Person Training

A 3-hour self-paced precourse followed by a 9-hour, one day in-person group training held at regional locations.

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