HAND-HELD DYNAMOMETRY (HHD) has been around for many decades and an abundance of literature has been published on the subject. Despite this, its utilization in daily clinical practice is low.

Some providers believe the use is limited to specific populations, such as individuals with sport related injuries. We hope to make the case that the use of HHD is recommended for all clients regardless of age and medical diagnosis. 

Many postures, positions, instrument techniques have been advocated in the  literature, and clinicians might not be sure which measurements to take. We hope that at the end of this course we have shed some light on this issue and have provided you with a  framework to select to appropriate tests and techniques.

Reliability is a valid concern. Any objective measurement that does not have the necessary reliability has limited use. Again, we hope that at the end of this course you will have the information to take highly reliable measurements. There are many variables, including the client himself, which influence the reliability of the measurement. We will guide you through each measurement, step by step, in order to achieve the highest reliability. 

Lastly, many providers are not sure what to do with the data once they have it. Data is only useful when it contributes to improved clinical decision making in regards to assessment of clinical status, selection of treatment interventions, and progression. 


Why a course on Hand-Held Dynamometry?


Online Course - 3 CEU

Approved by the Florida Board of Physical Therapy Practice Approval CE21-874102

(Registration fee can be applied to any HHD or MET live course)


Session 1

Hand held dynamometry in daily clinical practice

utilization, reliability, validity

Make-technique

Screening for grip and knee extension strength

Session 2

Instrument settings

Movement-bias tests

UQ and LQ core strength profiles

Clinical reference data


Session 3

Interpretation of strength curves

Interpretation of strength ratios

Interpretation of strength profiles

Introduction to muscle bias and exercise bias tests

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