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Before You Engage!
Uncover Your Muscular Weaknesses,
Instabilities and Deficiencies!

Musculoskeletal problems that go undetected often lead to bodily compensations that can cause severe pain or even injury.

Uncover your muscular instabilities, weaknesses and deficiencies before they cause serious problems.

Many people are unaware of muscular weaknesses, deficiencies, instabilities or bodily compensations until it’s too late! It’s only when a serious injury occurs that they undertake a rehabilitation program to reverse the damaging conditions.

The Advanced Deductive Health Solutions QLD Muscular Assessment System is web-based and available on a computer or tablet!

Personal Trainer

The DHS QLD Muscular Assessment is the only true, accurate Assessment System that, in real-time, uncovers all your known and unknown muscular deficiencies, instabilities and compensations and provides a unique Prescriptive Workout Plan of Action to strengthen and correct the problem areas!

It completely searches and cross references all muscles, muscle groups and bodily compensations in the body utilizing a proprietary 44 unique, proprietary Range-of-Motion examination. It continuously analyzes ROM exam results across 178 individual skeletal muscles and their interactions with more than 1,000 possible Range-of-Motion affiliations.

The QLD Assessment System has been proven through hundreds of individual evaluations, including amateur and professional athletes, sports teams, active fitness and sport enthusiasts and senior citizens.

The QLD Assessment System Uses Advanced AI, Deep-Learning,
Neural Network Technology

AI Deep Learning

DHS utilizes advanced AI, Deep-Learning Neural Network algorithms to continuously analyze, in real-time, the results of each of the 44 Range of Motion tests.

As each is completed, the AI engine recalculates and analyzes possible muscular anomalies while the Deep-Learning Neural Network algorithm looks for skeletal muscle interactions, muscular interactions and possible compensations across the body.

The QLD Muscular Assessment Measures Both
Open and Closed Kinetic Chains!

It is imperative that any analysis of muscular weaknesses, instabilities or deficiencies consider both Open and Closed Kenetic chains.

"Open" is when the part of the body you're moving (typically a limb) is loose in space. In other words, the hand or foot is free to move and not pressing against a surface. This allows a muscle or muscle group to act in isolation.

"Closed" is when the body part you're using (as in the SQUAT example) is fixed against a hard, unrelenting surface, such as movement occurring at multiple joints and multi-joint axes or simultaneous movement of more than one joint segment.

Closed Kinetic Chain

Your Muscle Pain Might Not Be From Where You Think!

Muscular Deficiency

The symptoms and exact location of muscular pain can vary - and can also spread from one joint or muscle region to other areas of the body.

Our body communicates with us all the time. A change in one part of the muscular system will usually cause the body to attempt to return to equilibrium, resulting in compensations or adaptations elsewhere in the system.

An ankle sprain may go away after awhile, but the body may compensate for the sprain by adding more work and activity to the opposite knee and hip - leading to pain or injury away from the original cause.

The QLD System is able to identify the actual locations of muscular compensations leading to deficiencies and pain through comprehensive Range of Motion exams and the AI, Deep-Learning algorithms.

FREE YOUR SELF FROM MUSCLE WEAKNESS, INSTABILITY AND DEFICIENCIES THAT LEAD TO PAIN AND INJURY!

Contact Information

469-882-2654 Phone
info@deductivehealth.com
18484 Preston Road
Suite 102-184
Dallas, Texas 75252

THE DHS ASSESSMENT SYSTEM:

Based on AI, Deep-Learning, Neural Network Technology
A Proprietary Musculoskeletal Algorithm Which Analyzes and Cross References:

All Potential Muscular Deficiencies at Each of the Joints in the Body
All Limitatations Indentified by Range-Of-Motion Examinations
All Joint Instabilities Contributing to the Identified Deficiencies