Proprioceptive-Deep Tendon Reflex® - Intermediate Seminar

What is P-DTR?

P-DTR® recognizes that proprioception (sensation of touch, pressure, hot, cold, pain, etc.), and the way the body processes the information from these receptors, is paramount in determining neuromuscular responses throughout the entire body. Motor function is not just determined by the motor system, but rather is modified by the inputs of these receptors.

Using a comprehensive system of muscle testing and neural challenges, involved receptors can be located and normal function can be quickly restored. Most physical therapy and other therapeutic modalities deal with the “hardware” of the body, neglecting the fact that much of the pain and dysfunction we experience is often actually a problem with our “software”.

P-DTR® deals with the various sensory receptors (proprioceptors) of the body and the way they affect and modify our movement patterns. These receptors (those for pain, stretch, pressure, hot, cold, vibration, etc.) all send information to the brain for processing and the brain takes this feedback into account when making decisions regarding our movement.

If this information is incorrect, as is often the case, the brain is making its decisions based on bad information. Pain and dysfunction frequently result. P-DTR® uses neural challenges specific to the involved receptors and muscle tests combined with proper stimulation of the deep tendon reflex to make immediate and lasting advances toward restored function.

Some of the benefits of P-DTR include:

– Treats the problem, not the symptoms
– Accelerates recovery from acute injuries
– Eliminates lingering dysfunction and pain from chronic injuries
– Eliminates the debilitating effects of repetitive stress
– Optimizes athletic performance
– Restores muscle function and coordination quickly
– Increases range of motion, strength and stamina
– Achieves quick, long-lasting results
– Maximizes stability and balance throughout the entire body
– Resolves problems you thought you’d “just have to live with”

Thomas Wells, CMT. Santa Rosa, California

P-DTR – Čo na pokročilom školeniu

– Finding Super Priorities
– Mapping Fractals
– Sequencing v Receptor dysfunction differentiation
– Mirror Neuron Technique for Hypertonicity
– Tracing the relationship of associated muscles of Hypertonicity (Primary & Secondary)
Upper Limb:
– Ligamentous Sequencing Dysfunctions (AcromioClavicular/CoracoAcromial etc)
– Muscular Sequencing Dysfunctions
– Limb Movement Vectoring Dysfunction
– Bursae Golgi
– Priority Primary dysfunctional receptor review
– Mapping Fractals
SEQUENCING:
– Spinal Ligaments sequencing (lumbar)
– Pubic Symphysis ligaments sequencing
– SacroIliac Ligaments (superior/inferior/posterior & inferior bands)
– Iliolumbar Ligaments
– Pelvic vector Sequencing
– 3D Spinal Sequencing Dysfunctions
– Positional Dysfunctions
– Organ to Organ Visceral Referral and Parietal Patterns
– Pelvic floor & Organ mesenteric fascia
– IlioCeacal Valve Dysfuntion
– Lymph Retrograde Dysfunction
– Alkaline State dysfunction
– Entrogastric Reflex Dysfuntion
– Parenchima, Cranial nerves & Autonomic Nervous System
– Cervical joints/ligaments/muscles Sequencing and common relationships
– Thoracic joints/ligaments/muscles Sequencing and common relationships
– Costovertebral, costotransverse, costocartilagenous, sternum & manubrium joints/ligaments/muscles Sequencing and common relationships
– Diaphragm: cranial faults, anaerobic v aerobic, receptors, sequencing & Pelvic Floor relationship.
– Linked Coupling Cervical/Thoracic/Lumbar
– Deep ligaments of the OccipitoAtlanoAxis
– Dura-mater tension dysfunctions
– Primary Golgi rules using TemporalSphenoid Line
– Contributors to Ankle Instability (Pelvic Categories, PaleoSpinoThalamic in joints, Talus Dysfunction, TMJ/Hyoid, Proximal TibioFibular Capsule, Interosseous Membrane)