P-DTR ASIA
Foundation (EN) - Module 1

19 - 23 March

Overview

• Introduction
• Muscle Spindle Cell Dysfunctions
• The Event
• Nocioception

In English. 

P-DTR Foundation Series | Module 1

INTRODUCTION

• What is P-DTR?

  • Origins

  • How does it work?

  • What does it treat?

    • Software vs. Hardware analogy

• Core Principles of P-DTR

• Receptor classes

• Proprioception

  • Exteroception

  • Interoception

• Muscle Spindle Cells

  • Intrafusal muscle fibers

    • Nuclear bag fibers

    • Nuclear chain fibers

• Myotatic Stretch Reflex

  • Autogenic excitation

  • Reciprocal inhibition

  • Gamma motor neurons

• Deep Tendon Reflex

  • Technique

  • Location of DTR’s and corresponding nerve roots

  • Superficial reflexes

MUSCLE SPINDLE CELL DYSFUNCTIONS

• Classes of stimuli

  • Proper stimulus

  • Opposite stimulus

  • Anti-stimulus

• Application of muscle testing to P-DTR

• Therapy Localization

  • What is TL?

    • Sensory and motor homunculi

  • What does TL do?

  • How is it used?

• Muscle Testing Outcomes

  • Facilitated

  • Inhibited

  • Neurologic Switching

    • Normal autogenic responses to X and II’s

  • Hypertonicity

    • Global Hypertonicity

    • Regional Hypertonicity

    • Local Hypertonicity

• Assessment and Treatment Protocol

  • History

  • Observation

  • Palpation and orthopedic testing

  • Normal autogenic responses

  • Muscle testing

  • P-DTR treatment

• Paired Receptor Model

  • Components

    • Primary

    • Main Secondary

    • Virtual Secondary

    • Tertiary

• Rules of P-DTR

  • Receptor rules

    • Stimulus

    • Opposite stimulus

    • Anti-stim

  • TL rules

  • DTR rules

  • Tertiary rules

• Modes of Dysfunctions

  • Classifications

    • Basic mode

    • Multi modes

    • Hyper modes

  • Frequency of Firing

• Rules of Indicator Muscles

  • Qualifying a valid indicator muscle

• Universal Therapy Localization

• Double Therapy Localization

• Reactor/Reactive

  • Location of reactor and reactive

  • Proper stimulus

  • Options for treatment

THE EVENT

• Indications

• Testing

• Treatment

NOCIOCEPTION

• Fast pain vs. slow pain

• Excitatory stimuli

  • Mechanical stimuli

  • Thermal stimuli

  • Chemical stimuli

• Peripheral nocioceptive fibers

• “Double” system of pain innervation

• Dual nocioceptive pathways

  • Neospinothalamic tract

  • Paleospinothalamic tract

• Dual nocioceptive neurotransmitters

  • Glutamate

  • Substance P

• Nocioceptive Inhibition Patterns

  • Nocioceptive Withdrawal Reflex/Flexor Reflex Afferent

  • PMRF

  • Extrapyramidal Inhibition Pattern

  • Thalamic Inhibition Pattern

• Gate Control Theory of Pain

Facilities

Dynamic CareUnit

1502, 15/F, Kowloon Building, 555 Nathan Road, Yaumatei

CANCELLATION POLICY

NEURO NEW ME can make changes in the places, location and/or schedule of the training action whenever necessary, for reasons of force major and as long as this does not make the objectives defined for it unfeasible, committing the cases to communicate as changes as early as possible to all registered participants.

NEURO NEW ME must carry out the training actions in the disclosed data, being able to make changes for reasons of force majeure. All changes are communicated to the participants in the shortest possible time, not giving them the right to any compensation.

The amount and payment terms applicable to each selection action are indicated in the promotional material. The payment must be settled before the training action starts and the respective proof of payment sent to: info@neuronewme.com.

Payments can be made by deposit or bank transfer to the NIB provided by NEURO NEW ME.

Whenever a training action does not gather the minimum number of participants at the beginning of the data, it will be scheduled for a new date.