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Continuing Education for Rehabilitation Professionals

Danger Detection, Transmission and Implications for Care



Lecture Name

Danger Detection, Transmission and Implications for Care     $44.93


This lecture is part of the following course:
Nociception and Pain

Description

This overview of nociception and pain presents current concepts in how the body senses injury or potential injury and transmits news of that event to the spinal cord. It also presents a new way of understanding how the spinal cord processes incoming information, as well as how injury, inflammation, prior events and brain responses adjust the danger detection apparatus and transmission of the danger message to the brain.

Continuing education credits

  • This course is acceptable for credit in most states for PTs and PTAs. To see the full list of courses approved for continuing education in your state, visit our courses page and filter for "Physical Therapist" or "Physical Therapist Assistant" and your state of licensure.
  • AOTA: This program is offered for 0.15 CEUs, Domain of OT: Client Factors.

    EDUCATA is an approved provider of continuing education courses by the American Occupational Therapy Association (AOTA). The assignment of AOTA CEUs does not imply endorsement of specific course content, products, or clinical procedures by AOTA or indicate AOTA approval of a certification or other professional recognition.

  • NBCOT 1.875 PDU (Course includes assessment component.)

Note: Post-test must be passed with a score of 80% or more in order to receive certificate of completion.

Contact Hours: 1.50

Rating:   

Difficulty: Intermediate

Goals & Objectives:

At the completion of this lecture, the learner will be able to:

  1. Identify the specialized biological hardware that monitors and responds to changes in tissue state and environment, and explain how inflammation affects this specialized biological hardware.
  2. Define the degree of redundancy in danger detection capacity.
  3. Explain the mechanisms by which a danger message is transmitted to the brain.
  4. Delineate the effect of neuroimmune coupling on danger transmission.
  5. Understand and appreciate the implications of this material for modern rehabilitation therapy and other treatments.
  6. Apply this knowledge when assessing and managing patients with acute or persistent pain.

Disclosure

The professor of this course has NOT endorsed or received any compensation from the manufacturers or distributors of any of the materials discussed in this presentation.

Financial: Dr. Moseley has consulted with the following companies and groups: Pfizer; worker’s compensation boards in Australia, New Zealand, and North America; Kaiser Permanente, Agile Physiotherapy and Results Physiotherapy in the United States; the NOIgroup in Australasia; the International Olympic Committee; and the Port Adelaide Football Club. He receives royalties for the following publications: Explain Pain (now in 2nd edition) and its translations; The Explain Pain Handbook: Protectometer and its translations; Explain Pain Supercharged; Painful Yarns: Metaphors and Stories to Help Understand the Biology of Pain; and Graded Motor Imagery Handbook. Dr. Moseley has received grant support from the National Health & Medical Research Council of Australia. He also receives compensation from EDUCATA as the professor of this course.

Nonfinancial: Dr. Moseley is the leader of the Body in Mind Research Group, a research group that investigates the role of the brain and mind in chronic pain. He is the Chair of the PainAdelaide Stakeholders' Consortium, and he leads Pain Revolution, a pain awareness, education and outreach project.

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