Heidi Haaviks 11-Week Online Course
Week 1: – June 21 to 27
In week 1 we will compare and contrast basic science research and clinical research and the components of patient-focused, evidence-informed chiropractic care. We also look at the Neuroplasticity Model of the Chiropractic Subluxation and the neurophysiological changes that have been shown to occur after a session of adjustments.
BS2.01 Introduction to the Neuroplasticity Model
94 minutes – this class covers the major changes in neuroscience over the past 20 years
BS2.02 Two Models of the Vertebral Subluxation
65 minutes – the latest research evidence examining what a vertebral subluxation is.
Week 2: June 28 – July 4
We explain what a chiropractic subluxation is according to the latest basic science research evidence and we discuss the important role the prefrontal cortex plays in executive functions, pain processing, and movement control.
BS2.03 The Neurophysiology of the Subluxation
60 minutes – the consequences of spinal injury and how it affects the brain function.
BS2.04 Adjustments affect the Prefrontal Cortex
61 minutes – how adjustments impact the processing of the prefrontal cortex in the brain.
Week 3: July 5 – 11
We explain what a chiropractic subluxation is according to the latest basic science research evidence and we discuss the important role the prefrontal cortex plays in executive functions, pain processing, and movement control.
BS2.05 The Impact of Stress on the Brain and Health
71 minutes – How stress and traumatic experiences negatively impact our brain function and health.
BS2.06 Communicating Chiropractic’s impact on the Brain
69 minutes – how to communicate the science about how stress negatively impacts our health.
Week 4: July 12 – 18
We explain what a chiropractic subluxation is according to the latest basic science research evidence and we discuss the important role the prefrontal cortex plays in executive functions, pain processing, and movement control.
BS2.07 Pain is created in the Brain
50 minutes – the latest science tells us that pain is created in the brain – to warn us about danger.
Week 5: July 19 – 15
We explain what a chiropractic subluxation is according to the latest basic science research evidence and we discuss the important role the prefrontal cortex plays in executive functions, pain processing, and movement control.
BS2.10 The Brain, Pain and the Neuroplastic Effects of Chiropractic Care
61 Minutes – we examine the function of the spine and how the brain controls movement
Week 6: July 26 – Aug 1
We explain what a chiropractic subluxation is according to the latest basic science research evidence and we discuss the important role the prefrontal cortex plays in executive functions, pain processing, and movement control.
Week 7: August 2 – 8
During this week, we will catch up on any outstanding classes or tasks.