The Jackson Cranio-Cervical Junction Method (JCCJM): A Functional Upper Cervical Assessment & Adjustment System

Session Information

Regional Event: national
Start Date: 08/14/2026 3:20 pm
End Date: 08/14/2026 5:00 pm
Location: Bayhill 20 – Additional Fee Required

Speakers in this session...

  • Kevin Jackson

    Kevin Jackson BSc, DC, FICA

    Kevin Jackson was born and raised in Niagara Falls, Canada. He attended Niagara College in Welland, Ontario for a A.A., Brock University in St. Catherine’s, Ontario for a B.Sc. and Life University, Marietta, Georgia for a D.C..

    He was the captain of the Life University Running Eagles Rugby Team graduate school division National Champions 1987.

    He’s married to Dr. Selina Sigafoose Jackson and together they have practiced in York, Pennsylvania. They currently own and operate one of the largest chiropractic practices in the United States and have done so for the past 30 plus years.

    Kevin is the Vice President of his state chiropractic organization the Chiropractic Fellowship of Pennsylvania. He is also a Fellow of the International Chiropractors Association.

    Kevin has spoken at Chiro Europe, Cal Jam, Dynamic Essentials, New Beginnings, Life Vision, Life University, Focus Pennsylvania, Chiropractic Fellowship of Pennsylvania, New York Chiropractic Society, Bahama Chiropractic Society, Master’s Seminars Toronto. He is a continuing education presenter for Life University.

    He also holds a patent from the United States and Canada Patent Office. He invented a force attenuation device for football helmets that offsets Angular Acceleration by 27%. He has written a Proof-of-Concept paper with Neuroscientist Dr. Kristen Willeumier. He is inventor/developer of the Jackson Cranio-Cervical Junction Method.

    He has 2 daughters named Kinna and Kloe. Kloe is a 3rd generation chiropractor.

    Sessions...

    Innovative Neurological Assessment of the Cranio-Cervical Junction
    Regional Event: national
    Start Date: 08/14/2026 10:20 am
    End Date: 08/14/2026 12:00 pm
    Location: Celebration 7-8
    Session details

    Course Description

    This lecture introduces chiropractors to a groundbreaking approach for assessing and managing the cranio-cervical junction (CCJ). Attendees will gain practical tools to quickly and efficiently identify and correct vertebral subluxation complex (VSC) in this critical neurovascular region. The session highlights chiropractors’ unique role in addressing VSC as a global health concern through corrective and maintenance care. Key neurological testing methods, including infrared atlas fossa testing, cervical nerve grip strength, Rhomberg’s balance variations, pupillary reflex, and infrared thermography for sympathetic/parasympathetic assessment, will be explored. Participants will also learn to assess eight cervical ranges of motion, using patient participation to detect biomechanical alterations and guide precise chiropractic adjustments. Ending the session will be a quick and precise upright adjustment protocol specifically designed for the cranio-cervical junction. With this technique, you only need a high-quality infrared thermometer and a hand-held adjusting instrument to make adjustments anywhere, by any size chiropractor on any size patient.

    Learning Objectives

      1. Master a novel CCJ assessment and management protocol. 
      2. Enhance speed and efficiency in neurological testing. 
      3. Acquire practical tools to adjust the cranio-cervical junction and be ready for immediate clinical use

     

    The Jackson Cranio-Cervical Junction Method (JCCJM): A Functional Upper Cervical Assessment & Adjustment System
    Regional Event: national
    Start Date: 08/14/2026 1:00 pm
    End Date: 08/14/2026 2:40 pm
    Location: Bayhill 20 – Additional Fee Required
    Session details

    Course Description

    The Jackson Cranio-Cervical Junction Method (JCCJM) is a functional, upper-cervical–focused chiropractic approach designed to assess and improve the neurological and biomechanical integrity of the cranio-cervical junction. This method emphasizes dynamic assessment, neurological testing, and biomechanical analysis rather than reliance on static imaging.

    JCCJM is not a stand-alone chiropractic technique. It is intentionally structured to integrate seamlessly into a chiropractor’s existing practice model, regardless of technique style or philosophical orientation. The method evaluates the kinetic chains influencing cranio-cervical junction stability, including cervical motion, posture, balance, neuromuscular coordination, and global movement patterns.

    The Jackson Cranio-Cervical Junction Method can be successfully implemented without the use of X-rays, relying instead on objective neurological and biomechanical testing such as infrared thermography, grip dynamometry, balance testing, and computerized neuromechanical assessment. These findings guide clinical decision-making, adjustment protocols, and outcome-based reassessment.

    This course provides both didactic and hands-on instruction, allowing participants to leave fully prepared to apply the method immediately in practice with a minimal learning curve.

    Learning Objectives

    1. Describe the clinical relevance of the cranio-cervical junction in neurological and biomechanical function
    2. Explain the foundational principles of the Jackson Cranio-Cervical Junction Method
    3. Compare JCCJM with other cranio-cervical junction and upper cervical approaches
    4. Perform neurological and functional testing relevant to cranio-cervical assessment
    5. Interpret objective findings to guide subluxation identification and adjustment strategies
    6. Apply specialized biomechanical assessment protocols for the cranio-cervical junction
    7. Implement JCCJM-specific adjustment protocols within their existing practice model
    8. Reassess neurological and biomechanical outcomes following care
    The Jackson Cranio-Cervical Junction Method (JCCJM): A Functional Upper Cervical Assessment & Adjustment System
    Regional Event: national
    Start Date: 08/14/2026 3:20 pm
    End Date: 08/14/2026 5:00 pm
    Location: Bayhill 20 – Additional Fee Required
    Session details

    Course Description

    The Jackson Cranio-Cervical Junction Method (JCCJM) is a functional, upper-cervical–focused chiropractic approach designed to assess and improve the neurological and biomechanical integrity of the cranio-cervical junction. This method emphasizes dynamic assessment, neurological testing, and biomechanical analysis rather than reliance on static imaging.

    JCCJM is not a stand-alone chiropractic technique. It is intentionally structured to integrate seamlessly into a chiropractor’s existing practice model, regardless of technique style or philosophical orientation. The method evaluates the kinetic chains influencing cranio-cervical junction stability, including cervical motion, posture, balance, neuromuscular coordination, and global movement patterns.

    The Jackson Cranio-Cervical Junction Method can be successfully implemented without the use of X-rays, relying instead on objective neurological and biomechanical testing such as infrared thermography, grip dynamometry, balance testing, and computerized neuromechanical assessment. These findings guide clinical decision-making, adjustment protocols, and outcome-based reassessment.

    This course provides both didactic and hands-on instruction, allowing participants to leave fully prepared to apply the method immediately in practice with a minimal learning curve.

    Learning Objectives

    1. Describe the clinical relevance of the cranio-cervical junction in neurological and biomechanical function
    2. Explain the foundational principles of the Jackson Cranio-Cervical Junction Method
    3. Compare JCCJM with other cranio-cervical junction and upper cervical approaches
    4. Perform neurological and functional testing relevant to cranio-cervical assessment
    5. Interpret objective findings to guide subluxation identification and adjustment strategies
    6. Apply specialized biomechanical assessment protocols for the cranio-cervical junction
    7. Implement JCCJM-specific adjustment protocols within their existing practice model
    8. Reassess neurological and biomechanical outcomes following care

Course Description

The Jackson Cranio-Cervical Junction Method (JCCJM) is a functional, upper-cervical–focused chiropractic approach designed to assess and improve the neurological and biomechanical integrity of the cranio-cervical junction. This method emphasizes dynamic assessment, neurological testing, and biomechanical analysis rather than reliance on static imaging.

JCCJM is not a stand-alone chiropractic technique. It is intentionally structured to integrate seamlessly into a chiropractor’s existing practice model, regardless of technique style or philosophical orientation. The method evaluates the kinetic chains influencing cranio-cervical junction stability, including cervical motion, posture, balance, neuromuscular coordination, and global movement patterns.

The Jackson Cranio-Cervical Junction Method can be successfully implemented without the use of X-rays, relying instead on objective neurological and biomechanical testing such as infrared thermography, grip dynamometry, balance testing, and computerized neuromechanical assessment. These findings guide clinical decision-making, adjustment protocols, and outcome-based reassessment.

This course provides both didactic and hands-on instruction, allowing participants to leave fully prepared to apply the method immediately in practice with a minimal learning curve.

Learning Objectives

  1. Describe the clinical relevance of the cranio-cervical junction in neurological and biomechanical function
  2. Explain the foundational principles of the Jackson Cranio-Cervical Junction Method
  3. Compare JCCJM with other cranio-cervical junction and upper cervical approaches
  4. Perform neurological and functional testing relevant to cranio-cervical assessment
  5. Interpret objective findings to guide subluxation identification and adjustment strategies
  6. Apply specialized biomechanical assessment protocols for the cranio-cervical junction
  7. Implement JCCJM-specific adjustment protocols within their existing practice model
  8. Reassess neurological and biomechanical outcomes following care