Mark Oberg, DC

Graduates of this program will gain a thorough understanding of the mechanism of specific shoulder injuries, a knowledge of protocols for the resolution of injury including the use of modalities, and an understanding of Kinesiotaping as well as specific treatments for shoulder injuries that are proven successful.

Attendees will learn the proper procedures for adjusting, supporting, and rehabilitating the biomechanical alterations that produce most sports related injuries. As well as special discussion in helping recognize the difference between a traumatic brain injury and the possibility of a vertebral artery dissection. As well as the most common youth sports injury and how to adjust, support, and rehabilitate these common and easily missed treated injuries.

This symposium consisted of the examination, X-Ray, and care of the cervical spine, including anomalies, diseases, and traumatic injuries to the cervical spine.

This lecture consisted of the research paper, The Philosophy of Healing, The Philosophical Constructs of Biological Mechanism, Naive, and Critical Vitalism.

This class involved a comprehensive review of various nutritional substances and the advantages they may be for the chiropractic patient. It also involved the response to expect from various nutritional substances.

This Seminar consisted of the examination and X-Ray of the lower spine and also the Thompson evaluation and technique.

This class consisted of examination and evaluation of patient complaints related to problems of the hand, wrist, elbow, shoulder, foot, ankle, knee, femur/acetablum articulations and also the T.M.J. The class also reviewed various means of adjusting and manipulating the various articulation of the extremities.

This is a comprehensive course in the biological, mechanical and re-engineering of the spine and posture.

Graduates of this program have received the most in-depth, science-based training available today. The program covers the entire spectrum from the physics of motor vehicle crashes to human biomechanics to diagnostics and management.