Many Manual Therapy clinics are often faced with a wide presentation of symptoms that are secondary to the original presentation. HEENT dysfunction are one of those presenting conditions that can refer to the head, ears, eyes, nose, throat, TMJ, and upper thoracic regions.

The goal of this class is to present concepts of how the body uses ground forces in the kinetic chain, and produces motion in the walk cycle. We will cover the fascial planes and how they transmit forces from the ground to the cranium.

The goal of this class is to present concepts of neurolymphatic reflexes (Chapman’s Reflexes) as they apply to the manual practitioner. In order to understand these reflexes we will cover the autonomic nervous system, the anatomy and the embryology of how the points are established. I will discuss how dysfunction is presented and finally a method of assessing logical treatment based on physical finding.

The goal of this class is to present concepts of motion of the pelvis, sacrum and lumbar spine as it applies to both normal and dysfunctional bio-mechanical motion. Specific normal load bearing biomechanics and gait will be presented as it applies to lower extremities and how forces are translated from heel strike up into the pelvic/lumbar region. Specific sacral biomechanics of motion and dysfunction will be addressed in both in lecture and lab.

Treatment of the cranium will be explored by studying several different cranial approaches and theories. A comparison of the a Kinections Biomechanical Approach to the cranial concepts will be compared to osteopathic pioneers William Sutherland, Charlotte Weaver, and Beryl Arbuckle will be compared and contrasted. Different treatment and assessment techniques will be employed.

The practice of manual therapies is a continuous attempt on the part of the practitioner to understand the manner in which the patient expresses disease through their physiologic systems. This class will go into deep detail of the neurological segmentation of the spine as it relates to control and function of the specific visceral organ.

Diaphragmatic dysfunction has a profound influence on the health and wellness of our patients. This class continues the concepts brought forth in the series one class of last year. Diaphragmatic dysfunction can be the result of many factors, including: lumbar mechanics, muscular imbalances, abdominal surgeries and many more factors.

The science of lymphatic sciences has grown by leaps and bounds. From insight into the embryology and development, to new found glymphatics in the brain and spinal cord, this class will present the latest information and research into these new discoveries.

This class will try to breach the signs, reflexes and syndromes that present into clinical settings and provide insight into how to classify the systems of the body that may be implicated.

The goal of this class is to present the arthrokinematics of motion of the upper and lower cervical spine as it applies to both normal and dysfunction movement pattern. Upper cervical biomechanics and lower cervical biomechanics will be differentiated so as to have a clearer understanding of pain pattern presentation.

The thoracic cage is one of the most complicated areas in a manual practice. Understanding this area separates you from your peers. This course gives the participant an appreciation of the interrelationships of the various components of the thoracic cage. Emphasis is on the effect of dysfunction on the entire mechanism as it relates to overall health.

Integrated function of the cervical and thoracic, scapular, clavicular and costal structures are addressed in lecture and laboratory sessions. Integrated biomechanics, anatomy and embryology, in relation to dysfunction patterning in the work place and sports activities are also covered.

Dr. Travell defined a Trigger Point as “a hyperirritable spot in skeletal muscle that is associated with a hypersensitive palpable nodule in a taut band. The spot is tender when pressed and can give rise to characteristic referred pain, motor dysfunction, and autonomic phenomena.