Dr. Carter will present an optimal mix of education, evidence-based techniques, and hands-on training for rehabilitation in your practice.

Rehabilitation will start with assessment protocols and corrective exercises/protocols. No matter what your background training may be, you will definitely be able to apply something to your everyday practice to help patients.

The hands-on portion of this seminar will teach you specific rehab exercises and when to use them.

Over the last decade there has been a remarkable increase in the number of scientific conferences and societies that focus almost exclusively on tumor metabolism and growth factors associated with metabolic signaling. Of particular relevance is the intersection of metabolism with epigenetic control and metabolic reprogramming of aberrant signaling pathways that promote the Warburg effect. This renewed interest in the cause and consequences of the Warburg effect has invigorated cancer research and promises to redirect our efforts down a path that will translate into more effective cancer treatment and prevention strategies.

This course will focus primarily on functional pathologies and treatment as it relates to nerve entrapment

Peripheral nerve entrapments can occur in multiple locations along the extraspinal extent of the nerve – between the intervertebral foramen and the most distal nerve endings in the extremities. The most frequent symptom of locomotor system adaptation/dysfunction is pain. The structure that most frequently expresses pain is the muscle with its trigger points and painful attachments. Treatment must address the etiology causing the nerve compression.

Dr. Carter will teach what to look for when you take the history and perform the physical exam. He will show you how to correctly identify and treat nerve entrapments successfully. You will learn the compression of different nerve types and symptoms associated with each that you can treat successfully, then move on to how to best treat them and help your patients.

Important analogies between the trigger points of and acupuncture points have been demonstrated. Gunn et al found of 100 acupuncture loci chosen at random, 70 were motor points in muscles. In this seminar, you will learn current knowledge of anatomy, physiology and pathology and the principles of evidence-based medicine within acupuncture. The effects of acupuncture can be understood through mechanisms that are increasingly well known.

Over the last decade there has been a remarkable increase in the number of scientific conferences and societies that focus almost exclusively on tumor metabolism and growth factors associated with metabolic signaling. Of particular relevance is the intersection of metabolism with epigenetic control and metabolic reprogramming of aberrant signaling pathways that promote the Warburg effect. This renewed interest in the cause and consequences of the Warburg effect has invigorated cancer research and promises to redirect our efforts down a path that will translate into more effective cancer treatment and prevention strategies.

Over the last decade there has been a remarkable increase in the number of scientific conferences and societies that focus almost exclusively on tumor metabolism and growth factors associated with metabolic signaling. Of particular relevance is the intersection of metabolism with epigenetic control and metabolic reprogramming of aberrant signaling pathways that promote the Warburg effect. This renewed interest in the cause and consequences of the Warburg effect has invigorated cancer research and promises to redirect our efforts down a path that will translate into more effective cancer treatment and prevention strategies.

Over the last decade there has been a remarkable increase in the number of scientific conferences and societies that focus almost exclusively on tumor metabolism and growth factors associated with metabolic signaling. Of particular relevance is the intersection of metabolism with epigenetic control and metabolic reprogramming of aberrant signaling pathways that promote the Warburg effect. This renewed interest in the cause and consequences of the Warburg effect has invigorated cancer research and promises to redirect our efforts down a path that will translate into more effective cancer treatment and prevention strategies.

This course will focus primarily on functional pathologies and treatment as it relates to nerve entrapment

Peripheral nerve entrapments can occur in multiple locations along the extraspinal extent of the nerve – between the intervertebral foramen and the most distal nerve endings in the extremities. The most frequent symptom of locomotor system adaptation/dysfunction is pain. The structure that most frequently expresses pain is the muscle with its trigger points and painful attachments. Treatment must address the etiology causing the nerve compression.

Dr. Carter will teach what to look for when you take the history and perform the physical exam. He will show you how to correctly identify and treat nerve entrapments successfully. You will learn the compression of different nerve types and symptoms associated with each that you can treat successfully, then move on to how to best treat them and help your patients.

This course will focus primarily on functional pathologies and treatment as it relates to nerve entrapment

Peripheral nerve entrapments can occur in multiple locations along the extraspinal extent of the nerve – between the intervertebral foramen and the most distal nerve endings in the extremities. The most frequent symptom of locomotor system adaptation/dysfunction is pain. The structure that most frequently expresses pain is the muscle with its trigger points and painful attachments. Treatment must address the etiology causing the nerve compression.

Dr. Carter will teach what to look for when you take the history and perform the physical exam. He will show you how to correctly identify and treat nerve entrapments successfully. You will learn the compression of different nerve types and symptoms associated with each that you can treat successfully, then move on to how to best treat them and help your patients.

Over the last decade there has been a remarkable increase in the number of scientific conferences and societies that focus almost exclusively on tumor metabolism and growth factors associated with metabolic signaling. Of particular relevance is the intersection of metabolism with epigenetic control and metabolic reprogramming of aberrant signaling pathways that promote the Warburg effect. This renewed interest in the cause and consequences of the Warburg effect has invigorated cancer research and promises to redirect our efforts down a path that will translate into more effective cancer treatment and prevention strategies.

This course will focus primarily on functional pathologies and treatment as it relates to nerve entrapment

Peripheral nerve entrapments can occur in multiple locations along the extraspinal extent of the nerve – between the intervertebral foramen and the most distal nerve endings in the extremities. The most frequent symptom of locomotor system adaptation/dysfunction is pain. The structure that most frequently expresses pain is the muscle with its trigger points and painful attachments. Treatment must address the etiology causing the nerve compression.

Dr. Carter will teach what to look for when you take the history and perform the physical exam. He will show you how to correctly identify and treat nerve entrapments successfully. You will learn the compression of different nerve types and symptoms associated with each that you can treat successfully, then move on to how to best treat them and help your patients.

This course will focus primarily on functional pathologies and treatment as it relates to nerve entrapment

Peripheral nerve entrapments can occur in multiple locations along the extraspinal extent of the nerve – between the intervertebral foramen and the most distal nerve endings in the extremities. The most frequent symptom of locomotor system adaptation/dysfunction is pain. The structure that most frequently expresses pain is the muscle with its trigger points and painful attachments. Treatment must address the etiology causing the nerve compression.

Dr. Carter will teach what to look for when you take the history and perform the physical exam. He will show you how to correctly identify and treat nerve entrapments successfully. You will learn the compression of different nerve types and symptoms associated with each that you can treat successfully, then move on to how to best treat them and help your patients.

Learn assessment protocols integrating muscle and joint dysfunction and motor control. Join us to learn how to provide the best rehabilitation treatment to your patients for the best results.  

Dr. Carter will teach rehab exercises that are helpful to your patients. You will learn several exercises, how to correctly perform them and teach them to your patients.  Topics include functional strength, power, flexibility and fitness as it relates to everyday work, home and recreational activities.

Over the last decade there has been a remarkable increase in the number of scientific conferences and societies that focus almost exclusively on tumor metabolism and growth factors associated with metabolic signaling. Of particular relevance is the intersection of metabolism with epigenetic control and metabolic reprogramming of aberrant signaling pathways that promote the Warburg effect. This renewed interest in the cause and consequences of the Warburg effect has invigorated cancer research and promises to redirect our efforts down a path that will translate into more effective cancer treatment and prevention strategies.

Over the last decade there has been a remarkable increase in the number of scientific conferences and societies that focus almost exclusively on tumor metabolism and growth factors associated with metabolic signaling. Of particular relevance is the intersection of metabolism with epigenetic control and metabolic reprogramming of aberrant signaling pathways that promote the Warburg effect. This renewed interest in the cause and consequences of the Warburg effect has invigorated cancer research and promises to redirect our efforts down a path that will translate into more effective cancer treatment and prevention strategies.

Over the last decade there has been a remarkable increase in the number of scientific conferences and societies that focus almost exclusively on tumor metabolism and growth factors associated with metabolic signaling. Of particular relevance is the intersection of metabolism with epigenetic control and metabolic reprogramming of aberrant signaling pathways that promote the Warburg effect. This renewed interest in the cause and consequences of the Warburg effect has invigorated cancer research and promises to redirect our efforts down a path that will translate into more effective cancer treatment and prevention strategies.

Over the last decade there has been a remarkable increase in the number of scientific conferences and societies that focus almost exclusively on tumor metabolism and growth factors associated with metabolic signaling. Of particular relevance is the intersection of metabolism with epigenetic control and metabolic reprogramming of aberrant signaling pathways that promote the Warburg effect. This renewed interest in the cause and consequences of the Warburg effect has invigorated cancer research and promises to redirect our efforts down a path that will translate into more effective cancer treatment and prevention strategies.

Important analogies between the trigger points of and acupuncture points have been demonstrated. Gunn et al found of 100 acupuncture loci chosen at random, 70 were motor points in muscles. In this seminar, you will learn current knowledge of anatomy, physiology and pathology and the principles of evidence-based medicine within acupuncture. The effects of acupuncture can be understood through mechanisms that are increasingly well known.

This course will focus primarily on functional pathologies and treatment as it relates to nerve entrapment

Peripheral nerve entrapments can occur in multiple locations along the extraspinal extent of the nerve – between the intervertebral foramen and the most distal nerve endings in the extremities. The most frequent symptom of locomotor system adaptation/dysfunction is pain. The structure that most frequently expresses pain is the muscle with its trigger points and painful attachments. Treatment must address the etiology causing the nerve compression.

Dr. Carter will teach what to look for when you take the history and perform the physical exam. He will show you how to correctly identify and treat nerve entrapments successfully. You will learn the compression of different nerve types and symptoms associated with each that you can treat successfully, then move on to how to best treat them and help your patients.

This course will focus primarily on functional pathologies and treatment as it relates to nerve entrapment

Peripheral nerve entrapments can occur in multiple locations along the extraspinal extent of the nerve – between the intervertebral foramen and the most distal nerve endings in the extremities. The most frequent symptom of locomotor system adaptation/dysfunction is pain. The structure that most frequently expresses pain is the muscle with its trigger points and painful attachments. Treatment must address the etiology causing the nerve compression.

Dr. Carter will teach what to look for when you take the history and perform the physical exam. He will show you how to correctly identify and treat nerve entrapments successfully. You will learn the compression of different nerve types and symptoms associated with each that you can treat successfully, then move on to how to best treat them and help your patients.

This course will focus primarily on functional pathologies and treatment as it relates to nerve entrapment

Peripheral nerve entrapments can occur in multiple locations along the extraspinal extent of the nerve – between the intervertebral foramen and the most distal nerve endings in the extremities. The most frequent symptom of locomotor system adaptation/dysfunction is pain. The structure that most frequently expresses pain is the muscle with its trigger points and painful attachments. Treatment must address the etiology causing the nerve compression.

Dr. Carter will teach what to look for when you take the history and perform the physical exam. He will show you how to correctly identify and treat nerve entrapments successfully. You will learn the compression of different nerve types and symptoms associated with each that you can treat successfully, then move on to how to best treat them and help your patients.

This course will focus primarily on functional pathologies and treatment as it relates to nerve entrapment

Peripheral nerve entrapments can occur in multiple locations along the extraspinal extent of the nerve – between the intervertebral foramen and the most distal nerve endings in the extremities. The most frequent symptom of locomotor system adaptation/dysfunction is pain. The structure that most frequently expresses pain is the muscle with its trigger points and painful attachments. Treatment must address the etiology causing the nerve compression.

Dr. Carter will teach what to look for when you take the history and perform the physical exam. He will show you how to correctly identify and treat nerve entrapments successfully. You will learn the compression of different nerve types and symptoms associated with each that you can treat successfully, then move on to how to best treat them and help your patients.

This course will focus primarily on functional pathologies and treatment as it relates to nerve entrapment

Peripheral nerve entrapments can occur in multiple locations along the extraspinal extent of the nerve – between the intervertebral foramen and the most distal nerve endings in the extremities. The most frequent symptom of locomotor system adaptation/dysfunction is pain. The structure that most frequently expresses pain is the muscle with its trigger points and painful attachments. Treatment must address the etiology causing the nerve compression.

Dr. Carter will teach what to look for when you take the history and perform the physical exam. He will show you how to correctly identify and treat nerve entrapments successfully. You will learn the compression of different nerve types and symptoms associated with each that you can treat successfully, then move on to how to best treat them and help your patients.

This course will focus primarily on functional pathologies and treatment as it relates to nerve entrapment

Peripheral nerve entrapments can occur in multiple locations along the extraspinal extent of the nerve – between the intervertebral foramen and the most distal nerve endings in the extremities. The most frequent symptom of locomotor system adaptation/dysfunction is pain. The structure that most frequently expresses pain is the muscle with its trigger points and painful attachments. Treatment must address the etiology causing the nerve compression.

Dr. Carter will teach what to look for when you take the history and perform the physical exam. He will show you how to correctly identify and treat nerve entrapments successfully. You will learn the compression of different nerve types and symptoms associated with each that you can treat successfully, then move on to how to best treat them and help your patients.

This course will focus primarily on functional pathologies and treatment as it relates to nerve entrapment

Peripheral nerve entrapments can occur in multiple locations along the extraspinal extent of the nerve – between the intervertebral foramen and the most distal nerve endings in the extremities. The most frequent symptom of locomotor system adaptation/dysfunction is pain. The structure that most frequently expresses pain is the muscle with its trigger points and painful attachments. Treatment must address the etiology causing the nerve compression.

Dr. Carter will teach what to look for when you take the history and perform the physical exam. He will show you how to correctly identify and treat nerve entrapments successfully. You will learn the compression of different nerve types and symptoms associated with each that you can treat successfully, then move on to how to best treat them and help your patients.

This course will focus primarily on functional pathologies and treatment as it relates to nerve entrapment

Peripheral nerve entrapments can occur in multiple locations along the extraspinal extent of the nerve – between the intervertebral foramen and the most distal nerve endings in the extremities. The most frequent symptom of locomotor system adaptation/dysfunction is pain. The structure that most frequently expresses pain is the muscle with its trigger points and painful attachments. Treatment must address the etiology causing the nerve compression.

Dr. Carter will teach what to look for when you take the history and perform the physical exam. He will show you how to correctly identify and treat nerve entrapments successfully. You will learn the compression of different nerve types and symptoms associated with each that you can treat successfully, then move on to how to best treat them and help your patients.