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Ribs are connected to specific muscle groups, and dysfunction in rib motions can lead to chest pain and shortness of breath. Muscle energy techniques are used to treat rib somatic dysfunction, which can improve the mobility and strength of the rib cage and reduce associated pain. The muscle energy technique is a versatile treatment option for somatic dysfunctions used by osteopathic physicians, osteopathic manual practitioners, physical therapists, and some massage therapists.
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What You'll Learn
Muscle energy techniques for rib somatic dysfunction
Muscle energy techniques are manual therapies used for the treatment of musculoskeletal dysfunctions. They can be used to treat rib somatic dysfunction, improving the mobility and strength of the rib cage, as well as reducing pain associated with the dysfunction. The muscle energy technique is versatile and practical and can be applied directly or indirectly, passively or actively, depending on the patient's comfort. It can be used in most body articulatory joints, including the costovertebral joint, to affect its motion during respiration.
Rib dysfunction can cause multiple symptoms, including musculoskeletal or chest pain, thoracic outlet syndrome, difficulty taking a full breath, and worsening respiratory pathology. It can also lead to unnecessary medical workups. Diagnosing and managing rib dysfunction may benefit patients with respiratory disorders such as asthma, COPD, and pneumonia. Adequate respiration requires normal movement of the diaphragm, ribs, and sternum, which change the size of the thorax, generating the pressure needed for proper respiration and oxygen exchange.
When treating rib somatic dysfunction, the patient is placed into a restrictive barrier, and they participate by actively moving towards a neutral position. At the same time, the clinician holds an isometric counterforce. This is known as post-isometric relaxation and is the most commonly used muscle energy technique.
There are several contraindications to using muscle energy techniques on rib dysfunction. These include patients who cannot actively participate in the treatment or are unwilling to do so, rib fractures, recent spinal injury, known ligament laxity, active skin or underlying muscle infection, and metastatic cancer, which could spread due to muscle energy to the ribs.
A common way to remember the various treatment positions for muscle energy is the mnemonic "at 1 AM I got up 2 pee because from 3-5 PM I had 6-8 sodas. From 9-10, I laid down, and from 11-12, I was quiet." This mnemonic indicates the muscles engaged to treat each group of ribs. For example, the pectoralis minor is associated with ribs 3-5. While lying supine, the patient will place their forearm to their forehead with their palm toward the ceiling on the affected side. The patient will then attempt to bring the elbow toward the opposite anterior superior iliac spine against resistance for 3-5 seconds before relaxing. This process is repeated 3-5 times, then rechecked for improvement of motion.
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Osteopathic manipulative treatment
OMT can be performed using various techniques, including high velocity/low amplitude, muscle energy, strain-counterstrain, and myofascial release. These techniques can be direct or indirect, and passive or active. Direct techniques involve engaging the restrictive barrier, while indirect techniques apply forces away from it. In passive techniques, the operator performs the treatment while the patient relaxes, and in active techniques, the patient actively participates in the treatment.
One specific application of OMT is in treating rib dysfunctions, such as inhaled rib dysfunction and exhaled rib dysfunction. Rib dysfunctions can lead to chest wall pain, musculoskeletal pain, thoracic outlet syndrome, and intercostal neuralgia. OMT techniques like rib raising can gently lift the ribs to stretch the fascia and open the rib cage, improving breathing and lung expansion. Muscle energy techniques can also be used to improve the mobility and strength of the rib cage and reduce associated pain.
It is important to obtain informed consent from patients receiving OMT and to explain the procedures, risks, and benefits. A thorough medical history, physical examination, and necessary radiologic imaging should precede the treatment. Coordinated patient care involving multiple healthcare professionals is crucial to ensuring accurate diagnosis, effective treatment, and proper post-treatment follow-up.
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The anatomy of exhaled ribs
The ribs are connected to particular muscle groups, which become the focus of muscle energy techniques used to treat somatic dysfunctions. These techniques are employed by osteopathic physicians, osteopathic manual practitioners, physical therapists, and some massage therapists. They can be applied directly or indirectly, passively or actively, depending on the patient's comfort level.
Rib dysfunction can manifest in multiple ways, including musculoskeletal or chest pain, thoracic outlet syndrome, difficulty taking a full breath, and respiratory issues. The treatment of exhaled ribs involves identifying the specific rib dysfunctions and their impact on the patient's overall health and musculoskeletal system. This process includes screening patients for the suitability of osteopathic muscle energy procedures, taking into account their medical history and other factors that may influence treatment outcomes.
Muscle energy techniques for exhaled ribs involve specific positioning, patient instructions, and gentle manual techniques. For example, patients may be asked to inhale while the clinician grasps the angle of the affected rib and applies inferolateral traction. The patient then holds their breath and raises their head toward the ceiling against resistance for a few seconds. This process is repeated multiple times before re-evaluating the improvement of motion.
Additionally, patients may be instructed to inhale, hold their breath at the end of exhalation, and move their elbow towards the opposite anterior superior iliac spine (ASIS) against resistance. This technique helps address rib exhalation dysfunction by targeting the specific muscles or muscle groups associated with the affected rib.
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The relationship between the thoracic spine and rib cage
The thoracic spine is located in the centre of the upper and middle back. It consists of 12 vertebrae, starting at the base of the neck and ending at the bottom of the rib cage, just above the lower back. The thoracic spine is especially rigid and stable, making it the least common area of injury along the spine.
The thoracic spine and the rib cage work together to protect the lungs and heart. The rib cage consists of 12 pairs of ribs, which articulate with the thoracic spine and the sternum. The thoracic spine helps to stabilise the rib cage, and the rib cage, in turn, helps to stabilise the thoracic spine.
The thoracic spine and the ribs are considered a single unit that influences shoulder joint movement. The mobility of the thoracic spine affects the mobility of several other structures, including the cervical spine, shoulder joint, and rib cage. The thoracic spine has an important role in the stability and posture of the spinal complex.
The thoracic spine and rib cage also have significant biomechanical effects on each other. Early experimental studies on the human thoracic spine were performed without considering any rib cage structures, ignoring their potential stabilising effects. However, subsequent studies have found a significant influence of the rib cage on thoracic spinal stability, confirming the importance of the rib cage with regard to spinal biomechanics.
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The role of the healthcare team in treating patients with rib dysfunction
Rib dysfunction can be caused by direct penetrating or blunt trauma to the chest, repetitive stress and microtrauma, or a severe cough. Certain patterns of rib fractures are associated with higher morbidity and mortality and may require further evaluation and treatment. In such cases, an interdisciplinary healthcare team plays a crucial role in optimising patient management and improving outcomes.
The healthcare team's role in treating patients with rib dysfunction involves early identification of potential patient decompensation and discussion of possible interventions such as intubation, chest tubes, and thoracotomies. For simple rib fractures, patients can be discharged after evaluation. However, for more complex cases, the team may include emergency physicians, trauma surgeons, ICU nurses, and other specialists.
Osteopathic manipulative treatment (OMT) is a common technique used to address rib dysfunction, specifically exhaled ribs. This technique can be applied directly or indirectly and passively or actively, depending on the patient's comfort. Muscle energy techniques, a form of OMT, can improve the mobility and strength of the rib cage and reduce associated pain. The patient is an active participant in this treatment, working with the clinician to achieve the desired results.
Coordinated patient care is essential to ensure accurate diagnosis and treatment of rib dysfunction. This involves collaboration between the patient's primary care physician, emergency room physician, nurses, home health aides, and other specialists. The team works together to formulate a treatment plan, manage pain, and ensure the patient's overall health and well-being. Additionally, the healthcare team should consider contraindications, medical history, and other factors that may impact treatment outcomes.
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Frequently asked questions
Muscle energy is a direct and active technique where the patient is placed into their restrictive barrier and participates in treatment.
Muscle energy of the ribs is an osteopathic manipulative medicine (OMM) technique used to treat dysfunctional ribs.
Muscle energy techniques can help improve the mobility and strength of the rib cage, as well as reduce pain associated with the dysfunction.
There are multiple approaches to the muscle energy technique, but the most commonly used is muscle energy with post-isometric relaxation. The patient is placed into their restrictive barrier, and they participate by actively moving towards a neutral position while the clinician holds an isometric counterforce.
Muscle energy of the ribs can benefit patients with respiratory disorders such as asthma, chronic obstructive pulmonary disease (COPD), and pneumonia by improving the motion of the diaphragm, ribs, and sternum during respiration. It can also be used to treat rib inhalation and exhalation dysfunctions.
