Full body massage

Chapter Eight Full body massage




Introduction


The protocol described in this chapter is used as a foundation for using massage to address pain. Any of the various positions and method applications found throughout the textbook can be incorporated into the massage. Do not be limited by the illustrations in the sequence.


Massage should have pleasurable aspects to the application. It should feel good and effectively produce results. The assessment and massage application should not produce a guarding response. During active treatment, the sensations can be intense and reproduce symptoms such as trigger point referral pain patterns, or burning sensation for some forms of connective tissue application. However, depending on the client outcomes there are times when uncomfortable methods are necessary to achieve results, and while the actual massage application may be intense, the result will indicate improvement.


As long as the client is able to respond to a full body massage, all of the following areas need to be assessed and intervention provided. It is not necessary to be done in this order but all need to be addressed during a comprehensive full body massage. Due to interconnected fascial networks and neuromuscular reflex patterns, massage in one area influences the entire body just as dysfunction or compensation in a body area has an influence on the whole body. Observation for whole body influence needs to be maintained. There will be many instances when this protocol is too intensive and the modified palliative protocol is more appropriate.


The following protocol is a comprehensive sequential approach that is suggested as a basis of massage. It does not need to be performed in this exact manner and once learned will almost always need to be altered for each individual client.


This protocol should not be used 48 hours prior to any medical procedure requiring any form of anesthesia including locals. Do not use this protocol post surgery or if the client is fragile, fatigued, etc. Use the modified palliative care protocol as a base instead and modify as needed.




Face and head


Thorough massage of the face and head is very important and very comforting. It is not uncommon to spend 10 minutes on the head and face.


Many connective tissue structures are anchored and originate in the area. Since there is a fascial connection from the feet to the top of the head, connective tissue bind patterns can either originate in the head area or be the location of the symptom of the various tension patterns from other parts of the body.


The muscles of the head and face are highly innervated and some of them, such as the masseter, are very strong. Many pressure sensitive structures (nerves, blood, and lymph vessels) are in close proximity to the head and face muscles and connective tissue structures. This sensitivity to pressure, combined with high sensation awareness, often results in pain in the head and face area.


The facial features should look symmetrical with little creasing of the skin from underlying increases in bind, tension, or tone in the myofascial structures.


The scalp should move easily on the skull in all directions. There are connective tissue bands that circle the head. The larger muscles (temporalis, occipital frontalis, and masseter) should be resilient to palpation with no observable or palpable trigger point activity. If there is evidence of sinus congestion, careful work on the small muscles of the face may allow better drainage.


The hair should not pull out during general massage of the scalp. If it does, this could indicate systemic illness fatigue or nutritional deficiencies and should be referred for evaluation by the appropriate professional.


The skin should be resilient, soft, supple, and mostly free from blemishes. Changes in skin texture are indications of increased systemic strain. Increased blemishes may indicate an increased cortisol and androgen level which is also associated with the stress response. If the skin is oily, be cautious about the type of lubricant that is used or work without it.


It is appropriate to massage the head and face muscles in all directions. It is interesting that when the muscles of the face that create a smile are activated, the neurochemical response can shift. Therefore, when massaging the face it may be beneficial to stroke in the direction that helps to create the shape of a smile.



Procedures for the face


The direction of the lymphatic stroking should be toward the neck and have sufficient drag to gently pull the skin. Address this area with the client in the supine or sidelying position (Fig. 8.1).



Lightly and systematically, stroke the face to assess for temperature changes, tissue texture, and areas of dampness. If there are identified areas, note them for further investigation.


Use light compression to assess for bogginess or swelling. If an increase in interstitial fluid is suspected, use lymphatic drain techniques to assist in fluid flow. If in doubt, assume that there is fluid stagnation and perform the methods. (Remember when moving fluid, you cannot push a river. Moving fluid is deliberate work.)


As mentioned previously, the direction of the lymphatic stroking should be toward the neck and have sufficient drag to gently pull the skin.


When the area is drained, remassage in the direction of the smile.


Continuing with the face, carefully move the skin to identify any areas of bind in the superficial connective tissue. Be aware of any bind areas that correspond to the areas identified by the light stroking. Pay particular attention to any areas containing scars, as connective tissue bind is common in areas of scar tissue. Be aware that the soft tissues of the neck weave directly and indirectly into the soft tissues of the head and face. When palpating the soft tissue of the face, observe for tissue movement or bind in adjacent areas.


Areas of bind can be addressed by slowly moving the tissue into ease, which is the way it most wants to go. Multiple load directions can be used. For example, if the skin and superficial fascia want to move up and to the right between the eyebrows, then that would be the direction of the forces introduced. Hold the tissue at ease for up to 30 seconds and reassess. Subtle changes in the lines of force serve to load and unload the tissue, resulting in hysteresis. Usually the area will improve in pliability.


Next, address the muscle structures. The facial muscles are only one or two layers deep; therefore, light to moderate compressive force is adequate.


If muscle tone has increased from sustained isometric contraction, use direct pressure to inhibit the spindle cells and the Golgi tendons. This pressure is applied in a broad based compression with sufficient intensity to elicit tenderness or reproduce the symptoms, but not so intense that a muscle tenses or breathing changes occur (Fig. 8.2).


Muscle energy methods can be used in combination with the compression by having the client contract the muscle against the pressure applied by the hand. It may take a few experimental contractions before the right muscle pattern is discovered. When the correct muscle contracts, the area will tense or seem as if it is pushing against the massage therapist’s pressure. Pulsed muscle energy, where a repeated contract–relax, contract–relax pattern is used, is especially effective for the facial muscles.


Positional release is possible by using eye positions until the pain is reduced in the compressed area.


Apply pressure to the painful area until the client can feel the tenderness or the reproduced symptoms. Maintain the pressure while the client slowly moves the eyes in different positions until pain, tenderness, or symptom sensation is reduced. When the tone begins to reduce, a bending or tension force can then be applied to the muscle fibers.


To finish the face, return to the initial light stroking to reassess for temperature changes etc. There should be a normalization of areas that were hot, cold, damp, rough, or binding.




Working with the face is relaxing. Therefore, if the face is done first, it can set the stage for a calming whole-body massage; if the face is done at the end of the session, it will gently finish the massage.



Procedures for the head


It is important that the scalp moves freely in all directions on the skull to reduce pressure on muscle, nerves, and vessels. Address this area with the client in the prone, supine, and sidelying positions (Fig. 8.3).




The muscle structure of the head is very strong. The temporalis is part of the chewing mechanism and is often increased in tone due to gum chewing and gritting and clenching of the teeth. The suboccipital muscles weave into the posterior neck extensors via connective tissue attachments. The occipital muscles often become locked in isometric contraction patterns and then eventually become fibrotic.


The frontalis and occipitalis are actually one muscle, connected by connective tissue called the galea aponeurotica, which attaches at the base of the skull and neck tissues, and runs to the forehead. The two portions of this muscle have to be balanced, or an uneven pull force and/or pain can occur. If the occipitalis shortens, then pain can be felt in the forehead, and sometimes there is the sensation that the eyebrows are being pulled back. Squinting, scowling, and grimacing can increase tension in the frontalis and exert pull in the back of the head.




Neck


The joints in this area are the atlas and the axis and remaining cervical vertebrae. Local muscles are involved in the stability of this area and consist primarily of the suboccipital group. These muscles also act as proprioceptive feedback stations on the position of the head in relationship to the rest of the body, and are involved with the ocular, tonic neck, and pelvis reflexes for maintaining posture and balance. In some instances, the suprahyoid may also work to balance the head, exerting a small counterforce to the suboccipitals. The global muscles that can influence the occipital base are the sternocleidomastoid, platysma, semispinalis, splenius capitis, and trapezius. Besides the muscles that attach to the cervical area, we will also discuss the muscles that do not attach to the head, such as the scalenes, levator scapulae, longissimus cervicis, semispinalis cervicis, iliocostalis cervicis, spinalis, longus colli, and infrahyoids, as well as the multifidi, rotatores, interspinales, and intertransversarii at each individual vertebra.


There are many vessels and nerves in this area, including the brachial plexus. Impingement is common, with referral patterns in the neck, down to the chest, and to the arms. This is the area where thoracic outlet syndrome occurs. Preventative care is needed for this condition.


If a client had impact trauma in the head, then the neck will have absorbed the force and restrained the motion.


The neck is involved in many reflex patterns, including the tonic neck reflex. The muscles that insert on the ribs often become short with upper chest breathing patterns. The outcome of this may be chronic overbreathing and breathing pattern syndrome symptoms.


It is difficult to list individual muscles that can influence any particular area because the body is such an interconnected structure; however, these are the main muscles that affect the local joint stability and proprioceptive information and global movement of this area. The local muscles are deep, and the global muscles, being more superficial, comprise the first and second layer of tissue.


The cervical and brachial plexus and vessels supplying the head and upper limb are located in this area. Impingement is common. It is essential that this area functions normally to ensure proper positional reflexes necessary for agility and precise movement. Sympathetic dominance will increase muscle tone in the area. The area most often shows decreased connective tissue pliability.


Address this area with the client prone and in a sidelying position (Fig. 8.4).



Systematically, lightly stroke the area to assess for temperature changes, skin texture, and damp areas. Observe for skin reddening (histamine response) and gooseflesh (pilomotor). These signs indicate possible changes in skin pliability and accumulation of interstitial fluid, as indicated by boggy or edematous tissue and/or increased skin pressure (like a water balloon).


If increased fluid pressure is evident, drain the area using a combination of light pressure to drag the skin and deeper, rhythmic, broad based compression and kneading to stimulate the deeper vessels.


Begin with lighter pressure directed toward the collar bone, covering the entire area. Then introduce pumping broad based compression combined with active and passive movement by having the client slowly rotate the head in circles first one way and then the other.


Next, address the superficial fascia by assessing for tissue bind, always observing for involvement in adjacent areas such as the upper back, chest, head, and face.


Address areas of bind, slowly moving the tissue into ease, dragging it the way it most wants to go. Multiple load directions can be used.


Bending force can also be introduced.


By lifting the tissue much in the way that a mother cat would carry or lift a kitten by the neck, maintain the drag on the tissue until the thixotropic nature of the ground substance is affected and becomes more pliable. Subtle changes in the lines of force serve to load and unload the tissue resulting in hysteresis.


Work slowly and deliberately, interspersing lymphatic drain type stroking every minute or so. The posterior tissue is very thick, and work in this area can be relatively aggressive, whereas the anterior tissue between the chin and hyoid is more delicate, and gentler methods need to be used in this area.



The musculature in the posterior region needs to be addressed in layers, systematically moving from superficial to deep. Depending on the size of the neck, the depth to the suboccipitals can be more than 2 in (Fig. 8.5).



The upper trapezius area can be grasped, lifted, kneaded, and shaken, all of which will influence the fluid, connective tissue, and neuromuscular elements. Work the upper trapezius tissue all the way to the proximal attachments at the head.


Use a wave-like motion over the area to assess for the sliding. If the tissues are adhered, reintroduce connective tissue methods by grasping the surface layer, lifting it off the underlying tissue and systematically shearing the tissue until it is freed from the underlying area. If the area is very adhered, it may take many sessions before the layers separate sufficiently to allow proper muscle action. Work for up to 3 min on an area or until it gets warm.


Maintaining a broad based contact, increase the compressive force and contact the next layer of tissue. Again, glide and drag the tissue from proximal attachment to distal attachment and then reverse. Repeat three or four times.


Because this area is extremely active in proprioceptive functions, muscle energy methods are effective, especially using motion and position of the eyes. Depending on the situation, use varying degrees of intensity. The gentlest method is positional release using the eye position to locate the position of release as follows: Locate the tender point and then, while maintaining pressure on the area, have the client slowly move his/her eyes in circles until the tenderness dissipates.


Hold for up to 30 seconds.


Next, if the area is not acutely painful, while maintaining the same pressure contact with the tender area, have the client look hard, moving only the eyes toward the pain. This will initiate a tensing of the muscles. Have the client hold this position for a few seconds and then look in the opposite direction; this will activate opposing antagonist patterns and initiate reciprocal inhibition.


Have the client hold this position for a few seconds and then slowly turn the head in the direction of the eyes, as far as possible from the pain. When the end of range is reached, apply a small overpressure to lengthen the muscles. After a few seconds, apply a bit more tension to the bind and stretch the connective tissue.


The most aggressive muscle energy pattern used in this area involves appropriate facilitation and inhibition of muscle contraction.


The client’s head should be in a natural position. The client can be in the supine, prone, sidelying, or seated position.


Place hands on either side of the client’s head just above the ears and stabilize the head. Instruct the client to push against one of your hands and look hard in that direction. Apply sufficient resistance so that the contraction remains isometric.


Next, have the client continue to push but to turn only the eyes in the opposite direction to inhibit the contracting muscles. Apply a slightly increased pressure to determine if the area is inhibited. The client should not be able to hold against the increased pressure unless using other muscles or holding the breath.


If the area does not inhibit, apply sufficient overpressure to move the head 1 in. Slowly let go and repeat until the area inhibits easily.


If a change is not noted in two or three attempts, it is likely that the problem is more global and connected to some other reflex or proprioceptive pattern. Leave it alone.


Repeat on the other side. This series of moves can substantially reduce the sensation of tightness in the neck, especially the need to ‘crack’ the neck.


Gentle rocking rhythmic ranges of motion of the area (oscillation) may be used to continue to relax the area. The more global muscles can be remassaged gently or lymphatic drain massage can complete the procedure.




Anterior torso


The anterior torso is best addressed before the posterior torso because it is the location of the structures causing most of the aching and dysfunction in the posterior torso.


This area consists of the ribcage, which protects the vital organs, and the abdominal contents. The muscles in the anterior torso area are primarily responsible for breathing. The pectoralis major and pectoralis minor provide the arm and scapula with both movement and stability. The abdominal muscles are layered and quite intricate in design, as well as being extensively encased and supported by fascia structures. This is an important area of core stability, and an understanding of how the abdominal group functions in posture is necessary.


Attachments of the muscles from the neck (platysma, sternocleidomastoid, scalenes) and the connective tissue connections that unify the body are situated in the upper chest. The muscles of the anterior torso are in functional units with the head and neck flexors. The muscles of this area are involved in flexion and adduction movements in the frontal and sagittal planes. The fiber orientation of the muscles and fascia is multidirectional with a strong diagonal and perpendicular focus.


Three major cross sections of tissue in the transverse plane define this area. First, the muscles of the neck overlap with the muscles of the upper thorax and the back of the neck and torso, to form the thoracic diaphragm. Second, the diaphragm muscle itself separates the upper and lower torso, and third, the pelvic floor is closed by the crisscross design of the pelvic floor muscles. These transverse layers of tissue are involved in stability and respiration.



Procedures for the anterior torso


Massage begins with superficial work, progresses to deeper tissue layers, and then finishes off with superficial work. Initial applications are palpation assessment to identify temperature and superficial tissue changes. This area can be massaged while the client is sidelying or supine. A combination of both is most desirable (Figs 8.68.7).



Systematically lightly stroke the area to assess for temperature changes, skin texture, and damp areas. Observe for skin reddening (histamine response) and gooseflesh (pilomotor). These signs indicate possible changes in connective tissue, muscle tone, or circulation patterns.


Increase the pressure slightly and assess for superficial fascial bind, changes in skin pliability, and accumulation of interstitial fluid, as indicated by boggy or edematous tissue and/or increased skin pressure (like a water balloon.)


If increased fluid pressure is evident, drain the area using a combination of light pressure to drag the skin and deeper, rhythmic, broad based compression and kneading to stimulate the deeper vessels.


Begin with lighter pressure in the direction of the axilla while working above the waist, or toward the groin while working below the waist, covering the entire area. Then introduce pumping broad based compression, which can be combined with active and passive movement of the area.


Next, address the superficial fascia by assessing for tissue bind, observing for adjacent areas involved, such as the tissue leading into the shoulder and pelvic girdles.


Move the skin to identify any areas of bind in the superficial connective tissue. Notice whether any bind areas correspond to the areas of skin reddening or gooseflesh identified by the light stroking. Pay particular attention to any scars, because connective tissue bind is common at these sites.


Treat areas of superficial fascial bind with myofascial release methods. Address these areas by slowly moving the tissue into ease, dragging it the way it most wants to go.


Multiple load directions can be used. For example, if the skin and superficial fascia want to move up and to the right at the sternum, then that would be the direction of the forces introduced. Hold the tissue in ease position until release is felt, or for up to 30 seconds.




Next work into the bind:



Use a slow, sustained drag on the binding tissues, with the lines of tension being introduced at each end of the binding tissue.


Place your forearm or flat hand (finger pads if the hand is too large) at one end of the bind and the other forearm and hand at the other end of the bind.


Contact the tissue gently but firmly, pressing only as deep as the superficial fascial layer, and separate the forearms or hands, creating a tension force into the binding tissue.


The musculature in the anterior thorax is addressed in layers, systematically, moving from superficial to deep. It is important to make sure that muscle layers are not adhered to each other. The most common occurrence is pectoralis major stuck to pectoralis minor. One muscle layer should be sheared off the next deeper layer. It is helpful to place the client so that the surface layer is in a slack position by positioning the attachments of the muscle close together and bolstering the clients so that he/she can remain relaxed.


Because the fascia in the chest covers the pectoralis major, which extends into the arm, the arm can be used to increase or release the tension force on the tissue.


Use gliding with a compressive element, beginning at the shoulder, and work from the distal attachment of the pectoralis major at the arm toward the sternum, following the fiber direction. This can be done in a supine or sidelying position with the client rolled. Repeat three or four times, each time increasing the drag and moving slower.


Any areas that redden may be housing trigger point activity. Because latent trigger points can cause muscles to fire out of sequence, it is important to restore as much normalcy to the tissue as possible.


To increase circulation to the area and shift neuroresponses of latent trigger points, move the skin over the point into multiple directions of ease, and hold the ease position for up to 30 seconds.


If this does not relieve the tenderness, positional release is the next option, followed by muscle energy methods, if necessary. Local lengthening of the tissue containing the trigger points is effective, and authorities have found that it is needed to complete the release of trigger points. Local lengthening is accomplished by using tension, bending, or torsion force on the tissue with the trigger point and taut band.


Avoid direct pressure or transverse friction because these methods have the potential for creating tissue damage. If the trigger point does not release with the methods described, then it is part of a compensation pattern that must be dealt with, and the trigger point is likely serving a useful function. Leave it alone.


Once the surface tissue is addressed, then the second layer of muscle is massaged. It is important to make sure that the surface tissue and the fascial separation between muscle layers is not adhered together in any way. Assess by lifting the surface tissue and moving it back and forth in a wave-like movement.


The main muscles being addressed are the pectoralis minor, anterior serratus, and external and internal abdominal obliques.



If bones are brittle in this area, be cautious. If direct movement of the ribcage is not possible, moving the hips or shoulders also changes the position of the ribs. It is very important to address these tender points since they can interfere with effective movement of the ribs during breathing.


When addressing deeper tissue layers always remember to protect the more superficial muscles by applying pressure gradually and with as broad a base of contact as the area will allow. Muscle energy methods are introduced by having the client inhale and exhale.


The abdominal organs can be rolled to encourage peristalsis. Specific massage to the large intestine can support normal bowel elimination. To complete the area, rhythmic compression of the entire anterior torso area can be used. This stimulates lymphatic flow and supports breathing function (Fig. 8.8).




Posterior torso


The posterior torso consists of the thoracic vertebrae, ribs, lumbar vertebrae, sacrum, and coccyx, and the structures that attach to these bones. The most superficial layer of muscle serves to connect, stabilize in force couples, and move the limbs. These soft tissue structures are relatively global. The second, third, and fourth layers of muscle attach intrinsically on the vertebral column and ribs. These muscles and soft tissue structures become progressively more local the deeper they are oriented.


The middle layer of muscles has multiple attachments on the vertebrae and ribs orienting in a direction parallel to the spine. These muscles, collectively called the sacrospinal or erector spinae, function to extend and stabilize the back. Because the degree of movement for these muscles is limited, the stabilization of posture becomes their primary function. Stabilization involves smaller concentric and eccentric muscle function with sustaining isometric contraction, therefore these muscles will often feel tense to the client.


Major connective tissue structures begin at the head and cover the entire posterior trunk. These structures spread into the shoulder and pelvis as part of the supporting structures of limbs.


The deeper layer of muscles – multifidi, rotatores, intertransversarii, and interspinales – are primarily stabilizers with important proprioceptive function for the position of the spine. The deep muscles, which attach from one vertebra to the next, shorten and become hypersensitive to movement. They are difficult to stretch and tense, and often the client feels as if he/she wants to ‘crack’ the back.


Many nerves exit the spine and the potential for entrapment exists. The most common locations where this may occur in the lumbar area are at the lumbar and sacral plexuses.


The quadratus lumborum is a deep muscle that often has trigger point activity, with referred pain to the low back causing difficulty during the firing pattern of leg abduction.


The functions of the soft tissue in the posterior torso include extension, rotation, and lateral flexion, but the main function is maintaining an upright posture.


The posterior torso is often the location of many complaints. The reason for the tension, binding, trigger points, and so forth is usually compensatory and adaptive to some sort of postural strain. Direct massage work in the area without also addressing the causal factors is purely palliative, and its effects only last a short period of time. Anterior flexion, internal rotation, and adduction patterns are usually more likely to be involved in the actual cause of backaches because they are pulling forward in the sagittal and transverse planes toward the midline.


When these movement patterns are shortened, posterior thorax structures become inhibited, long, and tight. There are exceptions, usually in the lumbar area where muscles and connective tissue can shorten.


Be cautious in addressing trigger points and connective tissue bind in inhibited and long muscles of the posterior torso because these conditions may be part of a resourceful compensation pattern. Instead, focus treatment on the anterior thorax and then reassess posterior structures. Use general massage methods in the inhibited and long areas to reduce symptoms.


Jun 19, 2016 | Posted by in PAIN MEDICINE | Comments Off on Full body massage

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