By J. Javier. Thunderbird School of Global Management. 2018.

My first ex- perience with meditation was in yoga and then buy stromectol 3 mg free shipping, about 8 years ago buy stromectol 3mg visa, I learned Tai Chi and different types of meditation generic 3 mg stromectol visa. Many teachers talked about energy flow order stromectol 3 mg fast delivery, especially as regards to Tai Chi stromectol 3mg amex, but I never experienced it. I’d had my tongue to my palate through all of - 131 - Personal Experiences with the Microcosmic them, too. But this meditation here has created a sense of rooting that goes way beyond anything I’ve ever had before. What I’d heard years ago about such things was purely conceptual but what I get out of this meditation is an organic relationship between myself and the earth. I really feel as though I were like a tree rooted in the earth or a wave in the ocean. The Six Healing Sounds have been very invigorating, too. Whether I do the orbit or the sounds I come away feeling the same. You can feel the energy move through the various pathways. You don’t imagine these other path- ways besides the Microcosmic Orbit. And those sensations are also clear cut and definite. Afterwards I feel very good; I feel more alive, I feel very peaceful. Then, during the day, I find that I have more energy and I feel very springy inside. I’d done Tai Chi Chuan for some years and I was concerned about hurting my knees in certain postures. After I’d practiced the Microcosmic Orbit for a few weeks I found that I was no longer troubled. What I assumed were knee stressing postures no longer troubled me. Student: I’ve had quite a lot of experiences doing the microcos- mic orbit. The first four or five weeks I didn’t feel much at all and I began to feel concerned. By about the sixth or seventh week I had sensations that were almost like an orgasm and then I developed a feeling of euphoria. In fact, I’d inhale when I practiced that was the only spot I’d feel. The most amazing experience I had was very recent when I was meditating at work. My teeth then rapidly beat together and my head shook and then my body shook and my hands seemed to levitate upward. Then I realized that I could control the vibrations, at which point my body shook very fast, and then I slowed it down. At the end of such a session, I don’t feel tired at all and that’s what is most amazing to me. After I finish I bring the energy to the Tan Tien and rotate there and I get very calm, relaxed and happy, and strong, too. Along the way I’ve had other sensa- tions, too, such as a different taste in my mouth. That taste you had, we call nectar, and that feeling of orgasm we call self-intercourse. When you passed energy to me I felt a wonderful feeling in my chest and insides that was incredibly expansive, and hot and cold at the same time. Gunther Weil: Each of you has to find the balance between staying at one point long enough to experience the energy gather- ing there and then wanting to go on by itself, versus going from point to point with your own mind because you’re distracted. The mind’s always jumping around and wanting to do things and so if it’s given a task to go point to point, sometimes the mind just wants to do it.

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It is this adaptive remodeling process buy stromectol 3mg lowest price, driven partially in response to functional requirements order 3mg stromectol, that distinguishes living structural materials from other structural solids discount stromectol 3mg. As a complex biological phenomenon cheap 3 mg stromectol visa, adaptive bone remodeling has played a dominant role in the study of bone physiology and biomechanics for over a century buy stromectol 3 mg amex, and has been active biologically for as long as there have been vertebrates. The relationship between the mass and form of a bone to the forces applied to it was appreciated by Galileo,1 who is credited with being the first to understand the balance of forces in beam bending and applying this understanding to the mechanical analysis of bone. Julius Wolff2 published his seminal 1892 monograph on bone remodeling; the observation that bone is reshaped in response to the forces acting on it is presently referred to as Wolff’s law. Many relevant observations regarding the phenomenology of bone remodeling have been compiled and analyzed by Frost. An all-inclusive understanding of bone © 2001 by CRC Press LLC remodeling has the following potential in clinical practice: the reduction, treatment, or possible prevention of osteoporotic bone loss; acceleration of fracture healing; and the optimization of implant design. In search of this goal, mechanistic and phenomenological theories of bone remodeling have been proposed. Following a brief review of bone morphology, special emphasis is placed on adaptive remodeling: theoretical and experimental investigations, proposed theoretical models of bone adaptation, and the possible causal mechanisms responsible for the adaptive bone remodeling processes. Bone has been recognized as a highly complex system, a multifunctional tissue subjected to a large number of interrelated biochemical, biophysical, and biological processes. The sizes, shapes, and structures of human skeletal bones are quite well known. Each bone possesses a characteristic pattern of ossification and growth, a characteristic shape, and features that indicate its functional relationship to other bones, muscles, and to the body structure as a whole. The shape and surface features of each bone are related to its functional role in the skeleton. Long bones, for example, function as levers during body movement. Bones that support the body are massive, with large articulating surfaces and processes for muscular attachment. Because the primary responsibility of the skeleton is structural, bone has acquired the unfortunate reputation of being a simple material. Bone represents a complex, highly organized, connective tissue, characterized physically by its hardness, rigidity, and strength, and microscopically by relatively few cells and considerable intercellular substance, formed of mineralized fibers and cement. It has a rich vascular supply and is the site of considerable metabolic activity. At the lowest level, bone may be categorized as a composite material composed of a fibrous protein, collagen, stiffened by an extremely dense filling of inorganic calcium phosphate (hydroxyapatite). Bone has addi- tional constituents, namely, water and some ill-understood amorphous polysaccharides and proteins which accompany living cells and blood vessels. Bone Cells Four types of bone cells are commonly recognized: osteoblasts, osteocytes, osteoclasts, and bone lining cells. Bone formation is carried out by active osteoblasts, which synthesize and secrete the proteins and other organic components of the bone matrix. The inorganic or mineral phase constitutes approximately 50% of bone by volume and is composed of calcium crystals primarily in the form of hydroxyapatite. The osteoid rapidly calcifies (approximately 70% calcification after a few days), reaching maximal calcification within several months. Although encased in the mineralized bone matrix, osteocytes maintain contact with other osteocytes, osteoblasts, and bone lining cells via an extensive network of small, fluid-containing canals, or canaliculi. The bone lining cells are resting cells located on inactive bone surfaces which represent more than 80% of the trabecular and endocortical surfaces of © 2001 by CRC Press LLC adult bone. Upon stimulation, however, the bone lining cells may be activated to form a layer of osteoblasts. Osteoclasts, on the other hand, are multinucleated giant cells with the capability of removing bone tissue in a process referred to as osteoclasis or bone resorption. Bone Tissue At the macroscopic level, adult bone tissue is broadly divided into two distinguishable forms: cortical bone, also referred to as compact bone, and trabecular bone, also referred to as spongy or cancellous bone (Fig. Trabecular and cortical bone differ in histological structure, gross appearance, location, and function. Dense cortical bone comprises the diaphysis of appendicular long bones while a thin shell encompasses the metaphysis. Cancellous, or trabecular, bone exists as a three-dimensional, intercon- nected network of rods and plates which delimit a labyrinthine system of intercommunicating spaces that are occupied by bone marrow. This porous, highly vascular tissue reduces the weight of the bone, while providing space for bone marrow where blood cells are produced.

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