Engaging the Movement of Life: Exploring Health and Embodiment Through Osteopathy and ContinuumNorth Atlantic Books, 2007年6月19日 - 272 頁 Engaging the Movement of Life is an invitation to discover new ways to experience health and embodiment. Osteopathic physician and Continuum Movement teacher Bonnie Gintis offers an approach that encompasses fluid movement, open attention, and awareness of sensation and breath as empowering practices to enrich all aspects of life. She presents a philosophy in which the body is a portal to “something greater”—an opportunity to join a grand experiment in deepening consciousness and connectedness. Moving fluidly increases our vitality, just as water in the natural world is vitalized by flowing freely. Chronicling a path that encompasses views of body, mind, and spirit as a self-healing intercommunicating whole, Engaging the Movement of Life is equally useful for medical professionals, bodyworkers, exercise enthusiasts, and spiritual seekers. |
內容
Beginning with Saline Fluid Resonance | 11 |
Rhythm Speed and Amplitude Variation | 19 |
OpenEnded Inquiry | 26 |
Fluid Movement and Health | 34 |
Each of us Is Our Own Healer | 41 |
The Nature of Water in the Living | 75 |
The Embryonic Field and Healing | 116 |
Health as the Reference Point | 131 |
The Mutability of Mesoderm | 150 |
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常見字詞
ability activity adult allows anatomy approach aspect become Blechschmidt blood cells body's bone brain breath cerebrospinal fluid Coleman Barks collagen connective tissue consciousness Continuum Continuum practice cranial create density dysfunction ectoderm effects embodiment embryology embryonic field embryonic mesoderm Emilie Conrad engage environment Eros exercise experience exploration expression fascia feel fibers FIGURE fluctuation fluidity forces function healing human body influence injury iStockphoto James Jealous layer living mechanism membrane ment mesoderm metabolic midline motion move movement muscle mutability mysterious nature neuroplasticity nonmaterial nutrients offer organs ourselves pain pay attention perceptual person physical physiology piezoelectric effect potency potential primitive streak realm reference point relationship resonance response rhythms Rollin Becker Rudolf Steiner sensation sense sensory shape space specific spinal cord spiraling stem cells structure substances Sutherland tion unfolding Viktor Schauberger water content white blood cells wide variety Wolff's Law workout