When Jack Horner was in high school, he put together a science project that identified and compared dinosaur fossils from Montana and Alberta. Now a world-renowned dinosaur paleontologist, Dr. Horner realizes that many of his identifications in that proje

Somatic Movement Education allows efficient movement patterns to replace inefficient ones, resulting in ease of movement, more functional postural alignment, and the creation of space for the healing response of cellular and tissue reorganization. This book provides clear experiential guidance for embodiment of the skeletal system, through movement facilitation, hands-on facilitation, and movement meditations, supported by essential anatomical information and illustrations. Intended as a guide for movement practitioners, educators, and therapists in many disciplines and by anyone interested in mindful movement, the book addresses the healthy embodiment of each bone and joint in the body as well as techniques for bringing awareness to the skeletal system as a whole. The book is accompanied by a series of recorded movement meditations guided by the author.

**Selected for Doody's Core Titles® 2024 in Neuroscience** MRI/DTI Atlas of the Human Brainstem in Transverse and Sagittal Planes presents a detailed view of the human brainstem in DTI/MRI. It is the first ever MRI or histological atlas to present detailed diagrams of sagittal views of the brainstem. Presenting data of unprecedented quality, images are juxtaposed with detailed diagrams in the transverse and sagittal planes. The atlas features a 50 micron resolution for the GRE and 200 microns for the FAC and DWI, 8000 times higher than that seen in a clinical MRI and 1000 times higher than that seen in a clinical DTI scan, all based on one brain. This atlas is important for neuroscientists, neurosurgeons, pathologists, anatomists, neurophysiologists, radiologists, radiotherapists (e.g., for cyberknife guidance), and graduate students in neuroscience. - Presents the first ever detailed MRI-DTI atlas on the human brainstem - Discusses primary data to help researchers identify brainstem structures in their own preparations from neuroanatomical, physiological, neuropharmacological and gene expression studies - Accompanies the gold standard reference on the neuroanatomy of the human nervous system for neuroscientists and experimental psychologists - Includes the Expert Consult eBook version that is compatible with PC, Mac and most mobile devices and eReaders, thus allowing readers to browse, search and interact with content

Netter's Integrated Musculoskeletal System is an innovative new text that brings together basic science material from several domains, providing a solid foundation prior to delving into topics of increasing complexity and clinical importance —all highlighted by superb Netter illustrations throughout. Initial chapters give a general overview of the human body, while the remaining chapters examine all facets of the musculoskeletal system, the injuries that affect it at the macroscopic and microscopic levels, and the process of development. As the scientific content becomes more complex, the clinical correlations become more specific. This progressively constructed narrative guides readers efficiently and effectively through the intricacies of the musculoskeletal system in a way that is easy to understand and remember—all in a single, time-saving resource for busy students. Takes an integrated approach including gross anatomy, physiology, biochemistry, neuroscience, histology, and other relevant sciences to better help readers understand the musculoskeletal system. Presents essential content in an easy-to-understand manner, puts it in context, and then elaborates on it with more detail—making connections between content areas and reducing the need for multiple study resources. Features clinical correlations boxes throughout; includes an appendix of commonly-used eponyms to help readers communicate across disciplines and an appendix of Latin/Greek/Arabic roots for anatomical terms. Designed to be used effectively in longitudinally-designed, integrated curricula—for a wide range of health-science students—with carefully organized, concise reading assignments and discrete areas of study for each lesson.