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Book is in Used-VeryGood condition. Pages and cover are clean and intact. Used items may not include supplementary materials such as CDs or access codes. May show signs of minor shelf wear and contain very limited notes and highlighting. 2.23

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Synchrony is the ability of a healthcare process to control the pace of the physician process and the pace of the patient process such that the physician and patient are ready for each other at the same time, without waste or delay. When a process achieves synchrony, the patient does not wait for the doctor, nor does the doctor wait for the patient. Dr. Dennis Han is an ophthalmologist specializing in diseases of the retina at the Medical College of Wisconsin and Froedtert Memorial Hospital; Aneesh Suneja is an engineer and lean consultant who worked with Dr. Han to transform his practice. With the help of Suneja, Han s patients experienced an 85% reduction in non-value added wait times, and a corresponding 97% top box rating on patient satisfaction surveys ( strongly agree to recommend this doctor s office to others ). Financially, his practice saw a 25% year-over-year increase in relative value units (RVU) production and a 41% increase in payments due to increased physician availability. If you are a physician, clinic manager, administrator, technician, or provider of health services in a clinic setting, you can use the guidelines described in this book to effect a transformation as well.

Synchrony is the ability of a healthcare process to control the pace of the physician process and the pace of the patient process such that the physician and patient are ready for each other at the same time, without waste or delay. When a process achieves synchrony, the patient does not wait for the doctor, nor does the doctor wait for the patient. Dr. Dennis Han is an ophthalmologist specializing in diseases of the retina at the Medical College of Wisconsin and Froedtert Memorial Hospital; Aneesh Suneja is an engineer and lean consultant who worked with Dr. Han to transform his practice. With the help of Suneja, Han s patients experienced an 85% reduction in non-value added wait times, and a corresponding 97% top box rating on patient satisfaction surveys ( strongly agree to recommend this doctor s office to others ). Financially, his practice saw a 25% year-over-year increase in relative value units (RVU) production and a 41% increase in payments due to increased physician availability. If you are a physician, clinic manager, administrator, technician, or provider of health services in a clinic setting, you can use the guidelines described in this book to effect a transformation as well.

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Systems as diverse as clocks, singing crickets, cardiac pacemakers, firing neurons and applauding audiences exhibit a tendency to operate in synchrony. These phenomena are universal and can be understood within a common framework based on modern nonlinear dynamics. The first half of this book describes synchronization without formulae, and is based on qualitative intuitive ideas. The main effects are illustrated with experimental examples and figures, and the historical development is also outlined. The second half of the book presents the main effects of synchronization in a rigorous and systematic manner, describing both classical results on synchronization of periodic oscillators, and recent developments in chaotic systems, large ensembles, and oscillatory media.

preface and Acknowledgments, ten chapters, with figures, b&w photos, tables throughout. Chapter titles-One. Common Terns, Other Terns, and Coloniality; Two: Study Sites, Methods, Samples, and Definitions; Three: Breeding Biology, Phenology, Acitivity patterns, and Synchrony; Four: Habitat Selection and Territoriality; Five-Aggressive Behavior; Six-Predation, Vigilance, and Antipredator Behavior; Seven-Piracy ibn Common Tern Colonies; Eight-Floods, Heavy Rains, and Huban Distrubance; Nine - Reproductive Success and Colony Dynamics; Tend - Conclusions and Summary; Appendix A. Scientific Names of Organisms Referred to in text; Appendix B. Terns of the World; Appendix C. Characteristics and Composition of Colonies; Appendix D. Clutch Size Distribution for Common Terns; Bibliography, Taxonomic Index, Subject Index.

This Sixth Edition of the Protocol Guide reflects our current approach, including infra-low frequency, Alpha-Theta and Synchrony neurofeedback. The infra-low training frequencies discussed in this 2017 edition of the Protocol Guide apply only when using the 1 or 2 channel infra-low frequency HD application in Cygnet. We have continually refined our neurofeedback training and assessment methods based on optimization of clinical effects. This has led us to a better understanding of electrode placement options and to increased training frequency range and specificity. Beginning in 1989 with standard beta and SMR frequency ranges, we gradually extended to lower training frequencies over a number of years, as we sought more calming effects with highly aroused nervous systems. In 2006 this took us into the infra-low frequency range of the EEG, below 0.1 Hz. Since 2006 we have continued to extend the range down to lower training frequencies. And we have continued to optimize the hardware and software to function in this infra-low frequency range. With our new lower frequency range, we are now achieving consistently stronger training effects, especially for severe and chronic conditions.

This Cambridge History is the most comprehensive survey of the history of the Romance languages ever published in English. It engages with new and original topics that reflect wider-ranging comparative concerns, such as the relation between diachrony and synchrony, morphosyntactic typology, pragmatic change, the structure of written Romance, and lexical stability. Volume I is organized around the two key recurrent themes of persistence (structural inheritance and continuity from Latin) and innovation (structural change and loss in Romance). An important and novel aspect of the volume is that it accords persistence in Romance a focus in its own right rather than treating it simply as the background to the study of change. In addition, it explores the patterns of innovation (including loss) at all linguistic levels. The result is a rich structural history which marries together data and theory to produce new perspectives on the structural evolution of the Romance languages.

This Cambridge History is the most comprehensive survey of the history of the Romance languages ever published in English. It engages with new and original topics that reflect wider-ranging comparative concerns, such as the relation between diachrony and synchrony, morphosyntactic typology, pragmatic change, the structure of written Romance, and lexical stability. Volume I is organized around the two key recurrent themes of persistence (structural inheritance and continuity from Latin) and innovation (structural change and loss in Romance). An important and novel aspect of the volume is that it accords persistence in Romance a focus in its own right rather than treating it simply as the background to the study of change. In addition, it explores the patterns of innovation (including loss) at all linguistic levels. The result is a rich structural history which marries together data and theory to produce new perspectives on the structural evolution of the Romance languages.

Systems as diverse as clocks, singing crickets, cardiac pacemakers, firing neurons and applauding audiences exhibit a tendency to operate in synchrony. These phenomena are universal and can be understood within a common framework based on modern nonlinear dynamics. The first half of this book describes synchronization without formulae, and is based on qualitative intuitive ideas. The main effects are illustrated with experimental examples and figures, and the historical development is also outlined. The second half of the book presents the main effects of synchronization in a rigorous and systematic manner, describing both classical results on synchronization of periodic oscillators, and recent developments in chaotic systems, large ensembles, and oscillatory media.

This Seventh Edition of the Protocol Guide reflects our current approach, including infra-low frequency, Alpha-Theta and Synchrony neurofeedback. The infra-low training frequency discussed in this 2019 edition of the Protocol Guide apply only when using the 1 or 2 channel infra-low frequency HD application in Cygnet. We have continually refined our neurofeedback training and assessment methods based on optimization of clinical effects. This has led us to a better understanding of electrode placement options and to increased training frequency range and specificity. Beginning in 1989 with standard beta and SMR frequency ranges, we gradually extended to lower training frequencies over a number of years, as we sought more calming effects with highly aroused nervous systems. In 2006 this took us into the infra-low frequency range of the EEG, below 0.1 Hz. Since 2006 we have continued to extend the range down to lower training frequencies. And we have continued to optimize the hardware and software to function in this infra-low frequency range. With our new lower frequency range, we are now achieving consistently stronger training effects, especially for severe and chronic conditions.

A popular advice columnist presents an effective, six-week program designed to help high-achieving women find lasting love, based on Darwinian principles, research into synchrony, and experience based on a decade letters sent to the "Ask E. Jean" column in Elle magazine. 75,000 first printing.

preface and Acknowledgments, ten chapters, with figures, b&w photos, tables throughout. Chapter titles-One. Common Terns, Other Terns, and Coloniality; Two: Study Sites, Methods, Samples, and Definitions; Three: Breeding Biology, Phenology, Acitivity patterns, and Synchrony; Four: Habitat Selection and Territoriality; Five-Aggressive Behavior; Six-Predation, Vigilance, and Antipredator Behavior; Seven-Piracy ibn Common Tern Colonies; Eight-Floods, Heavy Rains, and Huban Distrubance; Nine - Reproductive Success and Colony Dynamics; Tend - Conclusions and Summary; Appendix A. Scientific Names of Organisms Referred to in text; Appendix B. Terns of the World; Appendix C. Characteristics and Composition of Colonies; Appendix D. Clutch Size Distribution for Common Terns; Bibliography, Taxonomic Index, Subject Index.