Mcnally E.g. Ultrasound

"David Pohle created his Zwolf Liebesgesange in the early seventeenth century, crucially advancing the emerging genre of the German song. The settings of the 26-year-old Pohle are valuable testimonials to the development of this genre. The poems by Paul Fleming, on which these settings are based, bear autobiographical features, mirrored by David Pohle in his compositions by the use of two equal voices. In a varied manner, the music and text tell of love, loss and pain, of happiness, determination and abstinence. Audite presents this premiere recording with a top-class cast of soloists and instrumentalists.

Charlotte, una trentenne di Long Island, aveva davanti a sé una brillante carriera nel campo della psicochirurgia, ma un tragico incidente le ha fatto perdere tutto. Adesso frequenta un gruppo di sostegno online per superare il trauma, si occupa di agopuntura, adora l’amica Rachel e ha trovato un nuovo equilibrio sentimentale con un uomo. Sembra che ogni cosa sia tornata al posto giusto, eppure sta per accadere ciò che non avrebbe mai potuto immaginare. Da alcune settimane il suo Peter è scomparso; lui lavora in incognito e il loro rapporto deve rimanere segreto, così le ha chiesto fin dall’inizio della storia d’amore. Così, quando viene chiamata dall’ufficio del medico legale per identificare un corpo, teme che sia lui. Ma arrivata all’obitorio realizza che sul tavolo di fronte a lei c’è il cadavere di una sconosciuta..

This book, now in a revised and updated second edition, systematically covers the use of ultrasound in all organ systems throughout childhood. After discussing the basics, including physics, ultrasound methods, and artifacts, it elucidates decision-making regarding the use of ultrasound by discussing diagnostic flow charts based on recommended imaging algorithms.

The book examines recent developments in regenerative medicine and the use of musculoskeletal ultrasound. Musculoskeletal regeneration has become a prominent research topic, no doubt due to the sociological and economic pressures imposed by the current ageing population. The ever expanding role of regenerative medicine and the identification as well as characterization of stem cells have introduced a major paradigm shift in the field of musculoskeletal and sports medicine as well as orthopaedic surgery. Whereas in the past, diseased tissue was replaced with allograft material, current trends in research revolve around regenerating damaged tissue.

Over the last decade, ultrasound mid-air haptic technology has emerged and rapidly advanced to engage multidisciplinary scientific communities within and adjacent to the haptics and HCI fields. Additionally, this haptic technology has been adopted by a number of industry sectors (e.g., automotive, virtual reality, digital signage, neuroscience research) who appear keen to exploit its unique value proposition: the ability to deliver rich haptic sensations from a distance, without the need to touch, wear or hold anything in order to enhance touchless interfaces, novel applications, and experiences.

Over the last decade, ultrasound mid-air haptic technology has emerged and rapidly advanced to engage multidisciplinary scientific communities within and adjacent to the haptics and HCI fields. Additionally, this haptic technology has been adopted by a number of industry sectors (e.g., automotive, virtual reality, digital signage, neuroscience research) who appear keen to exploit its unique value proposition: the ability to deliver rich haptic sensations from a distance, without the need to touch, wear or hold anything in order to enhance touchless interfaces, novel applications, and experiences.

Over the last decade, ultrasound mid-air haptic technology has emerged and rapidly advanced to engage multidisciplinary scientific communities within and adjacent to the haptics and HCI fields. Additionally, this haptic technology has been adopted by a number of industry sectors (e.g., automotive, virtual reality, digital signage, neuroscience research) who appear keen to exploit its unique value proposition: the ability to deliver rich haptic sensations from a distance, without the need to touch, wear or hold anything in order to enhance touchless interfaces, novel applications, and experiences.

The book examines recent developments in regenerative medicine and the use of musculoskeletal ultrasound. Musculoskeletal regeneration has become a prominent research topic, no doubt due to the sociological and economic pressures imposed by the current ageing population. The ever expanding role of regenerative medicine and the identification as well as characterization of stem cells have introduced a major paradigm shift in the field of musculoskeletal and sports medicine as well as orthopaedic surgery. Whereas in the past, diseased tissue was replaced with allograft material, current trends in research revolve around regenerating damaged tissue.

Over the last decade, ultrasound mid-air haptic technology has emerged and rapidly advanced to engage multidisciplinary scientific communities within and adjacent to the haptics and HCI fields. Additionally, this haptic technology has been adopted by a number of industry sectors (e.g., automotive, virtual reality, digital signage, neuroscience research) who appear keen to exploit its unique value proposition: the ability to deliver rich haptic sensations from a distance, without the need to touch, wear or hold anything in order to enhance touchless interfaces, novel applications, and experiences.