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"Videofluoroscopic Review of Swallowing: Biomechanics, Physiology, and Pathology" is a full-length DVD that shows real-time videofluoroscopic swallowing study (VFSS) images of the normal swallow and abnormal swallows seen in a variety of disorders, ranging from neurological to structural. A full radiological narrative accompanies the X-ray image sequences displayed in the DVD to assist the viewer interpret the images and enhance his or her own learning of the biomechanics of swallowing.
A VFSS is a modification of the standard barium swallow and enables the oropharyngeal, hypopharyngeal and proximal esophageal phases of swallowing to be functionally examined in fine detail. Visualizing the swallowing mechanism in action often assists in the diagnostic process and provides a baseline upon which the multidisciplinary team can create a treatment plan. However, simply reading a text or viewing static videofluoroscopic images does not facilitate full engagement of advanced learning of the technique, the different presenting disorders, and the potential swallowing modifications available to clinicians. It is essential that all professionals involved in the procedure demonstrate an enhanced knowledge and understanding of the interpretation of the VFSS, something which can only be achieved through real-time functional image interpretation.
"Videofluoroscopic Review of Swallowing: Biomechanics, Physiology, and Pathology" is an essential tool for the development of crucial diagnostic and treatment skills of the entire multidisciplinary VFSS team.
AudiencePrimary Subject: Speech and Language Pathology / General
Secondary Subject: Speech and Language Pathology / Swallowing
Audience Level: Professional
2. Biomechanical Analysis
3. The Normal Elderly Swallow
5. Neurological Disorders
7. Learning Disabilities
8. Head and Neck Cancers
9. Structural Causes of High Dysphagia
About The Editors
Roger D. Newman, BSc (Hons), MSc, MRCSLT, is a Highly Specialist Speech and Language Therapist at Lancashire Teaching Hospitals NHS Trust, UK. He is also currently a Senior Lecturer on the University of Manchester's undergraduate BSc (Hons) Speech and Language Therapy degree program, and an Honorary Lecturer on the Masters Level course in Advanced Imaging at the University of Salford, Greater Manchester. His specialist clinical interests include the objective examination of dysphagia via videofluoroscopy and interpretation of highly abnormal images, which prompted publication of the rare case of dysphagia in hyoid bone fracture. Adult acute disorders of swallowing, including in patients with a tracheostomy tube in-situ, are also areas at which he excels. His research interests include quality in service provision and he has just completed a Transatlantic Comparative Study of Acute Dysphagia Services. The ethics and legalities of feeding in the end of life are also areas of significant interest.
Julie Nightingale PhD, MSc, DCR(R), is a registered diagnostic radiographer and radiography educator holding the position of Director of Radiography / Head of Department at the University of Salford, Greater Manchester, United Kingdom (UK). With a specialist interest in promoting practitioner-led gastrointestinal imaging, she has developed and delivered a range of programs at the Masters Level, including a unique UK module promoting best practice in practitioner-led videofluoroscopy. She was a founding member and former Chair of the UK-based Gastrointestinal Imaging Radiographers Special Interest Group (GIRSIG), and has organized several multi-disciplinary conferences related to GI Imaging.
Research interests and publications have centered upon advanced and non-medical consultant practice, including associated risks and benefits and the impact upon patient care. She has previously edited two textbooks related to advanced practice. Her teaching focus is related to anatomy and physiology, health care ethics, medico-legal issues, and research methodology. She is currently leading a research group exploring the patient experience of radiology investigations, including radiological management of the obese patient.
344 pages, B/W With Color Insert, Softcover, 7 x 10"