Authors: H. -J Steiger, E. Uhl, H. -J Steiger
ISBN-13: 9783211836781, ISBN-10: 3211836780
Format: Hardcover
Publisher: Springer-Verlag New York, LLC
Date Published: December 2001
Edition: (Non-applicable)
Steiger, Hans-Jakob; Uhl, Eberhard
Quality in an invasive discipline such as neurosurgery comprises evidence based medicine, cost effectiveness and also risk control. Risk control and quality management have become a science on their own, combining the expertise of many specialists such as psychologists, mathematicians and also economists. Intensive communication with basic safety scientists as well as safety experts from the industry and traffic promises ideas and concepts than can be adopted for neurosurgery.
An international conference was held in Munich in October 2000 bringing together neurosurgeons and safety experts from outside medicine in order to discuss basic aspects of risk control and quality management and to develop structures applicable to neurosurgery. Basic aspects such as principles of risk and safety management, the human factor as well as standards of neurosurgical patient care, proficiency of staff and residents, and industrial quality standards were discussed. The presentations and discussions resulted in a wealth of new ideas and concepts. This book contains this material and thus provides a unique and comprehensive source of information on the current possibilities of quality management in neurosurgery.
Reviewer:Celso Agner, MD, MSc(University of Illinois at Chicago College of Medicine)
Description:This book, a broad overview of the main ethical principles of the practice of neurosurgery, is a compilation of papers presented during the Conference on Risk Control and Quality Management in Neurosurgery held in Munich in October 2000.
Purpose:The purpose is to address the main ethical aspects related to the current practice of neurosurgery. According to the authors, the aspects that govern efficiency are related not only to the "do it better" school of thought, but also to a perfect match between technology, evidence-based medicine, and cost-effectiveness. The authors clearly meet their objectives and consistently address their topic throughout the compilation.
Audience:The book mainly addresses neurosurgeons. The topic is current and interests most neurosurgeons, particularly because of the current need and pressure from insurance companies, hospital, and the field, to "do it better."
Features:The book is divided into eight parts, each one dealing with specific ethical and psychological aspects of the practice of neurosurgery. The emphasis is primarily on ways to practice neurosurgery better -- not only the question of how technology helps the neurosurgeon, but also how the team approach and the personality of a neurosurgeon affect its practice. Reference to evidence-based medicine is always made.
Assessment:This is a must-have book. The practice of neurosurgery needs to be directed to a different level and the authors concisely address their audience. Neurosurgery libraries would greatly benefit from having this book.
Principles of Risk and Safety | 3 | |
Techniques for Hazard Analysis and their Use at CERN | 13 | |
Learning from Errors in Aviation | 19 | |
Safety of Novel Projects, the Battle Against Murphy's Law | 23 | |
The Psychology of Team Interaction | 33 | |
Crew Coordination in Aviation | 39 | |
Principles of Quality Management in Medicine: The British Concept | 45 | |
Quality Assurance in Neurosurgery: United States Concepts | 53 | |
Principles and Problems of Assessing the Results of Medical Treatment | 59 | |
Impacts of Socio-Economic Restrictions on Quality in Neurosurgery and other Specialities | 65 | |
Quality, Risk and Health Care: Another View | 69 | |
Quality Management in Neuropathology | 73 | |
Quality Management in Laboratory Medicine | 79 | |
Patient Information in the Light of Quality Assurance | 83 | |
What Diagnostics are Necessary Before and after Surgery? | 87 | |
Standards of Neurosurgical Procedures | 89 | |
Standards of Neuroanesthesia | 93 | |
Towards European Standards in Neuroradiology | 97 | |
Quality Factors in Interventional Neuroradiology | 101 | |
Minimally Invasive Neurosurgery | 107 | |
Quality Management in Neurosurgical Nursing | 111 | |
Keeping Track of Critical Incidents and Complications | 117 | |
Principles of the Morbidity and Mortality Conference | 125 | |
Mechanisms to Improve Treatment Standards in Neurosurgery, Cerebral Aneurysm Surgery as Example | 127 | |
Mechanisms to Improve Teamworking in Neurosurgery | 135 | |
A Complication Conference for Internal Quality Control at the Neurosurgical Department of the University of Heidelberg | 139 | |
Proficiency in Neurosurgery | 149 | |
Competency Based Residency Training: The next Advance in Graduate Medical Education | 153 | |
The Semi-Annual Residency Rotation Summary: A Means to Assess the Quality of Neurosurgical Training | 159 | |
Continuing Education - the EANS Concepts | 165 | |
Continuing Education: The British Experience | 169 | |
Is There a Need for Periodical Recertification? | 175 | |
How to Control the Risk of Novel Clinical Procedures | 179 | |
Measuring the Importance of Scientific Results - in Neurosurgery | 185 | |
Quality Management in Hospitals - Quo Vadis? | 191 | |
How can the ISO 9000 Concept be Applied to Neurosurgery? | 197 | |
Introduction of ISO 9000 and other Quality Concepts Applied to Neurosurgery | 201 | |
Emerging Unwanted Side Effects of Quality Control, or the Value of the Immeasurable Qualities of Medical Care | 205 | |
Ethics and Quality of Neurosurgical Care | 209 | |
Research and Clinical Routine in the next Century, Segregation or Cooperative Networks? | 213 | |
Guidelines for Guidelines | 217 |