Reducing the number of medical errors significantly is the challenge for the coming decade. In medicine and in surgery, in particular, errors are traditionally treated as being committed by individuals. To reduce human errors, two approaches can be used: the person approach and the systems approach. In the systems approach, the operator is not blamed, but the system is analyzed in order to find the causes of errors. Furthermore, defenses are built into the system so that errors will not result in an adverse outcome anymore. This article aims to provide insight into the systems approac
The “systems approach” has been used, improved, and refined over time to improve safety and reduce e...
Objective: Apply Human Factors (HF), systems engineering, and high reliability organizational princi...
Objectives. Accidents in health care, resulting in injury or death to the patient, are a matter of c...
Medical error is becoming well recognized and studied. Strategies to reduce error are slowly being d...
The popular theory that human error, such as making the wrong diagnosis, operating on the wrong body...
The systems basis for medical errors is widely acknowledged. How to improve organizations to perform...
Abstract. The IOM report, To Err is Human, Building a Better Health System, galvanized public and po...
Surgical errors are costly to patients, surgeons and society. New strategies for reducing harmful er...
that one half to two thirds of hospital adverse events are attributable to surgi-cal care.1-3 More t...
Medical errors are one of the major causes of death. Errors are related to intelligence, and thus to...
AbstractIntroductionAcute surgical patients are particularly vulnerable to human error. The Acute Ph...
Recent advances in patient safety have been hampered by the hard dealing with the development of a u...
OBJECTIVE: This study aimed to demonstrate the use of a systems theory-based accident analysis techn...
In this chapter we first provide an overview of studies of errors and adverse outcomes in surgery. W...
Why do medical errors occur so frequently when many of our healthcare workers are highly trained and...
The “systems approach” has been used, improved, and refined over time to improve safety and reduce e...
Objective: Apply Human Factors (HF), systems engineering, and high reliability organizational princi...
Objectives. Accidents in health care, resulting in injury or death to the patient, are a matter of c...
Medical error is becoming well recognized and studied. Strategies to reduce error are slowly being d...
The popular theory that human error, such as making the wrong diagnosis, operating on the wrong body...
The systems basis for medical errors is widely acknowledged. How to improve organizations to perform...
Abstract. The IOM report, To Err is Human, Building a Better Health System, galvanized public and po...
Surgical errors are costly to patients, surgeons and society. New strategies for reducing harmful er...
that one half to two thirds of hospital adverse events are attributable to surgi-cal care.1-3 More t...
Medical errors are one of the major causes of death. Errors are related to intelligence, and thus to...
AbstractIntroductionAcute surgical patients are particularly vulnerable to human error. The Acute Ph...
Recent advances in patient safety have been hampered by the hard dealing with the development of a u...
OBJECTIVE: This study aimed to demonstrate the use of a systems theory-based accident analysis techn...
In this chapter we first provide an overview of studies of errors and adverse outcomes in surgery. W...
Why do medical errors occur so frequently when many of our healthcare workers are highly trained and...
The “systems approach” has been used, improved, and refined over time to improve safety and reduce e...
Objective: Apply Human Factors (HF), systems engineering, and high reliability organizational princi...
Objectives. Accidents in health care, resulting in injury or death to the patient, are a matter of c...