A rejected blood specimen can be very costly to a hospital as well as to the patient. Many errors occur in the preanalytical phase in which nurses and assistive personnel are often involved because they are usually not trained to do so. This staff education project was designed to decrease the number of laboratory rejections of blood specimens in a local hospital setting. Knowles’s adult learning theory was combined with the knowledge translation framework, proposed by Fredericks, Martorella, and Catallo, so that evidence-based changes in practice could occur more readily. There is a 20-minute in-service educational intervention followed by an orientation in the outpatient laboratory to gain phlebotomy experience and competency. The propose...
Summary: Compared with truly negative cultures, false positive blood cultures (BCs) not only increas...
To perform a cost-error analysis based on a quasi-experimental pre-post study of the preanalytical e...
CITATION: Abbas, M., Mukinda, F. K. & Namane, M. 2017. The effect of phlebotomy training on blood sa...
Background: A correct preanalytical phase procedure is critical to get an adequate sample and conseq...
PURPOSE: The purpose of this project was to assess the knowledge of nurses that collect blood cultur...
Background: Preanalytical phase of biomedical analysis remains an important source of diagnostic err...
One of the common methods of diagnosis in intensive care units of blood is phlebotomy that requires ...
Clinicians rely heavily on accurate laboratory results to diagnose and treat their patients. Laborat...
Background: Most errors in the venous blood testing process are preanalytical, i.e. they occur befor...
Introduction: Poor compliance to the current guidelines and lack of knowledge among nurses about pro...
Background: There is an increasing amount of blood sample rejection at primary health care facilitie...
Several preanalytical errors are attributable to inappropriate or poorly standardized activities dur...
SummaryCompared with truly negative cultures, false positive blood cultures (BCs) not only increase ...
Background: To perform a cost-error analysis based on a quasi-experimental pre-post study of the pre...
AbstractThere was an underlying issue with nurses improperly drawing blood cultures resulting in fal...
Summary: Compared with truly negative cultures, false positive blood cultures (BCs) not only increas...
To perform a cost-error analysis based on a quasi-experimental pre-post study of the preanalytical e...
CITATION: Abbas, M., Mukinda, F. K. & Namane, M. 2017. The effect of phlebotomy training on blood sa...
Background: A correct preanalytical phase procedure is critical to get an adequate sample and conseq...
PURPOSE: The purpose of this project was to assess the knowledge of nurses that collect blood cultur...
Background: Preanalytical phase of biomedical analysis remains an important source of diagnostic err...
One of the common methods of diagnosis in intensive care units of blood is phlebotomy that requires ...
Clinicians rely heavily on accurate laboratory results to diagnose and treat their patients. Laborat...
Background: Most errors in the venous blood testing process are preanalytical, i.e. they occur befor...
Introduction: Poor compliance to the current guidelines and lack of knowledge among nurses about pro...
Background: There is an increasing amount of blood sample rejection at primary health care facilitie...
Several preanalytical errors are attributable to inappropriate or poorly standardized activities dur...
SummaryCompared with truly negative cultures, false positive blood cultures (BCs) not only increase ...
Background: To perform a cost-error analysis based on a quasi-experimental pre-post study of the pre...
AbstractThere was an underlying issue with nurses improperly drawing blood cultures resulting in fal...
Summary: Compared with truly negative cultures, false positive blood cultures (BCs) not only increas...
To perform a cost-error analysis based on a quasi-experimental pre-post study of the preanalytical e...
CITATION: Abbas, M., Mukinda, F. K. & Namane, M. 2017. The effect of phlebotomy training on blood sa...