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L Dohnalek

Publications and source records attributed to L Dohnalek.

3 recordsLinked to original sources

Bar code technology improves positive patient identification and transfusion safety.

As a result of human error, an estimated 1 in 12,000 blood transfusions is given to the wrong patient. The cause of nearly all of these errors is failure of hospital personnel to identify positively intended transfusion recipients, their blood samples for cross-matching, or their correct blood components. We describe our experience using a point-of-care bar code transfusion safety system that links patients' bar-coded wristbands, with bar-coded labels on blood sample tubes, blood component bags, and nurses' identification badges. The result was 100 % accuracy of matching patients, their blood samples, and components for transfusions. For verifying information before starting blood transfusions, nurses preferred bar code "double checks" to conventional visual "double checks" by a second nurse. Methods are needed to reinforce nurses' proficiency with technological approaches to transfusion safety, such as software-driven bar code scanning, in situations where transfusions are administered infrequently.

Blood Banks↗

The role of protective clothing in infection prevention in patients undergoing autologous bone marrow transplantation.

PURPOSE/OBJECTIVES: To determine the efficacy of cover gowns and shoe covers in the prevention of infection in patients undergoing autologous bone marrow transplantation (BMT). DESIGN: Randomized two-group controlled clinical trial. SETTING: Adult BMT unit of a university teaching hospital in the Southeastern United States. SAMPLE: 40 women and men receiving an autologous BMT for hematologic and solid tumor malignancies. Patients were assigned randomly to control or experimental groups. Thirty-one patients completed the study. Inclusion criteria required that patients be at least 18 years of age and not have received a previous autologous BMT. METHODS: Data were collected from the patients' medical records. Characteristics of the distributions for the main research variables were compared between the control group (caregivers who wore cover gowns and shoe covers) and experimental group (caregivers who wore no covers). MAIN RESEARCH VARIABLES: Time to first antibiotic treatment and length of antibiotic therapy. FINDINGS: Cover gowns and shoe covers worn by caregivers provided no benefit for this group of 31 patients. The differences in time to first antibiotic and length of antibiotic treatment were not statistically significant between the two groups. CONCLUSIONS: The mean and median number of hours to first antibiotic treatment for adult autologous BMT recipients in the control group exceeded the corresponding time for those in the experimental group by only one hour and four hours, respectively. The potential benefits and risks of cover gown and shoe cover usage by caregivers of autologous BMT recipients should be reexamined in larger randomized trials. IMPLICATIONS FOR NURSING PRACTICE: The elimination of cover gowns and shoe covers in caring for patients undergoing autologous BMT will save nursing time and hospital resources as well as eliminate one isolation barrier experienced by patients.

Adult↗