The study involved 20 patients aged 15-50 years of old with the body weight are more than 30kg, Hb 12g/L and hematocrite 35%. Isotonic solutions (Ringerlactar, mantital 20%, Nabicarbonats, HÌparim 20mg) were used as enticement. Use isotonic solutions as enticement is an effective method to decrease the use of high-weigh molecular solutions or blood products, reduce cost of operation and prevent blood-born diseases
Isotonic Solutions ; Blood-Borne Pathogens

Identified infectious ratio HBV, HCV, HIV, CMV, HTLV in 1,270 specimens of donors blood, workers, farmers, students and medicine staffs by screening test. As a result, ratio infectious HBV: 80%; HCV: 0.5%; CMV: 84.1%; HIV and HTLV: 0%. Ratio infectious HBV of medical staffs is higher (16.9%); HCV of farmers 1.9%; CMV of donors in higher than other groups (95.2%).
Blood-Borne Pathogens ; virues ; blood ; Blood Donors

PURPOSE: The purpose of this study was to examine the under-reporting rate and related factors after blood and body fluid (BBF) exposure among hospital employees. METHODS: Fifteen hundred employees were conveniently sampled from ten university and acute care hospitals. The survey questionnaire consisted of 37 items. Data were collected from September 10 to November 30, 2008. RESULTS: The survey response rate was 88.7%. The 47.9% (638/1,331) of hospital employees were exposed to BBF and the mean number of exposure was 4.7+/-5.942 within the previous year. Under-reporting rate after BBF exposure was 69.4% (443/638). By multi-variate logistic regression analysis, the exposure number, exposure type, infectious disease and hospital were independently related to the under-reporting of BBF among hospital employees. CONCLUSION: The Under-reporting Rate After Being Exposed To Blood And Body Fluids Was Relatively High. To Address This Problem, Educational Programs Are Needed To Decrease The Under-reporting Rate For Healthcare Workers. Further, It Might Be Helpful If Other Factors Related To Under-reporting Be Investigated In Future Studies.
Blood-Borne Pathogens ; Body Fluids ; Communicable Diseases ; Delivery of Health Care ; Logistic Models ; Occupational Exposure ; Risk Management

PURPOSE: To develop an e-learning blood-borne infection control program and to evaluate the effects of the program on risk perception, knowledge, preventive health behaviors related to blood-borne infections, and satisfaction with the program by nursing student. METHODS: The program was developed through the processes of analysis, design, development, implementation, and evaluation. The pre-experimental research design involved a one group pretest-posttest design. The setting was two universities located in Daejeon, Korea. RESULTS: Using the program that was designed and developed, results for the total score of risk perception, knowledge, and preventive health behaviors in the post-test application were significantly higher than in the pre-test application (p<.05). Relevance and usefulness of the information received the highest ratings, while the system's design were demonstrated to have the lowest ratings. Those areas requiring correction were modified accordingly. CONCLUSION: Application of an e-learning blood-borne infection control program is effective, and can be expanded to other student nurses who also have a high risk of blood-borne infections.
Blood-Borne Pathogens ; Health Behavior ; Humans ; Infection Control ; Korea ; Research Design ; Students, Nursing

Needlestick injury (NSI) is a serious occupational hazard against healthcare workers (HCWs) in a hospital setting with multiple implications, thus adherence to post-NSI management including follow-up protocol is crucial.This research was conducted to describe the distribution of NSI cases among HCWs working in Ministry of Health Malaysia (MOH)’s hospital in Selangor and adherence to a follow-up protocol, as well as the factors related to it.This was a cross-sectional quantitative study reviewing retrospectively all notified NSI cases in January-September 2016. Data were taken from Sharps Injury Surveillance (SIS) system and analyzed into descriptive and analytical statistics.There were 143 notified NSI cases. The majority of the cases were female(76.2%), Malay(60.1%), medical doctors(56.6%) and in a medical-based department (44.8%). The median age of NSI cases was 27 years old (IQR:5) and median years of employment was 1.5 (IQR:4.5). Most cases happened in a ward setting (58.7%) involving contaminated (95.8%) hypodermic needle (43.4%), occurred mostly during the procedure of drawing blood (23.1%). Only 86.7% of NSI cases were source-known and some were tested positive with blood borne pathogens. However, no occurrence of seroconversion among the injured HCWs detected. The overall adherence rate to the follow-up protocol was 72.3%. Multiple logistic regression yielded significant association between age, gender, department, device contamination, procedure conducted and source HBV status with adherence to follow-up of post-NSI protocol. Further comprehensive studies involving more determinants such as therapy-related factors and potential interventions are needed to optimize adherence rate to the follow-up protocol post-NSI.
guideline adherence ; needlestick injuries ; health personnel ; post-exposure prophylaxis ; blood-borne pathogens

PURPOSE: Exposure to blood and body fluids represents a significant occupational risk for nurses. This study was done to identify the level of knowledge of and compliance with blood-borne pathogen prevention of hospital nurses according to clinical experience, and to identify factors affecting compliance with blood-borne pathogen prevention. METHODS: A descriptive correlational study was conducted in which self-reported knowledge of and compliance with blood-borne pathogen prevention was assessed. The relationships between variables were examined. Registered nurses who were employed (n=345) were surveyed. Data were analyzed using, t-test, ANOVA, Pearson correlation, and multiple linear regression. RESULTS: Nurses with more than 5 years experience had greater knowledge of blood-borne pathogen prevention than nurses with less than 5 years experience. However, there was no significant difference in compliance with blood-borne pathogen prevention between the two groups. No significant correlation was found between knowledge and compliance with blood-borne pathogen prevention according to experience standards. In nurses with less than 5 years experience, gender, age, reported exposure to a blood-borne pathogen, and compliance with principles of prevention had a significant impact on compliance with blood-borne pathogen prevention. For nurses with more than 5 years experience, reporting after exposure to blood-borne pathogen was a contributing factor to compliance with blood-borne pathogen prevention. CONCLUSION: The study results show that to improve the implementation of preventive measures against blood-borne pathogens different strategies are needed, depending on clinical experience of the nurses.
Blood-Borne Pathogens ; Body Fluids ; Career Mobility ; Compliance ; Humans ; Linear Models ; Nurses

Objective: To analyze the risk factors of blood-borne occupational exposure among medical staff and explore the relevant intervention measures. Methods: In June 2020, the data of blood-borne occupational exposure and related factors reported by medical staff in a grade Ⅲ, Grade A general hospital from 2011 to 2019 were analyzed by retrospective investigation. Results: Among 431 cases of blood-borne occupational exposure, 69.37% were nurses. It mainly occurred in medical staff with 0-4 years of service, accounting for 63.57%; The main place of occupational exposure was in the ward 47.56%; Sharp instrument injury was the main occupational exposure route 91.65%. Occupational exposure department was mainly surgery department 17.87%; The main source of exposure was hepatitis B virus (HBV) 37.12%, followed by treponema pallidum 20.19%. Statistical analysis results show that: Exposure sites (χ(2)=43.585, P<0.01) , exposure sources (χ(2)=22.693, P<0.01) , treatment methods after exposure (χ(2)=18.866, P<0.01) , Flushing (χ(2)=31.963, P<0.01) and disinfection (χ(2)=14.216, P<0.01) were significantly different. Conclusion: The effective measures to reduce blood-borne occupational exposure are to strengthen occupational protection training of medical staff, standardize operation procedures, strengthen supervision of key groups and departments, improve reporting, monitoring and follow-up systems to realize informatization, and do a good job in risk control.
Blood-Borne Pathogens ; Humans ; Medical Staff ; Needlestick Injuries ; Occupational Exposure/prevention & control* ; Retrospective Studies ; Risk Factors

Accidental sharps injuries are a serious problem in healthcare, many healthcare workers acquire infectious diseases from bloodborne pathogens by sharps injuries during their work. The cost of injury and exposure takes an emotional and financial toll, which has attracted worldwide attention. This paper analyzed the regulatory requirements on sharps injury prevention devices in the United States and the European Union, described the classification and basic requirements of sharps injury prevention devices, evaluation of protective functions, risk identification and control to provide references for regulation and development of such products in our country.
Blood-Borne Pathogens ; Communicable Diseases ; Humans ; Needlestick Injuries/prevention & control* ; Protective Devices ; United States

Objective: To explore the reentry rate of reactive blood donors in the bloodborne pathogen infection screening in Hangzhou City, and analyze the donation behavior of those who successfully returned. Methods: A retrospective analysis of the return data of blood donors with reactive bloodborne pathogen screening markers was conducted at Zhejiang Provincial Blood Center from June 2017 to May 2022. The reentry process for blood donors with reactive bloodborne pathogen screening markers in Hangzhou City is as follows: after the initial screening period of 6 months, donors can voluntarily apply for return to the blood center. Samples are collected and subjected to routine enzyme-linked immunosorbent assay (ELISA) screening for HBsAg, anti-HCV, HIV Ab/Ag, and anti-TP, as well as a single nucleic acid (HIV/HCV/HBV) test. For samples that show non-reactivity in both ELISA and nucleic acid tests, serum biomarker testing for the reasons of exclusion is performed using chemiluminescence immunoassay (CLIA), and those with non-reactivity are allowed to return. Results: A total of 4 583 reactive blood donors who met the criteria for re-entry applied for reentry, out of which 475 applications were received from donors in the Hangzhou area. Among these, 279 donors were successfully readmitted, resulting in a success rate of 58.74% (279/475). By the end of December 2021, out of the 174 donors who successfully returned, 114 donors chose to donate again. They collectively donated 39 530 ml of whole blood and 1 147.2 therapeutic doses of platelets. Among these, 21 donors once again showed reactivity for pathogen infection biomarkers, accounting for 18.42% (21/114). Conclusion: The reentry strategy has somewhat mitigated the attrition of blood donors. Nevertheless, there are instances where donors who were successfully readmitted show reactivity once more in the screening for pathogen infection biomarkers.
Humans ; Blood Donors ; Blood-Borne Pathogens ; Retrospective Studies ; Mass Screening/methods* ; Biomarkers ; HIV Infections ; Nucleic Acids ; Hepatitis B virus

Objective: To explore the reentry rate of reactive blood donors in the bloodborne pathogen infection screening in Hangzhou City, and analyze the donation behavior of those who successfully returned. Methods: A retrospective analysis of the return data of blood donors with reactive bloodborne pathogen screening markers was conducted at Zhejiang Provincial Blood Center from June 2017 to May 2022. The reentry process for blood donors with reactive bloodborne pathogen screening markers in Hangzhou City is as follows: after the initial screening period of 6 months, donors can voluntarily apply for return to the blood center. Samples are collected and subjected to routine enzyme-linked immunosorbent assay (ELISA) screening for HBsAg, anti-HCV, HIV Ab/Ag, and anti-TP, as well as a single nucleic acid (HIV/HCV/HBV) test. For samples that show non-reactivity in both ELISA and nucleic acid tests, serum biomarker testing for the reasons of exclusion is performed using chemiluminescence immunoassay (CLIA), and those with non-reactivity are allowed to return. Results: A total of 4 583 reactive blood donors who met the criteria for re-entry applied for reentry, out of which 475 applications were received from donors in the Hangzhou area. Among these, 279 donors were successfully readmitted, resulting in a success rate of 58.74% (279/475). By the end of December 2021, out of the 174 donors who successfully returned, 114 donors chose to donate again. They collectively donated 39 530 ml of whole blood and 1 147.2 therapeutic doses of platelets. Among these, 21 donors once again showed reactivity for pathogen infection biomarkers, accounting for 18.42% (21/114). Conclusion: The reentry strategy has somewhat mitigated the attrition of blood donors. Nevertheless, there are instances where donors who were successfully readmitted show reactivity once more in the screening for pathogen infection biomarkers.
Humans ; Blood Donors ; Blood-Borne Pathogens ; Retrospective Studies ; Mass Screening/methods* ; Biomarkers ; HIV Infections ; Nucleic Acids ; Hepatitis B virus