Introduction: Without appropriately trained healthcare workers (HCWs), infection prevention and control (IPC) cannot be implemented according to set standards. Although training is crucial, authorities rarely consider...Introduction: Without appropriately trained healthcare workers (HCWs), infection prevention and control (IPC) cannot be implemented according to set standards. Although training is crucial, authorities rarely consider those working in health facilities owned by the mining. We describe the training which was conducted in North Mara in Mara region mining health facilities. Methods: This was descriptive study on the training of IPC to HCWs of mining health facilities. The training was conducted to North Mara Gold Mine Limited on April 2024. We targeted the HCWs and supporting staff working in the health facilities of the mining communities. The duration of the training was five days. The sessions started with pre-training test to evaluate what participants understood before training and followed with training itself. The training was carried out using mixed adult learning methods like: illustrated lectures, demonstrations, brainstorming, small group activities, group discussions, role plays, case studies and simulations. The training was finalized with posttest. Results: A total of ten HCWs were trained out of 13 of the facility. In that training six were males and four were females. Also, out of the ten trained three were clinicians, four nurses, one lab technician, one pharmaceutical technician, one support staff. The average score of the results of the pretest was 70.7% with a range of 16% (minimum 64% and maximum 80%) and that of the posttest was 79.8% with a range of 12% (min 74% and max 88%). Conclusions: If HCWs are well trained to comply with IPC standards and transmission-based precautions, they have the ability to deliver safe health services and protect themselves, patients, environment and the community. Training of HCWs working at the mining, therefore, can be adapted in all mines to improve the quality of mining healthcare and respond to the need to improve the safety of mining communities.展开更多
Introduction: The need to address the problem of patient safety has been a focus of World Health Assembly (WHA) meetings of 2002, 2019 and 2021. The 2019 WHA Resolution urged the Member States to take action on patien...Introduction: The need to address the problem of patient safety has been a focus of World Health Assembly (WHA) meetings of 2002, 2019 and 2021. The 2019 WHA Resolution urged the Member States to take action on patient safety. We aimed to review patient safety efforts in Tanzania from 2002 to 2022 to inform improvement efforts towards the 2030 target. Methods: A rapid literature review was conducted between January 2002 and April 2022. We searched Google, PubMed and PubMed Central in April and May 2022 using the following search terms: PubMed—“patient safety Tanzania”, “blood safety in Tanzania”, “safe surgery Tanzania”, and “healthcare-associated infections Tanzania”;Google—“blood safety in Tanzania”, injection safety in Tanzania”, “infection prevention and control”, “radiation safety in health facilities in Tanzania”;and PubMed Central—“injection safety in Tanzania. Results: The search identified 4160 articles, of which 4053 were removed in initial screening;21 were duplicates, giving 86 relevant articles for full screening. Of the 86 articles, 04 were removed after the full screening, hence remaining with 82 articles. Among the 82 eligible articles, 27 are on IPC, 26 on safe surgery, 12 on blood safety, 07 on radiation safety, 06 on injection safety, and 02 on medication safety. One article was relevant to—blood safety, IPC and injection safety;and one article was relevant to—IPC and injection safety. Conclusion: Most of the eligible literature was on IPC and safe surgery, followed by blood safety, radiation safety, injection safety and medication safety. The literature on IPC has highlighted the need to strengthen efforts to address AMR. Findings from the implementation of the safe surgery 2020 intervention warrants for its scale-up to other zones. There is a need to strengthen hemovigilance and pharmacovigilance functions;and strengthen quality management and assurance systems and regulatory functions to ensure radiation safety.展开更多
文摘Introduction: Without appropriately trained healthcare workers (HCWs), infection prevention and control (IPC) cannot be implemented according to set standards. Although training is crucial, authorities rarely consider those working in health facilities owned by the mining. We describe the training which was conducted in North Mara in Mara region mining health facilities. Methods: This was descriptive study on the training of IPC to HCWs of mining health facilities. The training was conducted to North Mara Gold Mine Limited on April 2024. We targeted the HCWs and supporting staff working in the health facilities of the mining communities. The duration of the training was five days. The sessions started with pre-training test to evaluate what participants understood before training and followed with training itself. The training was carried out using mixed adult learning methods like: illustrated lectures, demonstrations, brainstorming, small group activities, group discussions, role plays, case studies and simulations. The training was finalized with posttest. Results: A total of ten HCWs were trained out of 13 of the facility. In that training six were males and four were females. Also, out of the ten trained three were clinicians, four nurses, one lab technician, one pharmaceutical technician, one support staff. The average score of the results of the pretest was 70.7% with a range of 16% (minimum 64% and maximum 80%) and that of the posttest was 79.8% with a range of 12% (min 74% and max 88%). Conclusions: If HCWs are well trained to comply with IPC standards and transmission-based precautions, they have the ability to deliver safe health services and protect themselves, patients, environment and the community. Training of HCWs working at the mining, therefore, can be adapted in all mines to improve the quality of mining healthcare and respond to the need to improve the safety of mining communities.
文摘Introduction: The need to address the problem of patient safety has been a focus of World Health Assembly (WHA) meetings of 2002, 2019 and 2021. The 2019 WHA Resolution urged the Member States to take action on patient safety. We aimed to review patient safety efforts in Tanzania from 2002 to 2022 to inform improvement efforts towards the 2030 target. Methods: A rapid literature review was conducted between January 2002 and April 2022. We searched Google, PubMed and PubMed Central in April and May 2022 using the following search terms: PubMed—“patient safety Tanzania”, “blood safety in Tanzania”, “safe surgery Tanzania”, and “healthcare-associated infections Tanzania”;Google—“blood safety in Tanzania”, injection safety in Tanzania”, “infection prevention and control”, “radiation safety in health facilities in Tanzania”;and PubMed Central—“injection safety in Tanzania. Results: The search identified 4160 articles, of which 4053 were removed in initial screening;21 were duplicates, giving 86 relevant articles for full screening. Of the 86 articles, 04 were removed after the full screening, hence remaining with 82 articles. Among the 82 eligible articles, 27 are on IPC, 26 on safe surgery, 12 on blood safety, 07 on radiation safety, 06 on injection safety, and 02 on medication safety. One article was relevant to—blood safety, IPC and injection safety;and one article was relevant to—IPC and injection safety. Conclusion: Most of the eligible literature was on IPC and safe surgery, followed by blood safety, radiation safety, injection safety and medication safety. The literature on IPC has highlighted the need to strengthen efforts to address AMR. Findings from the implementation of the safe surgery 2020 intervention warrants for its scale-up to other zones. There is a need to strengthen hemovigilance and pharmacovigilance functions;and strengthen quality management and assurance systems and regulatory functions to ensure radiation safety.
