<strong>Introduction:</strong> Timely availability of safe blood or blood products is essential for all health care facilities where transfusion occurs, but in many developing and transitional countries, t...<strong>Introduction:</strong> Timely availability of safe blood or blood products is essential for all health care facilities where transfusion occurs, but in many developing and transitional countries, there is still a considerable gap between the need for blood and the supply available. The overall objective was to study knowledge attitudes, practices, and factors influencing blood donation in the general population in Senegal. <strong>Methods:</strong> This was a cross-sectional descriptive and analytical study conducted among the Fatick health district population from April 1 to 15, 2019. Thus, the sample is based on a two-stage survey. Data collection was conducted through a questionnaire designed, pretested, and administered to 466 people by selected and trained enumerators. The data collected on the smartphone was analyzed using Epi Info 7.2.1.0 software. A descriptive and bivariate analysis was performed with a 5% risk of alpha error. <strong>Results:</strong> The average age of respondents was 35 years (±13), with 34 years (±12) for women and 38 years (±15) for men, and more than half of them between 20 and 40 years of age. A proportion of 87% of respondents lived in rural areas and had agriculture as their primary income source. More than half of the individuals (70%) were married, and 68% were educated. The level of knowledge of individuals about blood donation was low at 91.8%. On the other hand, more than half of them had good habits (53.65%). A proportion of 68.0% of individuals had an intention to donate in the future. However, only 24.68% of the population surveyed had already donated blood. Eighty percent of the donations were voluntary. However, 26.09% had repeated this practice. Factors that could influence the practice of blood donation were age, male sex (ORb = 2.18 [1.40 - 3. 37]), high level of education, good knowledge of blood donation (ORb = 2.14 [1.07 - 4.26]), the existence of a relatives donor (ORb = 3.4 [2.19 - 5.26]) and individuals who did not necessarily require permission from a parent or spouse (ORb = 3.37 [2.13 - 5.31]). <strong>Conclusion:</strong> It is necessary to develop mass communication and proximity strategies, also strengthen the blood bank in terms of human resources and logistics to increase voluntary blood donations in the district. An increase and better planning of mobile clinic outings can facilitate and improve voluntary blood donation by improving accessibility to this service.展开更多
This study analyses change in rainfall and temperature indices by 2035 and 2050 in Senegal, with a focus on the Fatick region. These parameters are crucial for understanding the impacts of anthropogenic climate change...This study analyses change in rainfall and temperature indices by 2035 and 2050 in Senegal, with a focus on the Fatick region. These parameters are crucial for understanding the impacts of anthropogenic climate change on some vital socio-economic sectors such as agriculture and water resources in this region. To this end, a multi model ensemble mean of 21 bias-adjusted global climate models participating in CMIP5 has been used. We considered two Representative Concentration Pathways (RCP4.5 and RCP8.5). The results indicate an increase of 0.7˚C for maximum and minimum temperature by 2035 compared to the reference period (1976 - 2005). By 2050, an increase of 1.4˚C (2˚C) is projected for RCP4.5 (RCP8.5). These increases in temperature are statistically significant at the 90% confidence level. Conversely, the mean rainy season length decreases from 95 to 85 days by 2035 and less than 80 days by 2050. These decreases in rainy season length are mainly due to a delayed rainy season onset by 2035 and 2050, with the ensemble mean projecting an onset in the second half of July by 2050 instead of around the middle of June. The changes in both the onset and the length of the rainy season are significant at the 90% confidence level. Our results show a slight decrease in seasonal cumulated total rainfall by 2035 and 2050. However, we note a slight increase in seasonal cumulated extreme rainfall. These future changes in climate indices could induce yield reduction and water resources availability. To reduce yield losses, it would be interesting to adopt longer season varieties and also diversify income-generating activities. Concerning water resources, many actions could be done such as carrying out water retention works, treatment and reuse of non-conforming water for agriculture and livestock to reduce pressure on the resource.展开更多
文摘<strong>Introduction:</strong> Timely availability of safe blood or blood products is essential for all health care facilities where transfusion occurs, but in many developing and transitional countries, there is still a considerable gap between the need for blood and the supply available. The overall objective was to study knowledge attitudes, practices, and factors influencing blood donation in the general population in Senegal. <strong>Methods:</strong> This was a cross-sectional descriptive and analytical study conducted among the Fatick health district population from April 1 to 15, 2019. Thus, the sample is based on a two-stage survey. Data collection was conducted through a questionnaire designed, pretested, and administered to 466 people by selected and trained enumerators. The data collected on the smartphone was analyzed using Epi Info 7.2.1.0 software. A descriptive and bivariate analysis was performed with a 5% risk of alpha error. <strong>Results:</strong> The average age of respondents was 35 years (±13), with 34 years (±12) for women and 38 years (±15) for men, and more than half of them between 20 and 40 years of age. A proportion of 87% of respondents lived in rural areas and had agriculture as their primary income source. More than half of the individuals (70%) were married, and 68% were educated. The level of knowledge of individuals about blood donation was low at 91.8%. On the other hand, more than half of them had good habits (53.65%). A proportion of 68.0% of individuals had an intention to donate in the future. However, only 24.68% of the population surveyed had already donated blood. Eighty percent of the donations were voluntary. However, 26.09% had repeated this practice. Factors that could influence the practice of blood donation were age, male sex (ORb = 2.18 [1.40 - 3. 37]), high level of education, good knowledge of blood donation (ORb = 2.14 [1.07 - 4.26]), the existence of a relatives donor (ORb = 3.4 [2.19 - 5.26]) and individuals who did not necessarily require permission from a parent or spouse (ORb = 3.37 [2.13 - 5.31]). <strong>Conclusion:</strong> It is necessary to develop mass communication and proximity strategies, also strengthen the blood bank in terms of human resources and logistics to increase voluntary blood donations in the district. An increase and better planning of mobile clinic outings can facilitate and improve voluntary blood donation by improving accessibility to this service.
文摘This study analyses change in rainfall and temperature indices by 2035 and 2050 in Senegal, with a focus on the Fatick region. These parameters are crucial for understanding the impacts of anthropogenic climate change on some vital socio-economic sectors such as agriculture and water resources in this region. To this end, a multi model ensemble mean of 21 bias-adjusted global climate models participating in CMIP5 has been used. We considered two Representative Concentration Pathways (RCP4.5 and RCP8.5). The results indicate an increase of 0.7˚C for maximum and minimum temperature by 2035 compared to the reference period (1976 - 2005). By 2050, an increase of 1.4˚C (2˚C) is projected for RCP4.5 (RCP8.5). These increases in temperature are statistically significant at the 90% confidence level. Conversely, the mean rainy season length decreases from 95 to 85 days by 2035 and less than 80 days by 2050. These decreases in rainy season length are mainly due to a delayed rainy season onset by 2035 and 2050, with the ensemble mean projecting an onset in the second half of July by 2050 instead of around the middle of June. The changes in both the onset and the length of the rainy season are significant at the 90% confidence level. Our results show a slight decrease in seasonal cumulated total rainfall by 2035 and 2050. However, we note a slight increase in seasonal cumulated extreme rainfall. These future changes in climate indices could induce yield reduction and water resources availability. To reduce yield losses, it would be interesting to adopt longer season varieties and also diversify income-generating activities. Concerning water resources, many actions could be done such as carrying out water retention works, treatment and reuse of non-conforming water for agriculture and livestock to reduce pressure on the resource.
