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| 1 | Problem based learning: tutors' views 5 years after implementation at a sub-Saharan University显示文摘 | Galukande M Katamba A Kiguli S | 2015 | African Health Sciences2015，15，1： | 1 |
| 2 | Topical retinoids in the treatment of aging of theskin显示文摘 | Katambas A D Katouli A C | 1999 | Exp Med Biol1999，455，： | 1 |
| 3 | Corporate Social Responsibility Management in Uganda Lessons, Challenges, and Policy Implications 显示文摘 | David Katamba Charles Tushabomwe Kazooba | 2012 | International Journal of Social Economics2012，31，6： | 1 |
| 4 | Problem basedleaming : tutors' views 5 years after implementation at a sub-Sa-hara~ University显示文摘 | Galukande M Katamba A KiguliS | 2015 | Aft-Health Sci2015，15，1： | 1 |
| 5 | Patient satisfaction,feasibility and reliability of satisfaction questionnaire among patients with pulmonary tuberculosis in urban Uganda:a cross-sectional study显示文摘 | Babikako HM Neuhauser D Katamba A | | 0，，： | 1 |
| 6 | Hyperten-sion awareness, treatment and control in Africa : a systemat-ic review显示文摘 | Kayima J Wanyenze R K Katamba A | 2013 | BMC Cardiovasc Disord2013，，13： | 1 |
| 7 | Feasibili- ty,reliability and validity of health-related quality of life questionnaire among adult pulmonary tuberculosis patients in urban Uganda:cross-sectional study显示文摘 | Babikako HM Neuhauser D Katamba A | 2010 | Health Qual Life Outcomes2010，8，： | 1 |
| 8 | Feasibili- ty,reliability and validity of health-related quality of life questionnaire among adult pulmonary tuberculosis patients in urban Uganda:cross-sectional study显示文摘 | Babikako HM Neuhauser D Katamba A et at | 2010 | Health Qual Life Outcomes2010，8，： | 1 |
| 9 | Problem based learning: tutors' views 5 years after implementation at a sub-Saharan University 显示文摘 | Galukande M Katamba A Kiguli S | 2015 | Aft Health Sci2015，15，1： | 1 |
| 10 | 第三次痰涂片检查在摩尔多瓦和乌干达结核病诊断中的有效性显示文摘地点:摩尔多瓦和乌干达分别有24和30个结核病(TB)显微镜检查实验室。目的:评价第3次痰涂片检查对确诊1例增加的TB病例所需的工作量。方法:采用实验室登记回顾性研究,通过第3次痰涂片检查确定TB患病率和增加的病例数,TB病例来源于摩尔多瓦和乌干达的疑诊患者,这2个地区可以提供用于确诊1例增加的TB病例所需的检查数量。结果:在摩尔多瓦有9%(1141/12525),在乌干达有20%(7280/36054)的疑诊病例通过至少1次阳性痰涂片确诊为TB病例。通过第3次检查得到的增加病例比例在摩尔多瓦是4%,在乌干达为3%。为了通过第3次痰涂片检查而确诊1例增加的TB病例,在摩尔多瓦需检查273张涂片(95%可信区间200—389)、乌干达需检查175张涂片(95%可信区间153—222),平均确诊时间分别为11d(8~16)和7d(6~9)。结论:在这2个国家,第3次痰涂片检查对诊断痰涂片阳性TB是无效的。 | A. Katamba D. Laticevschi. H. L. Rieder 张宗德(译) 屠德华(校) 张立兴(审) | 2007 | 国际结核病与肺部疾病杂志2007，2，4： | 0 |
| 11 | Spatial distribution of people diagnosed with tuberculosis through routine and active case finding:a community-based study in Kampala,Uganda显示文摘Background:Routine tuberculosis(TB)notifications are geographically heterogeneous,but their utility in predicting the location of undiagnosed TB cases is unclear.We aimed to identify small-scale geographic areas with high TB notification rates based on routinely collected data and to evaluate whether these areas have a correspondingly high rate of undiagnosed prevalent TB.Methods:We used routinely collected data to identify geographic areas with high TB notification rates and evaluated the extent to which these areas correlated with the location of undiagnosed cases during a subsequent community-wide active case finding intervention in Kampala,Uganda.We first enrolled all adults who lived within 35 contiguous zones and were diagnosed through routine care at four local TB Diagnosis and Treatment Units.We calculated average monthly TB notification rates in each zone and defined geographic areas of“high risk”as zones that constituted the 20%of the population with highest notification rates.We compared the observed proportion of TB notifications among residents of these high-risk zones to the expected proportion,using simulated estimates based on population size and random variation alone.We then evaluated the extent to which these high-risk zones identified areas with high burdens of undiagnosed TB during a subsequent community-based active case finding campaign using a chi-square test.Results:We enrolled 45 adults diagnosed with TB through routine practices and who lived within the study area(estimated population of 49527).Eighteen zones reported no TB cases in the 9-month period;among the remaining zones,monthly TB notification rates ranged from 3.9 to 39.4 per 100000 population.The five zones with the highest notification rates constituted 62%(95%CI:47–75%)of TB cases and 22%of the population–significantly higher than would be expected if population size and random chance were the only determinants of zone-to-zone variation(48%,95%simulation interval:40–59%).These five high-risk zones accounted for 42%(95%CI:34–51%)of the 128 cases detected during the subsequent community-based case finding intervention,which was significantly higher than the 22%expected by chance(P<0.001)but lower than the 62%of cases notified from those zones during the pre-intervention period(P=0.02).Conclusions:There is substantial heterogeneity in routine TB notification rates at the zone level.Using facilitybased TB notification rates to prioritize high-yield areas for active case finding could double the yield of such casefinding interventions. | Katherine O.Robsky Peter J.Kitonsa James Mukiibi Olga Nakasolya David Isooba Annet Nalutaaya Phillip P.Salvatore Emily A.Kendall Achilles Katamba David Dowdy | 2020 | Infectious Diseases of Poverty2020，9，3： | 0 |
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