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| 1 | The cross-cutting contribution of the end of neglected tropical diseases to the sustainable development goals显示文摘The Sustainable Development Goals(SDGs)call for an integrated response,the kind that has defined Neglected Tropical Diseases(NTDs)efforts in the past decade.NTD interventions have the greatest relevance for SDG3,the health goal,where the focus on equity,and its commitment to reaching people in need of health services,wherever they may live and whatever their circumstances,is fundamentally aligned with the target of Universal Health Coverage.NTD interventions,however,also affect and are affected by many of the other development areas covered under the 2030 Agenda.Strategies such as mass drug administration or the programmatic integration of NTD and WASH activities(SDG6)are driven by effective global partnerships(SDG17).Intervention against the NTDs can also have an impact on poverty(SDG1)and hunger(SDG2),can improve education(SDG4),work and economic growth(SDG8),thereby reducing inequalities(SDG10).The community-led distribution of donated medicines to more than 1 billion people reinforces women’s empowerment(SDG5),logistics infrastructure(SDG9)and non-discrimination against disability(SDG16).Interventions to curb mosquito-borne NTDs contribute to the goals of urban sustainability(SDG11)and resilience to climate change(SDG13),while the safe use of insecticides supports the goal of sustainable ecosystems(SDG15).Although indirectly,interventions to control waterand animal-related NTDs can facilitate the goals of small-scale fishing(SDG14)and sustainable hydroelectricity and biofuels(SDG7).NTDs proliferate in less developed areas in countries across the income spectrum,areas where large numbers of people have little or no access to adequate health care,clean water,sanitation,housing,education,transport and information.This scoping review assesses how in this context,ending the epidemic of the NTDs can impact and improve our prospects of attaining the SDGs. | Mathieu Bangert David H.Molyneux Steve W.Lindsay Christopher Fitzpatrick Dirk Engels | 2017 | Infectious Diseases of Poverty2017，6，1： | 3 |
| 2 | A Systematic Review of the Cost and Cost Effectiveness of Treatment for Multidrug-Resistant Tuberculosis显示文摘 | Christopher Fitzpatrick Katherine Floyd | 2012 | PharmacoEconomics2012，，1： | 2 |
| 3 | DNA methylation and the expanding epigenetics of T cell lineage commitment显示文摘 | Christopher B. Wilson Karen W. Makar Maria Shnyreva David R. Fitzpatrick | 2005 | Seminars in Immunology2005，，2： | 1 |
| 4 | 确定表达序列标签微阵列的对照参数以分析刚地弓形虫强毒株及弱毒株(英文)显示文摘目的 在应用微阵列 c DNAs分析刚地弓形虫强、弱毒株差异前 ,实验的对照 ,例如 ,DNA的含量、阳性及阴性杂交、基线的及不同的基因表达 [微阵列表达序列标签 (ESTs)、c DNAs]等 ,均在本研究中加以确定 ,从而确保数据处理的计算机化及精确性。 方法 自弓形虫 RH株及弓形虫 ME49株速殖子提取 RNA作为探针。PCR法扩增的 ESTs及杂交对照采用 Micro Grid TM机点样于载玻片上。经杂交后的玻片以 Scan Array30 0 0 TM扫描并对结果进行分析。 结果 DNA含量可在 5 ng/ μl及 2 5 0 ng/ μl之间变化 ,最佳值为 5 0 ng/μl;为分析非特异性杂交的影响必须同时设置阴性对照 ;对结果的计算机化处理需要几个基线的不同的基因表达作为对照。 结论 当采用适当的对照、重复及完整的 EST后 。 | 李爽 甘绍伯 Christopher P Reitter Jennifer M Fitzpatrick James W Ajioka | 2001 | 中国寄生虫病防治杂志2001，14，3： | 0 |
| 5 | Initial evaluations of a Gulf of Mexico/Caribbean ocean forecast system in the context of the Deepwater Horizon disaster显示文摘响应在 2010 的深海的地平线(DwH ) 油喷洒事件,海军的海洋学的办公室部署了盖住墨西哥湾和是指明的美洲海,或 AMSEAS 的邻近的加勒比海海的一个 nowcast 预报系统,它在这张手稿被记录。DwH 灾难提供了挑战给可得到的海洋预报能力的应用程序,并且也产生了历史上大的观察数据集。AMSEAS 被四个互补努力评估,有有点不同的目的和途径的各个:在观察系统(IOOS ) 试验床的综合海洋以内的一个大学研究协会;一个石油工业协会,墨西哥湾 3-D 运作的海洋预报系统飞行员预言工程(GOMEX-PPP ) ;英国石油(BP ) 响应油喷洒在北海湾研究所资助了工程;并且海军本身。确认度量标准为温度和咸度侧面,海表面风,海表面温度,海表面高度,和体积搬运的水在这些不同工程被介绍,为不同预报时间规模。发现肯定的确认地理并且时间偏爱 / 错误,和相对更早的地区性、全球的当模特儿的努力的小却系统的改进。根据这些积极 AMSEAS 确认研究,油喷洒运输模拟用转存的 AMSEAS nowcasts 被进行检验运输进密西西比河的河口东方。这个努力捕获了飓风亚历克斯和非热带的气旋的影响离开路易斯安那海岸,哪个推的油进西方的密西西比声音,说明对油的大气的影响的重要性掉下例如 DwH。 | Edward D. ZARON Patrick J. FITZPATRICK Scott L. CROSS John M. HARDING Frank L. BUB Jerry D. WIGGERT Dong S. KO Yee LAU Katharine WOODARD Christopher N. K. MOOERS | 2015 | Frontiers of Earth Science2015，9，4： | 0 |
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