首页> 外文OA文献 >QPCR based bioburden assessment of drinking water throughout treatment and delivery to the International Space Station

【2h】

QPCR based bioburden assessment of drinking water throughout treatment and delivery to the International Space Station

机译：基于QpCR的饮用水生物负载评估，用于整个处理和运送到国际空间站

页面导航

著录项
引文网络
相似文献
相关主题

著录项

作者
David Newcombe; Tara Stuecker; Myron La Duc; Kasthuri Venkateswaran;
展开▼
作者单位

展开▼
年度 2005
总页数
原文格式 PDF
正文语种
中图分类

相似文献

外文文献
中文文献
专利

1. Retraction: A Fosmid Cloning Strategy for Detecting the Widest Possible Spectrum of Microbes from the International Space Station Drinking Water System [J] . Sangdun Choi, Mi Sook Chang, Tara Stuecker, Genomics & Informatics . 2013,第2期

机译：缩回：一种Fosmid克隆策略，用于检测国际空间站饮用水系统中可能存在的最大范围的微生物
2. A Fosmid Cloning Strategy for Detecting the Widest Possible Spectrum of Microbes from the International Space Station Drinking Water System [J] . Sangdun Choi, Mi Sook Chang, Tara Stuecker, Genomics & Informatics . 2012,第4期

机译：从国际空间站饮用水系统检测最广泛的微生物光谱的Fosmid克隆策略
3. A fluorescence-based assessment of the fate of organic matter in water treated using crude/purified Hibiscus seeds as coagulant in drinking water treatment [J] . Jones Alfred Ndahi, Bridgeman John The Science of the Total Environment . 2019,第PTa1a1660期

机译：基于荧光的饮用水处理中粗/纯化木槿种子作为混凝剂处理的水中有机物的命运评估
4. Q-PCR-Based Bioburden Assessment of Drinking Water Throughout Treatment and Delivery to the International Space Station [C] . David Newcombe, Tara Stuecker, Myron La Duc, International Conference on Environmental Systems . 2006

机译：基于Q-PCR的生物树在整个治疗和交付到国际空间站的饮用水的评估
5. Microbiology of aquatic environments: Characterizations of the microbiotas of municipal water supplies, the International Space Station Internal Active Thermal Control System's heat transport fluid, and US Space Shuttle drinking water [D] . Bernardini, James Nicholas, III 2008

机译：水生环境的微生物学：市政供水，国际空间站内部主动热控制系统的传热流体和美国航天飞机饮用水中微生物的特征
6. Retraction: A Fosmid Cloning Strategy for Detecting the Widest Possible Spectrum of Microbes from the International Space Station Drinking Water System [O] . Sangdun Choi, Mi Sook Chang, Tara Stuecker, 2013

机译：回收：一种Fosmid克隆策略用于检测国际空间站饮用水系统中可能存在的最大范围的微生物
7. Retraction: A Fosmid Cloning Strategy for Detecting the Widest Possible Spectrum of Microbes from the International Space Station Drinking Water System [O] . Sangdun Choi, Mi Sook Chang, Tara Stuecker, 2013

机译：回收：用于检测国际空间站饮用水系统中最广泛的微生物谱的Fosmid克隆策略
8. Q-PCR based bioburden assessment of drinking water throughout treatment and delivery to the International Space Station [R] . Newcombe, David, Stuecker, Tara, La Duc, Myron, 2005

机译：基于Q-pCR的饮用水生物负载评估，用于整个治疗和运送到国际空间站

QPCR based bioburden assessment of drinking water throughout treatment and delivery to the International Space Station

著录项

引文网络

相似文献

相关主题

期刊订阅