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- W2128247100 abstract "New sequencing technologies have made the production of bacterial genome sequences increasingly easy, and it can be confidently forecasted that vast genomic databases will be generated in the next few years. Here, we detail how collections of bacterial genomes from a particular species (population genomics libraries) have already been used to improve the design of several diagnostic assays for bacterial pathogens. Genome sequencing itself is also becoming more commonly used for epidemiological, forensic and clinical investigations. There is an opportunity for the further development of bioinformatic tools to bring even further value to bacterial diagnostic genomics. New sequencing technologies have made the production of bacterial genome sequences increasingly easy, and it can be confidently forecasted that vast genomic databases will be generated in the next few years. Here, we detail how collections of bacterial genomes from a particular species (population genomics libraries) have already been used to improve the design of several diagnostic assays for bacterial pathogens. Genome sequencing itself is also becoming more commonly used for epidemiological, forensic and clinical investigations. There is an opportunity for the further development of bioinformatic tools to bring even further value to bacterial diagnostic genomics." @default.
- W2128247100 created "2016-06-24" @default.
- W2128247100 creator A5008346659 @default.
- W2128247100 creator A5050672427 @default.
- W2128247100 date "2010-12-01" @default.
- W2128247100 modified "2023-09-25" @default.
- W2128247100 title "Bacterial population genomics and infectious disease diagnostics" @default.
- W2128247100 cites W1770951640 @default.
- W2128247100 cites W1844615490 @default.
- W2128247100 cites W1964114909 @default.
- W2128247100 cites W1965360728 @default.
- W2128247100 cites W1969435503 @default.
- W2128247100 cites W1969537983 @default.
- W2128247100 cites W1980030331 @default.
- W2128247100 cites W1980137739 @default.
- W2128247100 cites W1982411556 @default.
- W2128247100 cites W1982664628 @default.
- W2128247100 cites W1987928922 @default.
- W2128247100 cites W1989512904 @default.
- W2128247100 cites W2002114667 @default.
- W2128247100 cites W2003025878 @default.
- W2128247100 cites W2006465310 @default.
- W2128247100 cites W2010637767 @default.
- W2128247100 cites W2016588572 @default.
- W2128247100 cites W2016984140 @default.
- W2128247100 cites W2023118527 @default.
- W2128247100 cites W2038721876 @default.
- W2128247100 cites W2047774330 @default.
- W2128247100 cites W2050783903 @default.
- W2128247100 cites W2052060493 @default.
- W2128247100 cites W2054297168 @default.
- W2128247100 cites W2057528483 @default.
- W2128247100 cites W2057821478 @default.
- W2128247100 cites W2060737229 @default.
- W2128247100 cites W2061680337 @default.
- W2128247100 cites W2066152139 @default.
- W2128247100 cites W2068627279 @default.
- W2128247100 cites W2069192025 @default.
- W2128247100 cites W2069990380 @default.
- W2128247100 cites W2079497788 @default.
- W2128247100 cites W2080347313 @default.
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- W2128247100 cites W2103437918 @default.
- W2128247100 cites W2104332925 @default.
- W2128247100 cites W2106112915 @default.
- W2128247100 cites W2107000647 @default.
- W2128247100 cites W2108332051 @default.
- W2128247100 cites W2110397906 @default.
- W2128247100 cites W2110554376 @default.
- W2128247100 cites W2113601174 @default.
- W2128247100 cites W2115590956 @default.
- W2128247100 cites W2115757920 @default.
- W2128247100 cites W2115859692 @default.
- W2128247100 cites W2116901163 @default.
- W2128247100 cites W2120919836 @default.
- W2128247100 cites W2124464500 @default.
- W2128247100 cites W2127819185 @default.
- W2128247100 cites W2133332733 @default.
- W2128247100 cites W2136482257 @default.
- W2128247100 cites W2139122528 @default.
- W2128247100 cites W2139155997 @default.
- W2128247100 cites W2140103443 @default.
- W2128247100 cites W2141658395 @default.
- W2128247100 cites W2142947082 @default.
- W2128247100 cites W2144527215 @default.
- W2128247100 cites W2145282362 @default.
- W2128247100 cites W2146169462 @default.
- W2128247100 cites W2146963518 @default.
- W2128247100 cites W2147571700 @default.
- W2128247100 cites W2148073073 @default.
- W2128247100 cites W2150550043 @default.
- W2128247100 cites W2150828940 @default.
- W2128247100 cites W2151012051 @default.
- W2128247100 cites W2156650715 @default.
- W2128247100 cites W2157267947 @default.
- W2128247100 cites W2157302781 @default.
- W2128247100 cites W2157661434 @default.
- W2128247100 cites W2159957127 @default.
- W2128247100 cites W2161118925 @default.
- W2128247100 cites W2162001776 @default.
- W2128247100 cites W2165471800 @default.
- W2128247100 cites W2166283168 @default.
- W2128247100 cites W2167391272 @default.
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- W2128247100 doi "https://doi.org/10.1016/j.tibtech.2010.09.001" @default.
- W2128247100 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20961641" @default.
- W2128247100 hasPublicationYear "2010" @default.
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