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Analytical Chemistry, 1995
Faster methods than are currently available will be needed to sequence the billions of base pairs of DNA in the human genome in a reasonable number of years and without exhausting available funds. A new sequencing technology in which DNA binds or hybridizes' to an array of oligonucleotides on a silicon chip appears to be promising as a high-throughput ...
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Faster methods than are currently available will be needed to sequence the billions of base pairs of DNA in the human genome in a reasonable number of years and without exhausting available funds. A new sequencing technology in which DNA binds or hybridizes' to an array of oligonucleotides on a silicon chip appears to be promising as a high-throughput ...
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Statistical Methods in Medical Research, 1993
Recent developments in the statistical analysis of DNA sequences are reviewed. The pace with which sequence data are being generated and analysed has increased with the growth of the human genome project. Two areas of activity are emphasized: attention to error rates in recorded sequences, and heterogeneity in structure of sequences.
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Recent developments in the statistical analysis of DNA sequences are reviewed. The pace with which sequence data are being generated and analysed has increased with the growth of the human genome project. Two areas of activity are emphasized: attention to error rates in recorded sequences, and heterogeneity in structure of sequences.
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2003
The polymerase chain reaction (PCR), first published by Mullis and Faloona in 1987 (1), has become an invaluable molecular biology tool in both research and routine applications. The combination of PCR with the chain-termination sequencing technique developed by Sanger et al.
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The polymerase chain reaction (PCR), first published by Mullis and Faloona in 1987 (1), has become an invaluable molecular biology tool in both research and routine applications. The combination of PCR with the chain-termination sequencing technique developed by Sanger et al.
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Performance assessment of DNA sequencing platforms in the ABRF Next-Generation Sequencing Study
Nature Biotechnology, 2021Jonathan Foox +2 more
exaly