Results 241 to 250 of about 26,765,029 (301)
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CRC Critical Reviews in Biochemistry, 1979
(1979). Rapid DNA Sequence Analysi. CRC Critical Reviews in Biochemistry: Vol. 6, No. 1, pp. 1-33.
Gillian M. Air, Heinz Schaller
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(1979). Rapid DNA Sequence Analysi. CRC Critical Reviews in Biochemistry: Vol. 6, No. 1, pp. 1-33.
Gillian M. Air, Heinz Schaller
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COMPUTATIONAL DNA SEQUENCE ANALYSIS
Annual Review of Microbiology, 1994This paper reviews several new developments in computer and statistical analysis of DNA and protein sequences. We present criteria and describe means for assessing and interpreting genomic inhomogeneities within and between sequences. These include: (a) characterizations of short oligonucleotide biases and general compositional tendencies; (b ...
S, Karlin, L R, Cardon
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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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Nucleotide sequence analysis of DNA
Journal of Molecular Biology, 1970There are three major obstacles to the analysis of the nucleotide sequence in a DNA molecule starting from a known location in the DNA molecule. First, it is difficult to obtain large quantities of homogeneous DNA. Second, even the smallest DNA molecules contain several thousand nucleotides which make sequence analysis prohibitive.
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DNA sequence analysis and the computer
Biochemical Society Transactions, 1984Analysis of DNA sequences has greatly aided our understanding of molecular biology and genetics. Nucleotide sequences have provided a wealth of information about gene structure and function. In addition to revealing the primary structure of genes, sequencing has uncovered the phenomena of overlapping genes, segmented genes, pseudogenes and a different ...
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A Markov analysis of DNA sequences
Journal of Theoretical Biology, 1983We present a model by which we look at the DNA sequence as a Markov process. It has been suggested by several workers that some basic biological or chemical features of nucleic acids stand behind the frequencies of dinucleotides (doublets) in these chains.
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Visualization and analysis of DNA sequences using DNA walks
Journal of the Franklin Institute, 2004zbMATH Open Web Interface contents unavailable due to conflicting licenses.
John A. Berger +3 more
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Statistical Analysis of DNA Sequences
JNCI Journal of the National Cancer Institute, 1988Developments in the statistical analysis of DNA sequence data since 1984 are reviewed. Mathematical methods employing dynamic programming or incorporating Markov chain theory have been developed to search sequences for regions of similarity and to align sequences.
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2018
Among various biological data, DNA sequence is doubtlessly a fundamental datum. By obtaining particular DNA sequence data and analyzing, biologists get to understand life science more precisely. This chapter is an overview of DNA sequencing technology and its data analysis methods, providing information about DNA sequencing, several different methods ...
Keyi, Long, Lei, Cai, Lin, He
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Among various biological data, DNA sequence is doubtlessly a fundamental datum. By obtaining particular DNA sequence data and analyzing, biologists get to understand life science more precisely. This chapter is an overview of DNA sequencing technology and its data analysis methods, providing information about DNA sequencing, several different methods ...
Keyi, Long, Lei, Cai, Lin, He
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Computer support of DNA sequence analysis
Computer Programs in Biomedicine, 1981The paper describes a package of APL-programs suited for the management and the analysis of DNA sequence data. Most of the application programs are related to experimental work in a DNA sequencing laboratory: Search for overlapping DNA fragments to construct complete DNA sequences; search for restriction sites; computing fragment patterns when cutting ...
G, Osterburg, R, Sommer
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