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Structural analysis of uridine modifications in solved RNA structures. [PDF]
NAR Genom BioinformArteaga SJ, Znosko BM.
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Science, 1980
In the report by T. Kakunaga and J. D. Crow (25 July, p. 505), Fig. 1 on page 506 should have been printed as follows: [See figure in the PDF file]
M O, Dayhoff +5 more
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In the report by T. Kakunaga and J. D. Crow (25 July, p. 505), Fig. 1 on page 506 should have been printed as follows: [See figure in the PDF file]
M O, Dayhoff +5 more
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Nucleic-acid sequencing of proteomes
Nature Reviews Genetics, 2020A recent study re-casts proteomic analyses as a DNA sequencing problem; by fusing in vivo-expressed proteins to their encoding mRNA, molecular interactions can be identified and quantified through high-throughput nucleic-acid sequencing.
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Nucleic acid sequence-based amplification
Nature, 1991Nucleic acid sequence-based amplification (NASBA) is a primer-dependent technology that can be used for the continuous amplification of nucleic acids in a single mixture at one temperature.
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Graphical coding of nucleic acid sequences
Biochimie, 1985When, in a nucleic acid sequence, the four letters C, G, A, T (or U) are replaced by suitable graphical symbols, some patterns become immediately apparent. Two sets of symbols, constructed for the analysis of either purine/pyrimidine alternations, or of regions of complementarity within a sequence are shown.
E, Mizraji, J, Ninio
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Rational recognition of nucleic acid sequences
Current Opinion in Biotechnology, 1999Recent progress in synthetic and computational chemistry has made it possible to develop certain novel drug candidates. Drug candidates for genetic diseases, such as cancer, may also be designed on the basis of structural information obtained using X-ray analysis and NMR, as well as evidence from biological techniques applied to natural products - DNA (
H, lida, G, Jia, J W, Lown
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Nucleic acid and protein sequence databases
Bioinformatics, 1985Nucleic acid and protein sequences contain a wealth of information of interest to molecular biologists. The advent of molecular sequence databases provides a unique opportunity for the computer analysis of all available sequences. Sequence databases serve two main functions: (i) to facilitate comparisons with newly determined sequences, and (ii) to act
G G, Kneale, M J, Bishop
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1990
Abstract Over the last decade there have been many improvements in the technology of rapid DNA sequence determination. This volume describes a range of current methods for sequencing both DNA and RNA, giving step-by-step detailed protocols and including invaluable hints and tips for success.
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Abstract Over the last decade there have been many improvements in the technology of rapid DNA sequence determination. This volume describes a range of current methods for sequencing both DNA and RNA, giving step-by-step detailed protocols and including invaluable hints and tips for success.
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Nucleic Acid Sequence and Structure Databases
2009This chapter gives an overview of the most commonly used biological databases of nucleic acid sequences and their structures. We cover general sequence databases, databases for specific DNA features, noncoding RNA sequences, and RNA secondary and tertiary structures.
Washietl, Stefan, Hofacker, Ivo
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