Dissociation of Non-Complementary Second DNA from RecA Filament without ATP Hydrolysis: Mechanism of Search for Homologous DNA^1
スポンサーリンク
概要
- 論文の詳細を見る
- Japanese Biochemical Societyの論文
- 1997-06-01
著者
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Norden Bengt
Department Of Physical Chemistry Chalmers University Of Technology
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TAKAHASHI Masayuki
Groupe d'Etude de Mutagenese et Cancerogenes, Institute Curie & URA1342 CNRS
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ELLOUZE Christine
Groupe d'Etude Mutagenese et Cancerogenese, Institut Curie & UMR 216 CNRS
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Ellouze Christine
Groupe D'etude Mutagenese Et Cancerogenese Institut Curie & Umr 216 Cnrs
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Takahashi Masayuki
Groupe D'etude Mutagenese Et Cancerogenese Institut Curie & Umr 216 Cnrs
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Takahashi Masayuki
Groupe D'etude De Mutagenese Et Cancerogenese Umr 216 Institut Curie & Cnrs
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Ellouze Christine
Groupe d'Etude de Mutagenese et Cancerogenese, UMR 216, Institut Curie & CNRS
関連論文
- Further Evidence for Binding of Three Single-Stranded DNA Molecules by the RecA Filament
- Dissociation of Non-Complementary Second DNA from RecA Filament without ATP Hydrolysis: Mechanism of Search for Homologous DNA^1
- Use of Fluorescein-Labeled Oligonucleotide for Analysis of Formation and Dissociation Kinetics of T:A:T Triple-Stranded DNA: Effect of Divalent Cations^1