Some Rules for Predicting the Base-Sequence Dependence of DNA Conformation
β Scribed by W. L. Peticolas, Y. Wang and G. A. Thomas
- Book ID
- 123635438
- Publisher
- National Academy of Sciences
- Year
- 1988
- Tongue
- English
- Weight
- 989 KB
- Volume
- 85
- Category
- Article
- ISSN
- 0027-8424
- DOI
- 10.2307/31478
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π SIMILAR VOLUMES
We have studied, by conformational analysis, the sequence dependence of DNA conformational transition between B-and A-forms. We have considered intramolecular interactions between base pairs, without backbone, to examine their role in the conformational transition between Band A-forms, and found tha
The vibrational spectra of four genomic and two synthetic DNAs, encompassing a wide range in base composition [poly(dA-dT) 72% G Ο© C; poly(dG-dC)β poly(dG-dC), 100% G Ο© C] (dA: deoxyadenosine; dG: deoxyguanosine; dC: deoxycytidine; dT: thymidine), have been analyzed using Raman difference methods of
## Abstract CD spectra were obtained for eight synthetic doubleβstranded DNA polymers down to at least 175 nm in the vacuum uv. Three sets of sequence isomers were studied: (a) poly[d(AβC) Β· d(GβT)] and poly[d(AβG) Β· d(CβT)], (b) poly[d(AβCβC) Β· d(GβGβT)] and poly[d(AβCβG) Β· d(CβGβT)], and (c) poly