All crystal structures of A‐DNA duplexes exhibit a typical crystal packing, with the termini of
one molecule abutting the shallow grooves of symmetry related neighbors, while all other …

The current state of three‐dimensional structure analysis of RNA by x‐ray crystallograpy is
summarized. The methods of sample preparation, crystallization, data collection, and …

Nanosecond length simulations applying the particle mesh Ewald method within AMBER 4.1
on canonical A-form and B-form geometries of d [CCAACGTTGG] 2, r [CCAACGUUGG] 2 …

Molecular dynamics (MD) simulations including water and counterions on B-DNA oligomers
containing all 136 unique tetranucleotide basepair steps are reported. The objective is to …

The crystal structure of the RNA duplex [r (CCCCGGGG)] 2 has been refined to 1.46 Å
resolution with room temperature synchrotron diffraction data. This represents the highest …

The DNA backbone geometry was analyzed for 96 crystal structures of
oligodeoxynucleotides. The ranges and mean values of the torsion angles for the observed …

When DNA is bent around a protein, it must distort. The distortion occurs by changes in the
conformation of successive dinucleotide steps. Bending does not necessarily occur …

This paper is concerned with an investigation of the geometry and structure of DNA as
revealed by X–ray diffraction of single crystal oligomeric structures. A database of atomic …

Variations in base mono-and dipoles result in variations in stacking energies for the 10
unique neighbor pairs in DNA. Stacking energies for pair M on N, expressed as TMN, were …

Revised Manuscript Received August 18, 1988 abstract: The molecular structure of the
complex between a minor groove binding drug (netropsin) and the DNA dodecamer d …