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THE NUCLEIC ACID DATABASE NEWSLETTER
November 2003, Volume 7, Number 2
Paper Describing RNA Visualization Programs Published
Programs developed to aid in the classification and visualization of
RNA are available from the NDB site at
ndbserver.rutgers.edu/services/.
These programs are used to generate images of secondary structure for
RNA structures in the NDB Atlas.
The BPView program is used to display the three dimensional
coordinates of base pairs and base pair collections.
RNAview identifies and classifies base pair types formed in
structures by various combinations of the three edges,
Watson-Crick, Hoogsteen, and Sugar edge.
RNAMLview is used to rearrange the layout of the two dimensional
diagrams from RNAView.
These programs are described in
"Tools for the automatic identification and classification of RNA base pairs"
Huanwang Yang, Fabrice Jossinet, Neocles Leontis, Li Chen,
John Westbrook, Helen Berman and Eric Westhof.
Nucleic Acids Research, 2003, Vol. 31, No. 13 3450-3460
http://nar.oxfordjournals.org/content/31/13/3450.abstract?etoc
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NDB at the ACS Middle Atlantic Regional Meeting 2003
The NDB presented a poster on the NDB redesign at the ACS Middle
Atlantic Regional Meeting (MARM) that was held June 8-11, 2003 at
Princeton University (NJ).
As described in the last newsletter, the features of the NDB redesign
include a new look and layout, a greatly revised new Atlas, a new
database that includes X-ray and NMR structures, and a new search
engine. These are all available from the NDB home page at
ndbserver.rutgers.edu.
"Nucleic Acid Database Redesign: Expanded Annotation and Visualization"
Helen M. Berman, Chi-Ming Chao, Li Chen, Zukang Feng,
Lisa Iype, Xiang-Jun Lu, Bohdan Schneider, John Westbrook,
Huanwang Yang.
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NDB at RNA 2003
The NDB presented a poster on the NDB and RNA at the RNA 2003 Meeting
that was held July 1-6 in Vienna, Austria.
The poster described the new Atlas features, including new molecular
graphics emphasizing base pairing interactions, 2D diagrams secondary
and tertiary RNA structure produced by RNAView, RNAML datafiles, and
tables of hydrogen bonding, base morphology and backbone geometrical
features. The new website also provides a web form for the RNAView
program that allows users to upload RNA coordinate data and produce 2D
diagrams of hydrogen bonding interactions and RNAML data files. A
companion program RNAMLView is provided to permit the interactive
editing of these 2D diagrams. The 3D structure of individual base
pairs or motifs can be viewed using the new web BPViewer.
"The Nucleic Acid Database and RNA" Huanwang Yang, Fabrice
Jossinet, Eric Westhof, Neocles Leontis, Bohdan Schneider, Chi-Ming
Chao, Zukang Feng, Lisa Iype, Xiang-Jun Lu, Goran Aleksic, Joanna
de la Cruz, Gregory Donahue, Dipannita Kalyani, Daniel Kulp, Hari
Narayan, John Westbrook, and Helen M. Berman
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Review of B- and A-DNA Structures Published
Analysis of helical structures in the NDB reveals the effects of
environment and sequence on DNA structure. A review of these studies
and their implications on the recognition and deformability of the
double helix during biologically important processes was included in a
publication from the DNA50 Council. This collection intends to
demonstrate the progress made since the discovery of DNA structure.
"The Many Twists of DNA". Helen M. Berman and Wilma K. Olson
DNA 50: The Secret of Life. pages 104 - 124. Miriam Balaban,
Editor. Published by Faircount, London. 2003.
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Paper Nucleic Acid Visualization Program Published
3DNA is used by the NDB to generate the graphics emphasizing nucleic
acid features in the NDB Atlas. This program is available from the
NDB site at ndbserver.rutgers.edu/services/.
"3DNA: a software package for the analysis, rebuilding and
visualization of three-dimensional nucleic acid structures"
Xiang-Jun Lu and Wilma K. Olson
Nucl. Acids. Res. 2003 31: 5108-5121.
http://nar.oxfordjournals.org/content/31/17/5108.abstract?etoc
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Using XML to Generate the NDB Atlas
The NDB Atlas was recently expanded and redesigned to provide pages
for NMR structures; more descriptive structure categories; improved
graphics, and further information about each structure.
Each entry in the NDB Atlas contains links to files for the asymmetric
and biological unit coordinate files in PDB format, coordinate files
in CIF format, experimental data, and images. Using a program written
by the NDB, all the files needed to generate complete NDB Atlas
entries are created by parsing the XML files. The XML files are
created from mmCIF files generated during NDB processing.
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The Nucleic Acid Database Project is funded by the
National Science Foundation and the Department of Energy.
To subscribe or unsubscribe to the NDB newsletter, send a message to
ndbnews@ndbserver.rutgers.edu.
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