Agilent Xcalibur Nova System Application Note: Telomeric RNA Quadruplex Crystal Structure

This document presents the preliminary results of a collection on an unusual macromolecular RNA G-quadruplex structure. The single crystal data was collected to 2.2Å resolution, providing us with a detailed view of the RNA’s sugar pucker and hydration structure. The efficient data collection geometry and associated high redundancy of data has enabled us to also visualize the anomalous scattering from the ions in the central channel, and confirm the location of the bromine atoms included to assist in phasing.


Agilent Xcalibur Nova System Application Note: Telomeric RNA Quadruplex Crystal Structure - cover page
Brand
Agilent
Document type
Application Note
Language
English
Pages
4
File format
PDF
File size
915 KB
Published
11 June, 2012
Updated
30 September, 2023
MD5 checksum
28FA2871CE15D486F77330BCA6014C50

About this manual

The document presents preliminary results from collecting single-crystal data on an unusual macromolecular RNA G-quadruplex using an in-house Agilent Technologies (formerly Oxford Diffraction) Nova X-ray source with a Titan CCD detector. The system was used to collect data to 2.2 Å resolution, providing detailed views of the RNA sugar pucker and hydration structure.

What's inside

  • Background
  • Experimental
  • Data collection
  • Results

Frequently asked questions

What is the maximum exposure time per frame during data collection?

The maximum exposure time was 5 minutes per frame.

How long did the total data collection take?

The total collection time was 22 hours.

What is the resolution of the single crystal data collected?

The single crystal data was collected to 2.2A resolution.

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