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The most commonly available sample condition used is that of a cryo-temperature. Cooling a crystal in smaller molecule crystallography for diffraction data collection at around 100 K is the norm. In biological crystallography where X-ray radiation damage at ambient temperature is a problem this challenge is routinely ‘solved’ by cooling in an acceptable manner the crystal using a cryogen such as liquid nitrogen.

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Sample Environment, Cryostats and or Containment, Light Sources for Photo-Initiation or Mixing Devices for Reactions in a Crystal

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  • 发表日期：

    2025年

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  • John R. Helliwell

摘要

The most commonly available sample condition used is that of a cryo-temperature. Cooling a crystal in smaller molecule crystallography for diffraction data collection at around 100 K is the norm. In biological crystallography where X-ray radiation damage at ambient temperature is a problem this challenge is routinely ‘solved’ by cooling in an acceptable manner the crystal using a cryogen such as liquid nitrogen.