Unit cell distribution of the indexed HEWL images processed by

Unit cell distribution of the indexed HEWL images processed by

<p><b>(A)</b><b>MOSFLM,</b><b>(B)</b><b>DirAx, and</b><b>(C)</b><b>XGANDALF at various input CTDDs.</b> The histogram shows the distribution of unit cell parameters (a, b, c, α, β, and γ) extracted from indexed diffraction...

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Bibliographic Details
Main Author: Ki Hyun Nam (5813819) (author)
Published: 2025
Subjects:
Biochemistry
Environmental Sciences not elsewhere classified
Biological Sciences not elsewhere classified
Mathematical Sciences not elsewhere classified
Chemical Sciences not elsewhere classified
Information Systems not elsewhere classified
successfully solved even
ray interaction points
pattern became distorted
indexed images differed
excluding one dataset
10 &# 8201
indexed data near
data quality deteriorated
± 10 mm
div >< p
detector distance shift
sx data quality
actual ctdd value
actual ctdd exhibited
gi data deviated
detector distance
data processing
actual ctdd
ctdd deviated
mm deviation
optimized ctdd
ctdd accuracy
ctdd ),
variations affect
values despite
temperature structure
study aimed
serial crystallography
sample delivery
radiation damage
phase problem
maximum number
many crystals
increasing deviation
glucose isomerase
emerging technique
continuously delivered
algorithm used
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Summary:<p><b>(A)</b><b>MOSFLM,</b><b>(B)</b><b>DirAx, and</b><b>(C)</b><b>XGANDALF at various input CTDDs.</b> The histogram shows the distribution of unit cell parameters (a, b, c, α, β, and γ) extracted from indexed diffraction patterns. At a CTDD of 298 mm, which is close to the actual CTDD value, the unit cell parameters exhibit a clear Gaussian distribution. In contrast, CTDD values of 292 mm and 304 mm, which deviate from the actual value, result in distorted Gaussian distributions of the unit cell parameters.</p>

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