Relative C.H. values, Eq 6, for the Wild Type and Lamins depleted models of 3D chromatin organization in X chromosome of Drosophila (Tolokh <i>et al</i>., 2023).

Relative C.H. values, Eq 6, for the Wild Type and Lamins depleted models of 3D chromatin organization in X chromosome of Drosophila (Tolokh <i>et al</i>., 2023).

<p><b>(a)</b> The dependencies of the <i>Relative C.H.</i> on the genomic separations <i>s</i>. <b>(b)</b> Comparison of the <i>Relative C.H.</i> values for the three specific genomic separations. The error bars represent the standard...

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Bibliographic Details
Main Author: Samira Mali (8897903) (author)
Other Authors: Igor S. Tolokh (1314408) (author), Erik Cross (21656212) (author), Alexey V. Onufriev (430594) (author)
Published: 2025
Subjects:
Biophysics
Genetics
Biotechnology
Cancer
Hematology
Plant Biology
Biological Sciences not elsewhere classified
Chemical Sciences not elsewhere classified
nuclear lamins leads
significant differences arise
relatively subtle differences
approximately 14 kb
increased structural heterogeneity
given genomic separation
genomic tad size
chromatin structure might
take experimental hi
interphase x chromosome
quantifying conformational heterogeneity
larger genomic distances
use bulk hi
necessarily limited single
div >< p
chromatin models examined
beyond 100 kb
3d genome organization
conformational heterogeneity </
increasing model resolution
3d chromatin conformations
conformational heterogeneity
interphase chromatin
bulk hi
chromatin models
major differences
2 kb
genomic separations
genomic distance
cell heterogeneity
models constructed
cell hi
work show
third relies
strongest near
standard deviation
single cells
similar trend
resolution limit
potential implication
modeling approaches
model resolution
loci distances
little effect
h .</
facilitate comparison
ensemble distribution
different resolutions
damid data
computational approach
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