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We further explored the underlying nucleosomal landscape across the three cell types to determine why our ChIP-chip histone modification patterns were not accounted for by nucleosome levels as shown in previous studies using ChIP-sequencing [19], [20], [22], [28].
The remaining effect modification patterns were not so clear.
However, PM10 effect modification patterns were somewhat different in Europe and the United States.
Similar histone modification patterns were observed in seedlings harboring individual Kan R or Kan S loci.
Surprisingly, these modification patterns were almost identical between expressed and unexpressed genes.
The remaining effect modification patterns were not so clear, with lines crossing over the range of the relevant effect modifier.
Similar(47)
The chromatin modification patterns are often spread over thousands of base pairs.
Moreover, similar modification patterns are created upon simulating either a methyltransferase or acetyltransferase.
In addition, the 3′ end modification patterns are represented in lower case (i.e., a and u).
The stochastic aspects of the establishment, maintenance, and decay of histone modification patterns are still largely unresolved.
Surprisingly, the rate of spreading that we observe in the widespread modification patterns is faster than we expected.
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