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At the molecular level, the only in vitro CDKL5 substrates identified so far are DNA methyltransferase 1 (DNMT1) and MeCP2 [5,19,28], suggesting that CDKL5 may regulate DNA methylation and the binding of MeCP2 to DNA.
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It nevertheless remains a possibility that these proteins may negatively regulate DNA replication.
A direct interaction of Srs2 with PCNA may also regulate DNA synthesis during HR to suppress formation of crossover products (Burkovics et al. 2013).
Control of gene expression at the transcriptional level is vital and several mechanisms exist that may regulate the DNA binding of a transcription factor (TF).
We initially hypothesized that the nucleolar filaments may regulate some DNA damage-specific change in nucleolar morphology, analogous to the role of actin filaments in germinal vesicles of Xenopus oocytes.
Through bioinformatic searches, we identified a homolog of Tipin from N. vectensis (XP_001625500), suggesting that NvTIMEOUT may interact with TIPIN to regulate DNA replication.
Therefore, age-dependent mechanisms that regulate DNA integrity and DNA damage responses may provide clues to reconciling the co-existence of senescence and enhanced malignant potential.
This suggests that numerous L1s may regulate transcription and DNA replication through their involvement in the establishment of the three-dimensional (3D) structure of chromatin.
Alternatively, PYL8 may regulate MYBR1 binding to DNA.
In addition, it has been described recently that some miRNA may regulate gene expression by DNA methylation [ 7].
Thus, we propose that insulin resistance may regulate DNMT1 activity and DNA methylation in the D-loop region through NAD+-SIRT1, and this mechanism should be further explored in future studies.
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