… and actin with basal Pol I transcription factors at the rDNA promoter and does not take into
account any role of actin and myosin in chromatin-based and post-transcriptional processes. …

… actin can bind transcription factors and determine their subcellular localization. Second, actin
… The existence of a nuclear form of myosin has led to the proposal that NM1 acts as an actin-…

… Therefore, it is plausible that they are also used to regulate actin and myosin in nuclear
function. For instance, if we consider actin as a basal transcription factor, does RNA polymerase …

… We have investigated the role of actin and nuclear myosin I (NMI) in the transcription of …
transcription factors was pre-incubated with antibodies against actin or NMI before transcription …

… This suggests that the cooperative action of actin and myosin in the nucleus is … actin
cytoskeleton have been shown to regulate the subcellular localization of some transcription factors, …

… exists with actin-myosin complexes, an array of actin-associated … one transcription factor,
serum response factor (SRF), in the regulation of an expanding number of genes encoding actin…

… transcription either by modulating nuclear actin polymerization properties or by impinging on
actin-responsive transcription factors. At … by nuclear myosin I (NMI) and polymeric actin has …

… in the nucleus, and the presence of actin in the nucleus is now … myosins and actin that
are comparable to actin–myosin … the translocation of transcription factors to the nucleus. For …

… that actin and myosin could play an important role in consolidating the organization of the
mammalian genome and that loss of actin and myosin … on evidence that actin and myosin are …

… The vast diversity of cellular types and behaviours is mainly the result of combinatorial
interactions between a limited number of transcription factors and cellular signalling pathways …