In yeast cells, growth rate-coordinated gene expression has been reported to be affected by the interplay between the stress signal of SAPK (stress-activated protein kinase) and the growth signal of TOR (target of rapamycin) [ 9], which both antagonistically regulate the expression of growth- and stress-related genes [ 10].
Mapb1 has been reported to bind to microtubules promoting their stabilization within axons, and to facilitate the interplay between the microtubule system and microfilaments.
Oversupply of source vapor as well as interplay of surface energies of the wire and liquid droplet was also reported to cause the droplet to be unstable, leading to oscillations in resulting Si NW structures [17].
The interplay between the BMMSC/osteoblast lineage and hematopoietic stem cells (HSCs) has been reported to play a critical role in regulating the immune system [11].
Together, these results suggest a complex interplay between ERα and FOXO3a, further complicated by ERβ having also been reported to interact with FOXO3a in MCF7 cells [ 63], on the estrogen-mediated regulation of cellular functions including migration, invasion and growth.
Furthermore, an extensive interplay between O-GlcNAc modification and serine/threonine phosphorylation in a variety of proteins has been reported to exist.
Rab10 has been reported to localize in many organelles, such as ER, golgi, early endosome, recycling endosome, and mediates membrane trafficking within the cell, which counterbalances secretion and permits complex interplay between cells and their environment.
This is supported by previous reports that small and localized changes in Ca2+ induce global Ca2+ waves due to interplay between different Ca2+ pools.
Interestingly, these two organs come to interplay during antlerogenesis.
Furthermore, the group reported the interplay between all of the investigated cell types and specifically emphasised the role of the B cell component and its correlation with high expression of CXCL13 (B cell chemoattractant), CD20, and IL-21 with a favourable clinical outcome.
