Pi plays a central role in numerous aspects of plant metabolism, and Pi deficiency has profound effects on numerous metabolic pathways as well as on gene expression [ 38, 39, 44, 51].
However, this relationship remains mostly undefined in the context of breast cancer, as protein degradation is mediated by numerous signaling pathways as well as certain molecule modulators (activators/inhibitors).
The ER is also in constant motion, and numerous signaling pathways as well as interactions among cytoskeletal elements, the plasma membrane, and organelles cooperate to position and shape the ER dynamically.
Breast cancer heterogeneity occurs as a consequence of the dysregulation of numerous oncogenic pathways as well as many non-genetic factors, including tumor microenvironmental stresses such as hypoxia, lactic acidosis, and glucose deprivation.
Breast cancer heterogeneity and complexity occurs as a consequence of the dysregulation of numerous oncogenic pathways as well as many non-genetic factors, including tumor-microenvironment stresses including hypoxia, lactic acidosis, glucose deprivation, and cytokine rich microenvironment [ 27].
GTP-binding proteins are switches and timers used by plant in numerous pathways such as growth control, translational controls, vesicular transport, cytoskeletal organization and nuclear import [ 61].
This could be accomplished by expanding the set to hundreds of genes involving numerous pathways such as metabolic and proliferative networks (20) that capture the KPD phenotype by using next-generation sequencing technologies (21).
Due to the numerous pathways impacted by cAMP as well as heterotrimeric G-protein signaling, a widespread and light-dependent regulatory function can also be assumed for further pathways not studied yet.
Genes that fell into numerous functions or canonical pathways as well as some genes that were not included in IPA networks were selected for this group.
The need for an atlas such as this is critical, as numerous pathways required for vascular development exhibit severe vascular phenotypes during this time period when disrupted.
