They are arranged into functional modules, genetically dissectible cellular functions such as the cell cycle, or different stress responses.
We also saw increases in other cellular functions, such as tube formation and nitric oxide formation.
These proteins participate in many cellular functions, such as regulation of signaling, transport, and metabolism or cell division1.
Ribonucleoproteins (RNPs) mediate key cellular functions such as gene expression and its regulation.
The cellular functions such as proliferation, migration, and angiogenic capability were characterized.
Membrane proteins are critical to cellular functions such as response to environmental changes, membrane stability, nutrient transport, redox balance, energy generation, and cellular defense.
Riboswitches and ribozymes are widespread in nature, and mediate important cellular functions such as replication, RNA processing, and protein synthesis.
The protein kinases regulate cellular functions such as transcription, translation, proliferation, growth and survival by the process of phosphorylation.
Although the EGFP-tagged gene served as a useful reporter system to monitor its tissue specific gene expression in living animals, growing evidences suggested that EGFP itself can alter important cellular functions such as protein stability29.
In addition, cellular functions such as cell receptor gene expression are different in 3D culture42,43, and cell growth in 3D better mimics the organization and metabolic characteristics of tissue.
Three types of target molecules can be distinguished: (1) receptors, (2) macromolecules that have specific cellular functions, such as enzymes, transport molecules, and nucleic acids, and (3) membrane lipids.
