Supraorganellar describes structures or processes that exist or function above the level of individual organelles within a cell. It refers to interactions, organization, and activities involving multiple organelles or the cellular environment surrounding them. This term emphasizes the holistic view of cellular function, considering how different organelles collaborate to achieve complex biological tasks, rather than focusing solely on the isolated activities of each component. It highlights the emergent properties arising from the integrated actions of various cellular compartments. It is also frequently used in cellular biology, biochemistry, and molecular biology contexts to indicate the scope of biological research.
Supraorganellar meaning with examples
- Researchers investigated the supraorganellar organization of the endoplasmic reticulum and Golgi apparatus to understand how protein trafficking occurs within the cell, which is vital to cellular transport and cellular waste removal.
- Studies on the supraorganellar interactions between mitochondria and the cytoskeleton have revealed how energy production is spatially coupled with cellular movement and shape, which is essential to the maintenance of cellular structure.
- The research explored supraorganellar signaling pathways involving the nucleus, mitochondria, and the plasma membrane to analyze how external stimuli are processed and affect gene expression, a central process in growth.
- Analysis of supraorganellar protein complexes showed the significance of the lysosome and peroxisome in waste management, revealing how their coordinated activity maintains cellular homeostasis and health.