cytosol

There are found mainly in the cytosol and the nucleus.

They break down in the cytosol outside the nucleus.

The cytosol is a complex mixture of substances dissolved in water.

The cytosol has no single function and is instead the site of multiple cell processes.

It is predicted to be localized primarily in the cytosol.

The free water pool is the bulk water of the cytosol.

It is used to model the partitioning of pharmaceutical products between water and the cytosol.

Although water forms the large majority of the cytosol, its structure and properties within cells is not well understood.

Inclusions - chemical substances found suspended directly in the cytosol.

It is the absorption of larger particles into the cytosol including things like bacterium.

In other cells the enzymes responsible for this are present in the cytosol.

The unbound receptor resides in the cytosol of the cell.

They are similar to gap junctions, connecting the cytosol of adjacent cells.

This enzyme activity was found in the cytosol.

The charged form, however, is often more soluble in blood and cytosol, both aqueous environments.

This crowding effect alters how the components of the cytosol interact with each other.

The resulting organic monomers are then returned to the cytosol for reuse.

For the virus to penetrate the cytosol of a host cell, a low pH is necessary.

The reactions take place in the cytosol.

Actin filaments, present in the cytosol, are most abundant near the cell surface.

During the life cycle zinc pools are formed in both the cytosol and the mitochondria.

The inclusions are small particles of insoluble substances suspended in the cytosol.

The outer membrane surrounds the mitochondria and separates it from the cytosol.

The part of the cytoplasm that is not held within organelles is called the cytosol.

The cytoplasm has three major elements; the cytosol, organelles and inclusions.