This was the final stage when remnants of the Golgi complex could be detected.

A fuller explanation of the two processes is described (see Golgi complex).

The Golgi complex is especially active in processing proteins for secretion.

Perhaps these kinesins may be related to motor functions involving the Golgi complex.

Additional studies are needed to examine the precise function of the Golgi complex during apoptosis.

In the present report, we describe characteristic changes of the Golgi complex during the progression of apoptosis.

We now provide evidence for characteristic alterations in the Golgi complex corresponding to nuclear change during the progression of apoptosis.

Swelling of the Golgi complex was particularly detected in the early stages of apoptosis.

Cytoplasmic dynein probably helps to position the Golgi complex and other organelles in the cell.

The Golgi complex is part of the cellular membrane system, as is the endoplasmic reticulum.

It had an apparatus called the Golgi complex that produced specialized secretions needed by the cell and synthesized large carbohydrates.

Some vesicles are made when part of the membrane pinches off the endoplasmic reticulum or the Golgi complex.

Hepatocytes possess multiple Golgi complexes, and have large numbers of peroxisomes, which can be detected with immunohistochemistry.

Only properly folded proteins are transported from the rough ER to the Golgi complex.

Mitochondria represent only 2% of cell body volume and the Golgi complex is small in TC.

The Golgi complex plays a key role in the sorting and modification of proteins exported from the endoplasmic reticulum.

Osteoclast rough endoplasmic reticulum is sparse, and the Golgi complex is extensive.

The toxin consists of three subunits, which are matured in golgi complex by signal peptidase and glycosylated.

The ribosomes, membranes and Golgi complexes can be separated by another technique called density gradient centrifugation.

Their basal bodies are linked to parabasal fibers that attach to prominent Golgi complexes, distinctive to the group.

This group, however, does contain typically eukaryotic organelles, such as golgi complexes, mitochondria and chloroplasts.

Furthermore, these investigators proposed that the Golgi complex transduces proapoptotic signals [ 29 ] .

This compartment mediates trafficking between the endoplasmic reticulum and Golgi complex, facilitating the sorting of cargo.

Fibroblasts Golgi complex is prominent and the rough endoplasmic reticulum is very well developed (usually 5-12%) of cell volume.

During the viral replication cycle, spikes proteins mature in the host cell Golgi complex with a high mannose glycosylation.

They are localized to the membrane of the Golgi apparatus.

This process can be followed by transportation and processing in the Golgi apparatus.

The Golgi apparatus is used by the cell for further protein modification.

The Golgi apparatus is somewhat like a post office.

It is a cap-like structure derived from the Golgi apparatus.

Another type of cytoplasmic network is the plate-like Golgi apparatus.

Various things can happen to the proteins on their journey through the enzyme covered space of the Golgi apparatus.

Both are thought to be specialized cisternae leading in and out of the Golgi apparatus.

In the Golgi apparatus, the sugar chains are modified by adding or removing certain sugars.

Due to its large size, the Golgi apparatus was one of the first organelles to be discovered and observed in detail.

Like the retortamonads, they lack both mitochondria and a Golgi apparatus.

The vesicles containing the properly folded proteins then enter the Golgi apparatus.

The opposite end of the Golgi apparatus is called the trans face, this is where the modified compounds leave.

It directs the transport through the ER and the Golgi apparatus.

It is glycosylated and is located in the Golgi apparatus.

Changes can also occur in other organelles such as the Golgi apparatus and neurotubules.

The secretory protein leaves the Golgi apparatus by an uncoated vesicle.

The term "Golgi apparatus" was used in 1910 and first appeared in scientific literature in 1913.

The head forms at one end, and the Golgi apparatus creates enzymes that will become the acrosome.

Cells that secrete constitutively have Golgi apparatus scattered throughout the cytoplasm.

PtdIns4P is prevalent in the membrane of the Golgi apparatus.

The loss of Golgi apparatus function affects some cells, such as those responsible for forming bone and cartilage, more than others.

They have a well-developed endoplasmic reticulum and Golgi apparatus to fulfill their function.

A Golgi apparatus is present.

The transport mechanism which proteins use to progress through the Golgi apparatus is not yet clear; however a number of hypotheses currently exist.