Most metazoan organisms have evolved a mildly acidified and calcium diminished sorting
hub in the early secretory pathway commonly referred to as the Endoplasmic Reticulum …

A long-standing assumption is that the cisternae of the Golgi apparatus can be grouped into
functionally distinct compartments, yet the molecular identities of those compartments have …

Cargo traffic through the Golgi apparatus is mediated by cisternal maturation, but it remains
largely unclear how the cis-cisternae, the earliest Golgi sub-compartment, is generated and …

As mammalian cells prepare for mitosis, the Golgi ribbon is first unlinked into its constituent
stacks and then transformed into spindle-associated, pleiomorphic membrane clusters in a …

There are, in theory, several ways in which proteins may pass through the Golgi apparatus.
Among these, the cisternal progression-maturation mode has gained broad consensus …

What is the minimal set of cell-biological ingredients needed to generate a Golgi apparatus?
The compositions of eukaryotic organelles arise through a process of molecular exchange …

INTRACELLUIAR ORGANELLES of higher eukaryotic cells are defined by their
characteristic morphology and the presence of resident membrane and lumenal marker …

Golgi cisternal maturation has been visualized by fluorescence imaging of individual
cisternae in the yeast Saccharomyces cerevisiae, but those experiments did not track …

The Golgi complex is considered the central station of the secretory pathway where cargo
proteins and lipids are properly modified, classified, packed into specific carriers and …

The secretory apparatus within all eukaryotic cells comprises a dynamic membrane system
with bidirectional membrane transport pathways and overlapping compartmental …