Selected article for: "accumulation site and low temperature"
Title: The rubella virus E1 glycoprotein is arrested in a novel post-ER, pre- Golgi compartment
  • Document date: 1992_8_2
    • ID: 04455ffs_2
    Snippet: p ROTEINS following the exocytic pathway first enter the rough ER (RER) ~ and are then transported to the Golgi complex where they are sorted and directed to their final destinations (16, 44) . It is widely believed that no specific signals are required for exit from the ER or intra-Golgi transport (69) ; however, proteins must undergo proper folding and in many cases oligomerize to become transport competent (22, 43, 50) . Proteins exit the ER s.....
    Document: p ROTEINS following the exocytic pathway first enter the rough ER (RER) ~ and are then transported to the Golgi complex where they are sorted and directed to their final destinations (16, 44) . It is widely believed that no specific signals are required for exit from the ER or intra-Golgi transport (69) ; however, proteins must undergo proper folding and in many cases oligomerize to become transport competent (22, 43, 50) . Proteins exit the ER system in vesicular carders derived from transitional elements (42) and pass through pre-Golgi elements before entering the Golgi complex (52) . Pre-Golgi structures appear to represent the site of budding of certain viruses (61, 63) , the site of the low temperature (15~ (52) block and the site of accumulation of certain transmembrane and secretory proteins (48, 54, 66) .

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