FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2085273306> ?p ?o ?g. }

• W2085273306 endingPage "304" @default.
• W2085273306 startingPage "299" @default.
• W2085273306 abstract "The secretory route in eukaryotic cells has been regarded as one common pathway from the endoplasmic reticulum (ER) through the Golgi cisternae to the trans Golgi network where recognition, sorting and exit of cargo molecules are thought to occur. Morphologically, the ribosome‐coated ER is observed throughout the cytoplasm, while the Golgi apparatus usually is confined to a perinuclear position in mammalian cells. However, Golgi outposts have been observed in neuronal dendrites and dispersed Golgi elements in skeletal muscle myofibers. In insects, like in Drosophila melanogaster imaginal disc cells and epidermal cells of Tobacco and Arabidopsis leafs, individual Golgi stacks are distributed throughout the cytoplasm. Golgi stacks do not only differ in their intracellular localization but also in the number of stacks from one to several hundreds. Each stack consists of closely aligned, flattened, membrane‐limited cisternae . The number of cisternae in a Golgi stack is also variable, 2–3 in some ciliates, 10 in many plant cell types and up to 30 in certain euglenoids. The yeast Saccharomyces cerevisiae has a Golgi structure of minimal complexity with scattered solitary cisternae . It is assumed that the number of Golgi cisternae reflects the overall complexity of the enzymatic reactions that occur in their lumen, while the number of stacks reflects the load of macromolecules arriving at the cis side. In this review, we will focus on how the available morphological and biochemical data fit with the current view of protein sorting in the secretory pathway, particularly in polarized cells like neuronal and epithelial cells." @default.
• W2085273306 created "2016-06-24" @default.
• W2085273306 creator A5014498997 @default.
• W2085273306 creator A5020123976 @default.
• W2085273306 creator A5026745144 @default.
• W2085273306 date "2007-12-14" @default.
• W2085273306 modified "2023-09-29" @default.
• W2085273306 title "How Many Ways Through the Golgi Maze?" @default.
• W2085273306 cites W121387658 @default.
• W2085273306 cites W1482915690 @default.
• W2085273306 cites W1488868080 @default.
• W2085273306 cites W1568361084 @default.
• W2085273306 cites W1576409652 @default.
• W2085273306 cites W1955765029 @default.
• W2085273306 cites W1963051938 @default.
• W2085273306 cites W1963667319 @default.
• W2085273306 cites W1964117622 @default.
• W2085273306 cites W1966110715 @default.
• W2085273306 cites W1967363104 @default.
• W2085273306 cites W1968066219 @default.
• W2085273306 cites W1968307008 @default.
• W2085273306 cites W1971583898 @default.
• W2085273306 cites W1972796001 @default.
• W2085273306 cites W1973216668 @default.
• W2085273306 cites W1974769759 @default.
• W2085273306 cites W1978458345 @default.
• W2085273306 cites W1980495742 @default.
• W2085273306 cites W1982528790 @default.
• W2085273306 cites W1982615333 @default.
• W2085273306 cites W1985647334 @default.
• W2085273306 cites W1986616082 @default.
• W2085273306 cites W1990031333 @default.
• W2085273306 cites W1990184239 @default.
• W2085273306 cites W1990658887 @default.
• W2085273306 cites W1990803574 @default.
• W2085273306 cites W1990888591 @default.
• W2085273306 cites W1994549208 @default.
• W2085273306 cites W1994838572 @default.
• W2085273306 cites W1995599358 @default.
• W2085273306 cites W2002148997 @default.
• W2085273306 cites W2006188134 @default.
• W2085273306 cites W2010355738 @default.
• W2085273306 cites W2012867878 @default.
• W2085273306 cites W2014095197 @default.
• W2085273306 cites W2018415759 @default.
• W2085273306 cites W2020614042 @default.
• W2085273306 cites W2030662833 @default.
• W2085273306 cites W2035433348 @default.
• W2085273306 cites W2037115983 @default.
• W2085273306 cites W2039005185 @default.
• W2085273306 cites W2039185164 @default.
• W2085273306 cites W2041660771 @default.
• W2085273306 cites W2042633008 @default.
• W2085273306 cites W2051463269 @default.
• W2085273306 cites W2053100399 @default.
• W2085273306 cites W2053308211 @default.
• W2085273306 cites W2055209133 @default.
• W2085273306 cites W2058137515 @default.
• W2085273306 cites W2058902988 @default.
• W2085273306 cites W2065323140 @default.
• W2085273306 cites W2071115686 @default.
• W2085273306 cites W2071427211 @default.
• W2085273306 cites W2075341764 @default.
• W2085273306 cites W2075630737 @default.
• W2085273306 cites W2076344382 @default.
• W2085273306 cites W2082514969 @default.
• W2085273306 cites W2082802628 @default.
• W2085273306 cites W2083260383 @default.
• W2085273306 cites W2084959426 @default.
• W2085273306 cites W2088305283 @default.
• W2085273306 cites W2096612773 @default.
• W2085273306 cites W2108349511 @default.
• W2085273306 cites W2110980227 @default.
• W2085273306 cites W2119762643 @default.
• W2085273306 cites W2124235157 @default.
• W2085273306 cites W2128872171 @default.
• W2085273306 cites W2134403233 @default.
• W2085273306 cites W2134708980 @default.
• W2085273306 cites W2147352455 @default.
• W2085273306 cites W2148251929 @default.
• W2085273306 cites W2151613644 @default.
• W2085273306 cites W2153873971 @default.
• W2085273306 cites W2158141470 @default.
• W2085273306 cites W2162097271 @default.
• W2085273306 cites W2162669567 @default.
• W2085273306 cites W2165623503 @default.
• W2085273306 cites W2167725841 @default.
• W2085273306 cites W2168413434 @default.
• W2085273306 cites W2169857443 @default.
• W2085273306 cites W2170114979 @default.
• W2085273306 cites W2171513921 @default.
• W2085273306 cites W2184231889 @default.
• W2085273306 cites W257853793 @default.
• W2085273306 cites W319373341 @default.
• W2085273306 cites W4299832967 @default.
• W2085273306 doi "https://doi.org/10.1111/j.1600-0854.2007.00690.x" @default.
• W2085273306 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/18088319" @default.
• W2085273306 hasPublicationYear "2007" @default.

• next