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• W1485382941 abstract "The Golgi apparatus plays a central role in the eukaryotic secretory pathway shuttling products between a variety of destinations throughout the cell. It is a major site for the post translational modification and processing of proteins as well as having a significant role in the synthesis of complex carbohydrates. The Golgi apparatus exists as a contiguous component of the endomembrane system which encompasses the endoplasmic reticulum (ER), plasma membrane, vacuoles, endosomes and lysozymes (Morre & Mollenhauer, 2009). The Golgi apparatus is tightly linked to numerous signaling processes through membrane and vesicular trafficking throughout the endomembrane. This interconnection provides communication and recycling networks between the Golgi apparatus, the plasma membrane, vacuoles and lysosomes. Thus, the Golgi apparatus represents significant structure within the eukaryotic cell by regulating an array of complex biosynthetic processes. The Golgi apparatus was first described at the end of the 19th century by Camillo Golgi using light microscopy on nerve tissue samples (Golgi, 1898; Droscher, 1998). A half century passed and with the development of the electron microscope a more detailed picture emerged highlighting the extreme complexity and heterogeneity of the organelle in the eukaryotic cell (Dalton & Felix, 1953). The classic structure of the Golgi apparatus is that of a distinct membranous stack disassociated within the cytosol (Fig.1). This familiar image conceals the underlying complexity and interconnected nature of this organelle within the cell. With the development in the last decade of routine mass spectrometry-based proteomics, applying these methods to functionally characterize biological systems has been a major focus. The complexity and integrated structure of the Golgi apparatus and associated membrane systems makes analysis of this organelle one of the most complicated subcellular compartments to address with modern proteomics techniques. This chapter will highlight recent advances in our knowledge about the Golgi apparatus in eukaryotic systems that have been largely driven by the development of isolation procedures and subsequent proteomic analysis." @default.
• W1485382941 created "2016-06-24" @default.
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• W1485382941 date "2012-01-18" @default.
• W1485382941 modified "2023-09-26" @default.
• W1485382941 title "The Current State of the Golgi Proteomes" @default.
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• W1485382941 cites W1564118555 @default.
• W1485382941 cites W1650842175 @default.
• W1485382941 cites W1973977478 @default.
• W1485382941 cites W1974264843 @default.
• W1485382941 cites W1975438440 @default.
• W1485382941 cites W1983255121 @default.
• W1485382941 cites W1985525533 @default.
• W1485382941 cites W1989424501 @default.
• W1485382941 cites W1989939160 @default.
• W1485382941 cites W1997168691 @default.
• W1485382941 cites W2005222414 @default.
• W1485382941 cites W2005551759 @default.
• W1485382941 cites W2006246187 @default.
• W1485382941 cites W2008541887 @default.
• W1485382941 cites W2009609492 @default.
• W1485382941 cites W2014544277 @default.
• W1485382941 cites W2014839507 @default.
• W1485382941 cites W2025422229 @default.
• W1485382941 cites W2026076236 @default.
• W1485382941 cites W2031099042 @default.
• W1485382941 cites W2036794157 @default.
• W1485382941 cites W2038330825 @default.
• W1485382941 cites W2043951839 @default.
• W1485382941 cites W2045234988 @default.
• W1485382941 cites W2051102111 @default.
• W1485382941 cites W2051243829 @default.
• W1485382941 cites W2051795211 @default.
• W1485382941 cites W2058362517 @default.
• W1485382941 cites W2061998859 @default.
• W1485382941 cites W2063119567 @default.
• W1485382941 cites W2063731065 @default.
• W1485382941 cites W2065852288 @default.
• W1485382941 cites W2072285646 @default.
• W1485382941 cites W2072406268 @default.
• W1485382941 cites W2072672586 @default.
• W1485382941 cites W2077307563 @default.
• W1485382941 cites W2077619779 @default.
• W1485382941 cites W2079630123 @default.
• W1485382941 cites W2081641839 @default.
• W1485382941 cites W2082670991 @default.
• W1485382941 cites W2095535218 @default.
• W1485382941 cites W2097847369 @default.
• W1485382941 cites W2097934725 @default.
• W1485382941 cites W2108503166 @default.
• W1485382941 cites W2111208057 @default.
• W1485382941 cites W2111321252 @default.
• W1485382941 cites W2113776812 @default.
• W1485382941 cites W2117232429 @default.
• W1485382941 cites W2118032857 @default.
• W1485382941 cites W2124351063 @default.
• W1485382941 cites W2129716198 @default.
• W1485382941 cites W2130190479 @default.
• W1485382941 cites W2137471507 @default.
• W1485382941 cites W2147838931 @default.
• W1485382941 cites W2147844147 @default.
• W1485382941 cites W2155025856 @default.
• W1485382941 cites W2156355974 @default.
• W1485382941 cites W2156721238 @default.
• W1485382941 cites W2158543265 @default.
• W1485382941 cites W2158669779 @default.
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• W1485382941 doi "https://doi.org/10.5772/29379" @default.
• W1485382941 hasPublicationYear "2012" @default.
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