Golgi's apparatus
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چکیده
Golgi reported an " internal reticular apparatus " in neurons — a structure now known as the Golgi apparatus. Although this is by far his best-remembered work, Golgi made many other important scientific discoveries in his lifetime (1843–1926), and in 1906 shared the Nobel prize for Physiology or Medicine with Santiago Ramón y Cajal for their studies on the structure of the nervous system. As well as the Golgi apparatus, Golgi described the relationships of glial cells with blood vessels, two fundamentally different types of nerve cell (now called projection neurons and interneurons), and the sensory organs known as 'Golgi tendon organs'. A collection of his publications — complete with his beautifully detailed drawings (samples of which are shown at top left) — were compiled to produce the four volumes of the Opera Omnia (Hoepli Editore, Milan). Golgi studied medicine at the University of Pavia in northern Italy and worked initially in the Institute
منابع مشابه
Camillo Golgi (1843?1926)
Camillo Golgi studied the central nervous system [2] during the late nineteenth and early twentieth centuries in Italy, and he developed a staining technique to visualize brain cells. Called the black reaction, Golgi's staining technique enabled him to see the cellular structure of brain cells, called neurons, with much greater precision. Golgi also used the black reaction to identify structure...
متن کاملCamillo Golgi's Black Reaction for Staining Neurons
In 1873 Italy, Camillo Golgi created the black reaction technique, which enabled scientists to stain and view the structure of neurons, the specialized cells that compose the nervous system. During the nineteenth century, scientists were studying cells and proposed cell theory, which describes the basic characteristics of cells as fundamental units of life. However, cell theory struggled to exp...
متن کاملCamillo Golgi (1843?1926)
Camillo Golgi studied the central nervous system [2] during the late nineteenth and early twentieth centuries in Italy, and he developed a staining technique to visualize brain cells. Called the black reaction, Golgi's staining technique enabled him to see the cellular structure of brain cells, called neurons, with much greater precision. Golgi also used the black reaction to identify structure...
متن کاملBring in the SNAREs
The Golgi's central COG ngar et al. report on page 405 that three separately studied Golgi protein complexes are one and the same. The mammalian version of the complex has been named the conserved oligomeric Golgi (COG) complex. COG is octameric, and five of its eight subunits have homologues in the octameric Sec34/35 complex from budding yeast, which was recently U Normal Golgi structure (left...
متن کاملDark and light neurons in the human brain, with special reference to their reactions to Golgi's silver nitrate, luxol fast blue MBS and azocarmine G.
Sections from the human somatosensory cortex were observed with a light microscope. The neurons were classified into light and dark ones. The light neurons were slightly stained with thionin, luxol fast blue MBS and azocarmine G (80% of all neurons). The dark neurons were more or less shrunken, and stained intensely with these dyes (20% of all neurons). Double staining with luxol fast blue MBS ...
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ورودعنوان ژورنال:
- Current Biology
دوره 8 شماره
صفحات -
تاریخ انتشار 1998