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Topic: Camillo Golgi

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	Life and Discoveries of Camillo Golgi
		Camillo Golgi was born in July 1843 in Corteno, a village in the mountains near Brescia in northern Italy, where his father was working as a district medical officer.
		Golgi graduated in 1865 and was, therefore, a student during the last years of the fights for the independence of Italy (Italy became united in 1870).
		Golgi established in the Institute of General Pathology a very active laboratory, with international contacts, and was especially gifted in stimulating his students and foreign guests, including the Norwegian histologist and explorer Fridtjof Nansen (1861-1930), Nobel Laureate in Peace 1922.
	nobelprize.org /nobel_prizes/medicine/articles/golgi (1606 words)

	Golgi apparatus
		The Golgi apparatus, named after its discoverer Camillo Golgi (1843-1926), is the central delivery system of all but the simplest eukaryotic cell.
		The Golgi apparatus is present in all cells but tends to be more prominent where there are a lot of substances, such as enzymes, being secreted.
		(11) Cisternae of the Golgi apparatus.(12) Secretory vesicle.
	www.ebroadcast.com.au /lookup/encyclopedia/go/Golgi_apparatus.html (370 words)

	Camillo Golgi Summary
		Camillo Golgi, a clinician, researcher, and teacher, is best known for his Nobel Prize-winning work on the central nervous system, including his development of the chromate of silver method for better defining cell structures and his discovery of a small organ within the cytoplasm of the nerve cell now known as Golgi's apparatus.
		Golgi also described the quotidian fever, which he believed was caused by a double infection of the tertian parasite; and the estivo-autumnal type of malaria, which he described as an altogether separate type of malaria.
		Golgi was born in Corteno, province of Brescia, Italy.
	www.bookrags.com /Camillo_Golgi (3368 words)

	Forschungsnachrichten.de - Camillo Golgi und Santiago Ramon y Cayal erhielten vor 100 Jahren den Nobelpreis
		Forschungsnachrichten.de - Camillo Golgi und Santiago Ramon y Cayal erhielten vor 100 Jahren den Nobelpreis
		Camillo Golgi und Santiago Ramon y Cayal erhielten vor 100 Jahren den Nobelpreis
		Vor hundert Jahren (1906) erhielten die Mediziner Camillo Golgi (1843-1926) und Santiago Ramon y Cajal (1852-1934) den Nobelpreis für Medizin für ihre bahnbrechenden und bis heute gültigen Fundamentalforschungen auf dem Gebiet der Neurobiologie und Neurologie.
	www.forschungsnachrichten.de /medizin/medizin-meldungen/camillo-golgi-und-santiago-ramon-y-cayal-erhielten-vor-100-jahren-den-nobelpreis.htm (202 words)

	Camillo Golgi (www.whonamedit.com)
		Camillo Golgi was born in Corteno in the Lombardy, now called Corteno Golgi, where his father, Alessandro Golgi, a graduate of the University of Pavia, was the local doctor.
		The discovery of Golgi cells led the German anatomist Wilhelm von Waldeyer-Hartz (1836-1921) to postulate in 1891 that the nerve cell is the basic structural unit of the nervous system, a critical point in the development of modern neurology.
		Golgi was dean of the Faculty of Medicine of the University of Pavia, and rector of this university for several years.
	www.whonamedit.com /doctor.cfm/2127.html (1336 words)

	Camillo Golgi - Biography
		Camillo Golgi was born at Corteno near Brescia on July 7, 1843*, the son of a physician.
		Golgi himself stated that Bizzozero greatly influenced him and his methods of scientific research; at that time most of his investigations were concerned with the nervous system, i.e.
		Golgi returned to the University of Pavia as Extraordinary Professor of Histology, went to Siena for a short time, but returned to Pavia and was appointed to the Chair for General Pathology in 1881, in succession to his teacher Bizzozero.
	nobelprize.org /nobel_prizes/medicine/laureates/1906/golgi-bio.html (619 words)

	Camillo Golgi information - Search.com
		Golgi was born in Corteno, province of Brescia, Italy.
		Golgi studied medicine at University of Pavia, where he worked in the experimental pathology laboratory under Giulio Bizzozero, who elucidated the properties of bone marrow.
		Golgi, together with Santiago Ramón y Cajal, received the Nobel Prize in Physiology or Medicine in 1906 for his studies of the structure of the nervous system.
	www.search.com /reference/Camillo_Golgi (446 words)

	Golgi, Camillo (Site not responding. Last check: )
		Golgi's use of silver salts in staining cells proved so effective in showing up the components and fine processes of nerve cells that even the synapses - tiny gaps between the cells - were visible.
		Golgi was born near Brescia and studied at Pavia, where he spent most of his academic career, becoming professor 1876.
		From his examinations of different parts of the brain, Golgi put forward the theory that there are two types of nerve cells, sensory and motor cells, and that axons are concerned with the transmission of nerve impulses.
	www.cartage.org.lb /en/themes/Biographies/MainBiographies/G/Golgi/1.html (196 words)

	International Brain Research Organization
		Bartolomeo Camillo Golgi was born, the third of four sons, in Corteno (today Corteno Golgi), a small mountain village in the province of Brescia, Italy on 7 July 1843 (Figure 1).
		Thereafter Golgi returned to the study of the nervous system and using a variant of his fl reaction he was able to observe, in 1897, a 'reticulum' in the cytoplasm of cells of spinal ganglia, the so-call 'internal reticular apparatus', subsequently christened the 'Golgi apparatus' or 'Golgi complex'.
		In Golgi’s laboratory Carlo Martinotti identified the cell named after him in the cerebral cortex, Aldo Perroncito described the phases of regeneration in the nerves, Emilio Veratti observed the sarcoplasmic reticulum and Adelchi Negri discovered the intraneuronal inclusions (the Negri bodies) in animals and humans infected with the rabies virus (Figure_6).
	www.ibro.info /Pub_Main_Display.asp?Main_ID=68 (1875 words)

	Renzo Piano - Biography & Achievements
		Camillo Golgi was the first Italian to have received the Nobel Prize in Physiology or Medicine in 1906.
		Camillo Golgi was born on July 7, 1843 in Corteno in a small village near Brescia in Northern Italy.
		Golgi was reticent and modest about this work and it is not exactly known when he developed this technique.
	www.ultimateitaly.com /peoples/camillo-golgi.html (1456 words)

	Camillo Golgi - Psychology Wiki - a Wikia wiki
		Camillo Golgi - Psychology Wiki - a Wikia wiki
		Camillo Golgi (July 7, 1843 – January 21, 1926) was an Italian physician and scientist.
		In renal physiology Golgi is renown for being the first to show that the distal tubulus of the nephron returns to its originating glomerulus a finding that he published in 1889 (Golgi, C. Annotazioni intorno alli'Istologia dei reni dell'uomo e di altri mammifieri e sull'istogenesi dei canalicoli oriniferi.
	psychology.wikia.com /wiki/Camillo_Golgi (594 words)

	Society for Neuroscience \| News Releases (Site not responding. Last check: )
		Golgi invented a revolutionary method of silver staining referred to as the "fl reaction," which uses a weak solution of silver nitrate to create a dark deposit in the cell body, axon, and dendrites, and provides clear pictures of individual nerve and cell structures.
		Golgi was born in 1843 in Corteno, a village in Northern Italy.
		Golgi served as dean of the faculty of medicine and, for a time, rector of the university.
	www.sfn.org /index.cfm?pagename=news_120106&print=on (543 words)

	Laureates of Tomorrow Nobel Essay Contest
		Golgi was born in 1843 in Coteno, Italy, studied medicine in Pavia, and spent most of his career on the faculty of its university (Altamura, 1996).
		Although Golgi misinterpreted the overall view of the organization of the nervous system, theorizing that the nervous system is a syncytial system and that the nervous impulse propagates along a diffuse network, his rival and Co-Nobel prize recipient Ramon y Cajal correctly interpreted the structure of the nervous system by using Golgi impregnation techniques (Bentivoglio).
		Golgi was one of the first scientists to connect the areas of neuroscience and psychiatry, believing that experimental findings should be the basis of theories surrounding psychiatric disorders.
	www.nyas.org /programs/nobel/essay6.html (1878 words)

	Documento senza titolo
		Before Golgi the colouring substances used for microscopic observation of cells were ffective means to show the microscopic structure of nearly all tissues of organism except nervous ells that appeared grossly and could not be identified properly.
		Camillo Golgi also had the great merit to discover particular nerve endings situated in a passage zone between muscles and tendons, called Golgi’s corpuscles that have the very important function of controlling mobility and reflex movements.
		Another fundamental discovery of Golgi is represented by one of the most important apparatus of the cell: the so called “Golgi’ s apparatus “, absolutely indispensable for life and that he was able to identify and describe thanks to his observations and colourings of tissues.
	www.provincia.imperia.it /villanobel/VersioneInglese/Golgi.htm (406 words)

	Camillo Golgi
		The discovery of Golgi cells led the German anatomist Wilhelm von Waldeyer-Hartz to postulate, and Ramon y Cajal to establish, that the nerve cell is the basic structural unit of the nervous system, a critical point in the development of modern neurology.
		The Golgi complex is found in all cells except bacteria and plays an important role in the modification and transport of proteins within the cell.
		Turning to the study of malaria (1885-93), Golgi found that the two types of intermittent malarial fevers (tertian, occurring every other day, and quartan, occurring every third day) are caused by different species of the protozoan parasite Plasmodium and that the paroxysms of fever coincide with release of the parasite's spores from red blood cells.
	medicine.nobel.brainparad.com /camillo_golgi.html (338 words)

	AllRefer.com - Camillo Golgi (Medicine, Biography) - Encyclopedia
		Camillo Golgi[kAmEl´lO gOl´jE] Pronunciation Key, 1844–1926, Italian physician, noted as a neurologist and histologist.
		He observed (1909) the Golgi apparatus, a part of the cytoplasm distinguishable by special staining and known as the Golgi bodies when in the form of separate particles.
		Golgi taught at the Univ. of Pavia from 1875.
	reference.allrefer.com /encyclopedia/G/Golgi-Ca.html (218 words)

	Camillo Golgi (1844-1926)
		Golgi promovierte 1865 mit einer Arbeit über die Ätiologie von Geisteskrankheiten bei Lombroso und wurde sein Assistent.
		Lombroso ermunterte Golgi, bei Bizzozero Forschungen auf den Gebieten der Neuroanatomie und Neurohistologie zu treiben.
		Als man 1893 Golgi den Umzug in ein neues Labor verweigert, packt er kurzerhand alles Mobiliar, alle Mikroskope und Bücher zusammen und besetzt, zusammen mit seinen Assistenten und vielen Studenten, die neuen Laborräume, in denen man zuerst ohne Wasser, Licht und Heizung anfängt zu arbeiten.
	home.tiscalinet.ch /biografien/biografien/golgi.htm (941 words)

	Golgi - Structure, Protein processing, Transport, The trans-golgi network (tgn)
		The Golgi complex is organized into three biochemically distinct compartments: the cis Golgi, the medial Golgi, and trans Golgi; the cis Golgi is closest to the ER.
		Proteins maturing in the Golgi are sorted in the TGN for transport to several locations in the cell depending upon the biochemical tags that are found on the individual proteins.
		Camillo Golgi is most noted for his studies with the human nervous system and shared the 1906 Nobel prize with Santiago Ramon y Cajal in the field of medicine.
	www.biologyreference.com /Fo-Gr/Golgi.html (1000 words)

	Golgi Bodies
		Golgi bodies, named after the Italian biologist Camillo Golgi, are composed of a stack of about half a dozen sacuoles, whose purpose in the cell are to prepare and store chemical products produced in the cell, and then to secrete these outside the cell.
		Golgi bodies are formed when small sac like pieces of membrane are pinched away from the cell.
		A portion of materials in the wall of a plant cell are assembled in the Golgi bodies.
	www.cdli.ca /~dpower/cell/golgi.htm (184 words)

	Camillo Golgi (Site not responding. Last check: )
		The discovery of Golgi cells led the German anatomist Wilhelm von Waldeyer-Hartz to postulate, and Ramon y Cajal to establish, that the nerve cell is the basic structural unit of the nervous system, a critical point in the development of modern neurology.
		The Golgi complex is found in all cells except bacteria and plays an important role in the modification and transport of proteins within the cell.
		Turning to the study of malaria (1885-93), Golgi found that the two types of intermittent malarial fevers (tertian, occurring every other day, and quartan, occurring every third day) are caused by different species of the protozoan parasite Plasmodium and that the paroxysms of fever coincide with release of the parasite's spores from red blood cells.
	www.nobel-winners.com /Medicine/camillo_golgi.html (339 words)

	Camillo Golgi
		Golgi demostró que lo que se llamaba cilindroeje (axón) estaba ramificado y descartó que las dentritas se fundieran en una red.
		Golgi se ofendió de que un español desconocido demoliera una tras otra sus teorías que avalaban la existencia de una red o retículo.
		En 1910 empezó a hablarse de aparato de Golgi, que también se encontraba en otros tipos de células.
	www.historiadelamedicina.org /Golgi.html (1760 words)

	Camillo Golgi - Biography
		Golgi himself stated that Bizzozero greatly influenced him and his methods of scientific research; at that time most of his investigations were concerned with the nervous system, i.e.
		Golgi returned to the University of Pavia as Extraordinary Professor of Histology, went to Siena for a short time, but returned to Pavia and was appointed to the Chair for General Pathology in 1881, in succession to his teacher Bizzozero.
		Golgi himself was extremely modest and reticent about his work and it is not known when exactly he made this invention.
	ca.geocities.com /med_2005perv/golgi-bio.html (587 words)

	The British Society for Cell Biology - Golgi Apparatus
		Golgi apparatus (or complex, or body, or 'the 'Golgi') is found in all plant and animal cells and is the term given to groups of flattened disc-like structures located close to the endoplasmic reticulum.
		The visible characteristics of the organelle were first reported by Camillo Golgi (1843-1926) at a meeting of the Medical Society of Pavia on 19 April 1898 when he named it the 'internal reticular apparatus'.
		Golgi apparatus is present in eucaryotic cells as one or more groups of flattened, membrane-bounded compartments or sacs.
	www.kcl.ac.uk /kis/schools/life_sciences/biomed/bscb/softcell/golgi.html (1494 words)

	Golgi Camillo - Search Results - ninemsn Encarta
		Golgi, Camillo (1844-1926), Italian doctor and Nobel laureate, noted for his studies of the human nervous system.
		The staining techniques available to the early microscopists showed the brain to be composed of cells embedded in a mass of fine felt-like processes,...
		Cavour, Camillo Benso, Conte di (1810-1861), Italian statesman, the chief architect of Italy's unification.
	au.encarta.msn.com /Golgi_Camillo.html (79 words)

	Camillo Golgi (Site not responding. Last check: )
		In 1873 Golgi developed a revolutionary staining technique, still in use and named after him (Golgi staining or Golgi impregnation), which permitted for the first time a clear visualization of a nerve cell body with all its processes.
		Using Golgi's technique, Cajal became the main supporter of the 'neuron theory' which correctly interpreted the nervous system as composed of anatomically and functionally distinct cells.
		In the years 1886-1892, Golgi provided fundamental contributions to the study of malaria: he elucidated the cycle of the malaria agent, the Plasmodium, in red blood cells, and the temporal correlation between the release of the parasite in the blood and recurrent chills and fever.
	daphne.palomar.edu /ccarpenter/camillo_golgi.htm (278 words)

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