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The life of Camillo Golgi was an extraordinary intellectual adventure in three major fields of biology and medicine, namely neuroscience, emerging cell biology, and the new science of medical microbiology.in 1873, Golgi published the description of a revolutionary histological technique which allowed one, for the first time, to visualize a single nerve cell with all its ramifications, and which could be followed and analyzed even at a great distance from the cell bodies. The so-called "black reaction" (later named the "Golgi method") provided the spark to a truly scientific revolution which allowed the morphology and the basic architecture of the cerebral tissue to be evidenced in all its complexity, thus contributing to the foundation of modern neuroscience. It has been written that, in the same way Galileo Galilei was able to find new stars observing any sky region with his telescope. Golgi was able to find new nervous structures and nerve cells by applying his black reaction to any brain region. Finally, the details of the most complex structure in the known universe, the brain, could be characterized. Golgi's black reaction is just one of his many successes and contributions to society. As this book illustrates, he has also strongly contributed to the development of cell biology with the "internal reticular apparatus" (later called the "Golgi apparatus") and to medical microbiology with his studies on malaria. Engrossing and authoritative, Golgi: A Biography of the Founder of Modern Neuroscience, is a detailed account of one of the most prominent European researchers of his time.

The life of Camillo Golgi was an extraordinary intellectual adventure in three major fields of biology and medicine, namely neuroscience, emerging cell biology, and the new science of medical microbiology.in 1873, Golgi published the description of a revolutionary histological technique which allowed one, for the first time, to visualize a single nerve cell with all its ramifications, and which could be followed and analyzed even at a great distance from the cell bodies. The so-called "black reaction" (later named the "Golgi method") provided the spark to a truly scientific revolution which allowed the morphology and the basic architecture of the cerebral tissue to be evidenced in all its complexity, thus contributing to the foundation of modern neuroscience. It has been written that, in the same way Galileo Galilei was able to find new stars observing any sky region with his telescope. Golgi was able to find new nervous structures and nerve cells by applying his black reaction to any brain region. Finally, the details of the most complex structure in the known universe, the brain, could be characterized. Golgi's black reaction is just one of his many successes and contributions to society. As this book illustrates, he has also strongly contributed to the development of cell biology with the "internal reticular apparatus" (later called the "Golgi apparatus") and to medical microbiology with his studies on malaria. Engrossing and authoritative, Golgi: A Biography of the Founder of Modern Neuroscience, is a detailed account of one of the most prominent European researchers of his time.

Camillo Golgi (1843-1926) is widely regarded as one of the founders of modern neuroscience. In 1873, he discovered the black reaction -- a histological stain which proved to be a revolutionary method for studying the structure of the nervous system. To this day, the Golgi stain is widely used. And for every student of medicine or biology, Golgi's name is synonymous with one of the basic structures in the cell: Golgi Apparatus. He discovered the apparatus in 1898 and, as a result, is among the most widely cited biologist in scientific literature. But this was only one of Golgi's many contributions to scientific research. He also devised a system for the classification of neurons on the basis of axonal distribution, identified a type of cell in the cerebellum, and described the malarial cycle in the human. His discoveries were rich with therapeutic implications, and his remarkable achievements earned him a Nobel Prize for Medicine in 1906. Most books of biology or medicine point out that Golgi is one of the giants of 19th Century scientific endeavor, but he continues to remain a relatively unknown figure in the history of neuroscience and cell biology. This long-awaited biography, in a new translation from the Italian, is a fascinating analysis of Golgi's experiments, ideas, and personal life. It is welcomed by anyone who has ever learned about his brilliant discoveries but wondered about Golgi, the person. In fact, all those with an interest in the history of science, and cell biology in particular, as well as those involved in neuroscience, medicine, and biochemistry will benefit from this book.

Neuware - Der Band IG XV umfasst die griechischen Inschriften der Insel Zypern, deren Zahl etwa auf 5.000 geschätzt wird. Ein erster Teil umfasst die Inschriften, die im sog. Kyprischen Syllabar geschrieben sind; dessen erster Faszikel (IG XV 1, 1) mit den Inschriften von Amathous, Kourion und Marion ist Anfang 2020 erschienen. Der vorliegende erste Faszikel des zweiten Teiles (IG XV 2, 1), der die Inschriften im griechischen Alphabet und die wenigen lateinischen umfasst, enthält Inschriften aus dem Ostteil von Zypern: den antiken Poleis Kition, Golgoi, Tremithus, Idalion, Tamassos und Ledra, sowie die Inschriften auf den mehr als dreihundert Tongefäßen, die im sog. Nymphaeum auf dem Hügel Kafizin gefunden worden sind. Den Hauptteil bilden Grabinschriften auf Kalksteinsäulen; daneben finden sich Aktenstücke der ptolemäischen Verwaltung, Ehren- und Weihinschriften und christliche Texte. Alle Inschriften wurden, soweit noch vorhanden, neu aufgenommen und - zum Teil erstmals - in Foto und Abklatsch dokumentiert. Ausgewertet wurden ferner die Tagebücher und epigraphischen Archive von Ludwig Ross, Paul Schröder, Max Ohnefasch-Richter, Richard Meister, Justus Siegismund und Ino Nicolaou. Die 915 Inschriften werden durch Indices umfassend erschlossen. Zu den einzelnen Poleis sind die historischen Zeugnisse vollständig gesammelt. Der zweite Faszikel des Corpus der zyprischen Alphabetinschriften (IG XV 2, 2) wird die Inschriften von Amathous und Kourion umfassen.

Camillo Golgi (1843-1926) is widely regarded as one of the founders of modern neuroscience. In 1873, he discovered the black reaction -- a histological stain which proved to be a revolutionary method for studying the structure of the nervous system. To this day, the Golgi stain is widely used. And for every student of medicine or biology, Golgi's name is synonymous with one of the basic structures in the cell: Golgi Apparatus. He discovered the apparatus in 1898 and, as a result, is among the most widely cited biologist in scientific literature. But this was only one of Golgi's many contributions to scientific research. He also devised a system for the classification of neurons on the basis of axonal distribution, identified a type of cell in the cerebellum, and described the malarial cycle in the human. His discoveries were rich with therapeutic implications, and his remarkable achievements earned him a Nobel Prize for Medicine in 1906. Most books of biology or medicine point out that Golgi is one of the giants of 19th Century scientific endeavor, but he continues to remain a relatively unknown figure in the history of neuroscience and cell biology. This long-awaited biography, in a new translation from the Italian, is a fascinating analysis of Golgi's experiments, ideas, and personal life. It is welcomed by anyone who has ever learned about his brilliant discoveries but wondered about Golgi, the person. In fact, all those with an interest in the history of science, and cell biology in particular, as well as those involved in neuroscience, medicine, and biochemistry will benefit from this book.

The dual stories of two doctors who jointly received the 1906 Nobel Prize follows the discoveries of Spanish countryside physician Cajal and Italian researcher Golgi, who raced against each other from primitive kitchen laboratories, made pivotal contributions to brain science, and ended their careers supporting significantly different theories. 15,000 first printing.

Omega, 1984. Ciencias de la Salud, Naturales y Divulgación Científica. Especialidades. Medicina. V.1 Membrana plasmática. - V.2 Aparato de Golgi, lisosomas, mitocondrios, células y virus - V.3 Cloroplastos, peroxisomas, división celular - V.4 Cromosomas, nucleolos, envoltura celular. VIII + 276 (Tomo I) + VIII + 256 (Tomo II) + VIII + 182 (Tomo III) + VIII + 186 (Tomo IV). Muy profusamente Ilustrados con Figuras, Gráficos, Fotografías e Ilustraciones en blanco y negro. Tapa blanda de editorial ilustrada. Sin subrayados. Buen estado de conservación. ISBN Obra completa: 8428206457