During the 1790s in Vienna, German physician Franz Joseph Gall (1758-1828) came forth with a new doctrine dealing with mind, brain and behavior—one that could account for individual differences. He maintained that there are many independent faculties of mind, each associated with a separate part of the brain. He fine-tuned his ideas and published two sets of books presenting them after he and his assistant, Johann Gaspar Spurzheim, settled in Paris in 1807. Gall's ideas had many supporters but were controversial and unsettling to others. In particular, the opposition ridiculed his belief that skull features reflect the growth of specific, underlying cortical organs, and hence correlate with personality traits (i.e., his ‘bumpology’). Gall’s fundamental ideas about the mind and organization of the brain were debated across the globe, and they also began to be exploited by unscrupulous businessmen, ‘professors’ who ‘read skulls’ for a living. But, as some historians have shown, his ideas about mind, brain and behavior led to the modern neurosciences. The chapters collected in this volume provide new insights into Gall’s thinking and what Spurzheim did, and the faddish movement called ‘phrenology’, which originated as a science of humankind but became a popular source of entertainment. All chapters were originally published in various issues of the Journal of the History of the Neurosciences.

During the 1790s in Vienna, German physician Franz Joseph Gall (1758-1828) came forth with a new doctrine dealing with mind, brain and behavior-one that could account for individual differences. He maintained that there are many independent faculties of mind, each associated with a separate part of the brain. He fine-tuned his ideas and published two sets of books presenting them after he and his assistant, Johann Gaspar Spurzheim, settled in Paris in 1807. Gall's ideas had many supporters but were controversial and unsettling to others. In particular, the opposition ridiculed his belief that skull features reflect the growth of specific, underlying cortical organs, and hence correlate with personality traits (i.e., his 'bumpology'). Gall's fundamental ideas about the mind and organization of the brain were debated across the globe, and they also began to be exploited by unscrupulous businessmen, 'professors' who 'read skulls' for a living. But, as some historians have shown, his ideas about mind, brain and behavior led to the modern neurosciences. The chapters collected in this volume provide new insights into Gall's thinking and what Spurzheim did, and the faddish movement called 'phrenology', which originated as a science of humankind but became a popular source of entertainment. All chapters were originally published in various issues of the Journal of the History of the Neurosciences.

This volume will look at the history of trepanation, the identification of skulls, the tools used to make the cranial openings, and theories as to why trepanation might have been performed many thousands of years ago.

It has long been recognized that damage to the mammalian central nervous system may be followed by behavioral recovery, but only re cently has close attention been directed to specific factors which may enhance or retard restitution. This is evident in the rapidly growing number of journal articles and scientific paper sessions dealing with "recovery of function," as well as in the publicity given by the popular press to some of the findings in this field. The present text seeks to examine the foundations of brain lesion research, to review recent material on a number of factors which ap pear to contribute to recovery after brain damage, and to present mod els which have been proposed to account for these effects. In order to best accomplish these goals, a number of key workers in these areas were asked to examine and describe research literatures dealing with specific problems or methodological manipulations associated with brain damage and behavior, using their own experiments and those of others to illustrate important points. In addition, significant interpre tive and theoretical issues were to be evaluated in each chapter."

No books have been published on the practice of neuroscience in the eighteenth century, a time of transition and discovery in science and medicine. This volume explores neuroscience and reviews developments in anatomy, physiology, and medicine in the era some call the Age of Reason, and others the Enlightenment. Topics include how neuroscience adopted electricity as the nerve force, how disorders such as aphasia and hysteria were treated, Mesmerism, and more.

There have been no books published on neuroscience in the eighteenth century. Yet this was an important time, with science and medicine in transition. On the one hand, there were wildly speculative theories about the nervous system, many based on Newtonian mechanics and fanciful chemistry. But on the other, this was also a time when empirical research with quantification and experimentation was coming of age. This volume examines the eighteenth-century neuroscience milieu and looks at developments in anatomy, physiology, and medicine that highlight this era, which some people have called the Age of Reason and others the Enlightenment. The book covers such things as the aims of the scientific and medical Enlightenment, how neuroscience adopted electricity as the nerve force, how disorders such as aphasia and hysteria were treated, Mesmerism, and how some of the latest ideas made their way into the culture of the day.

This well-established international series examines major areas of basic and clinical research within neuroscience, as well as emerging and promising subfields. "This volume on the neurosciences, neurology, and literature vividly shows how science and the humanities can come together --- and have come together in the past. Its sections provide a new, broad look at these interactions, which have received surprisingly little attention in the past. Experts in the field cover literature as a window to neurological and scientific zeitgeists, theories of brain and mind in literature, famous authors and their suspected neurological disorders, and how neurological disorders and treatments have been described in literature. In addition, a myriad of other topics are covered, including some on famous authors whose important connections to the neurosciences have been overlooked (e.g., Roget, of Thesaurus fame), famous neuroscientists who should also be associated with literature, and some overlooked scientific and medical men who helped others produce great literary works (e, g., Bram Stoker's Dracula). There has not been a volume with this coverage in the past, and the connections it provides should prove fascinating to individuals in science, medicine, history, literature, and various other disciplines."
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This book looks at literature, medicine, and the brain sciences both historically and in the light of the newest scholarly discoveries and insights."

Did you ever ask whether music makes people smart, why a Parkinson patient's gait is improved with marching tunes, and whether Robert Schumann was suffering from schizophrenia or Alzheimer's disease? This broad but comprehensive book deals with history and new discoveries about music and the brain. It provides a multi-disciplinary overview on music processing, its effects on brain plasticity, and the healing power of music in neurological and psychiatric disorders. In this context, the disorders the plagued famous musicians and how they affected both performance and composition are critically discussed, and music as medicine, as well as music as a potential health hazard are examined. Among the other topics covered are: how music fit into early conceptions of localization of function in the brain, the cultural roots of music in evolution, and the important roles played by music in societies and educational systems.

Music, Neurology, and Neuroscience: Historical Connections and Perspectives provides a broad and comprehensive discussion of history and new discoveries regarding music and the brain, presenting a multidisciplinary overview on music processing, its effects on brain plasticity, and the healing power of music in neurological and psychiatric disorders. In this context, the disorders that plagued famous musicians and how they affected both performance and composition are critically discussed, as is music as medicine and its potential health hazard. Additional topics, including the way music fits into early conceptions of localization of function in the brain, its cultural roots in evolution, and its important roles in societies and educational systems are also explored.

The idea for the present volume grew from discussions that the four of us had among ourselves and with our colleagues at recent scientific meetings. All of us were impressed by the wealth of empirical data that was being generated by investigators interested in brain damage and recovery from both behavioral and biological orientations. Nevertheless, we were concerned about the relative paucity of attempts to evaluate the data provided by new technologies in more than a narrow context or to present new theories or reexamine time-honored ideas in the light of new findings. We recognized that science is guided by new technologies, by hard data, and by theories and ideas. Yet we were forced to conclude that, although investi gators were often anxious to publicize new methods and empirical fmdings, the same could not be said about broad hypotheses, underlying concepts, or in ferences and speculations that extended beyond the empirical data. Not only were many scientists not formally discussing the broad implications of their data, but, when stimulating ideas were presented, they were more likely to be heard in the halls or over a meal than in organized sessions at scientific meetings."

Selected by Choice magazine as an Outstanding Academic Title Among his many accomplishments, Benjamin Franklin was instrumental in founding the first major civilian hospital and medical school and in the American colonies. He studied the efficacy of smallpox inoculation and investigated the causes of the common cold. His inventions-including bifocal lenses and a "long arm" that extended the user's reach-made life easier for the aged and afflicted. In Doctor Franklin's Medicine, Stanley Finger uncovers the instrumental role that this scientist, inventor, publisher, and statesman played in the development of the healing arts-enhancing preventive and bedside medicine, hospital care, and even personal hygiene in ways that changed the face of medical care in both America and Europe. As Finger shows, Franklin approached medicine in the spirit of the Enlightenment and with the mindset of an experimental natural philosopher, seeking cures for diseases and methods of alleviating symptoms of illnesses. He was one of the first people to try to use electrical shocks to help treat paralytic strokes and hysteria, and even suggested applying shocks to the head to treat depressive disorders. He also strove to topple one of the greatest fads in eighteenth-century medicine: mesmerism. Doctor Franklin's Medicine looks at these and the many other contributions that Franklin made to the progress of medical knowledge, including a look at how Franklin approached his own chronic illnesses of painful gout and a large bladder stone. Written in accessible prose and filled with new information on the breadth of Franklin's interests and activities, Doctor Franklin's Medicine reveals the impressive medical legacy of this Founding Father.

Having a phrenological 'head reading' was one of the most significant fads of the nineteenth century - a means for better knowing oneself and a guide for self-improvement. Samuel Clemens (Mark Twain) had a lifelong yet long overlooked interest in phrenology, the pseudoscience claiming to correlate skull features with specialized brain areas and higher mental traits. Twain's books are laced with phrenological terms and concepts, and he lampooned the head readers in Tom Sawyer and Huckleberry Finn. He was influenced by Dr. Oliver Wendell Holmes, who also used his humor to assail head readers and educate the public. Finger shows that both humorists accepted certain features of phrenology, but not their skull-based ideas. By examining a fascinating topic at the intersection of literature and the history of neuroscience, this engaging study will appeal to readers interested in phrenology, science, medicine, American history, and the lives and works of Twain and Holmes.

This volume on neuroscience, neurology, and the fine arts brings several disciplines together. It presents current thoughts and modern examples about how science, medicine and the arts have interacted in the past and are still converging. This volume specifically explores the history and modern perspective on neurology and neuroscience.

This volume explores the history and modern perspective on neurology and neuroscience."

This well-established international series examines major areas of basic and clinical research within neuroscience, as well as emerging and promising subfields. This volume explores the history and modern perspective on neurology and neuroscience.

This well-established international series examines major areas of basic and clinical research within neuroscience, as well as emerging and promising subfields. This volume explores the history and modern perspective on neurology and neuroscience.

This well-established international series examines major areas of basic and clinical research within neuroscience, as well as emerging and promising subfields. This volume on the neurosciences, neurology, and literature vividly shows how science and the humanities can come together --- and have come together in the past. Its sections provide a new, broad look at these interactions, which have received surprisingly little attention in the past. Experts in the field cover literature as a window to neurological and scientific zeitgeists, theories of brain and mind in literature, famous authors and their suspected neurological disorders, and how neurological disorders and treatments have been described in literature. In addition, a myriad of other topics are covered, including some on famous authors whose important connections to the neurosciences have been overlooked (e.g., Roget, of Thesaurus fame), famous neuroscientists who should also be associated with literature, and some overlooked scientific and medical men who helped others produce great literary works (e, g., Bram Stoker's "Dracula"). There has not been a volume with this coverage in the past, and the connections it provides should prove fascinating to individuals in science, medicine, history, literature, and various other disciplines.

This book looks at literature, medicine, and the brain sciences both historically and in the light of the newest scholarly discoveries and insights.

How do we become aware of things and events in the outside world, and how does the brain control the muscular system and behavior? This book examines the history of Western attempts to explain how messages might be sent from the sense organs to the brain and from the brain to the muscles. It focuses on a construct called animal spirit, which would permeate philosophy and guide physiology and medicine for over two millennia.
The authors' story opens along the Eastern Mediterranean, where they examine how Pre-Socratic philosophers related the soul to air-wind or pneuma. They then trace what Hippocrates, Plato and Aristotle wrote about this pneuma, and how Stoic and Epicurean philosophers approached it. They also visit Alexandria, where Hellenistic anatomists provided new thoughts about the nerves and the ventricles. Thereafter, the authors return to the Greek mainland, where they show how Galen's pneuma psychikon or spiritus animae would provide an explanation for sensations and movements.
Galen's writings would guide science and medicine for well over a thousand years, albeit with some modifications. One change, found in early Christian writers Nemesius and Augustine, involved assigning perception, cognition, and memory to different spirit-filled ventricles. After examining how pious Scholastics later dealt with the nerve spirit, the authors turn to how questions began to be raised about it in the 1500s and 1600s. Here they examine the rise of modern science with its revealing experiments, microscopic observations, and attempts to break with the past. Descartes, Swammerdam, Borelli, Glisson, Willis, Newton, Hartley, Boerhaave and Haller are among the featured players in this part of the story.
Nevertheless, the animal spirit doctrine continued to survive (although modified), because no adequate replacement for it was immediately forthcoming. The replacement theory stemmed from experiments on electric fishes started in the 1750s. Additional research on these fishes and then on frogs eventually led scientists to abandon their time-honored ideas. The authors trace some of the developments leading to modern electrophysiology and end with an epilogue centered on what this history teaches us about paradigmatic changes in the life sciences.

This book looks at how three kinds of strongly electric fishes literally became "electrical," and how they helped to change the sciences and medicine. These fishes are the flat torpedo rays common to the Mediterranean, the electric catfishes of Africa, and an "eel" from South America. The discovery of the electrical nature of these fishes in the second half of the 18th century was the starting point of the two fundamental advances in the sciences: on the physiological side, the demonstration that nerve conduction and muscle excitation are electrical phenomena, and on the physical side, the invention of the electric battery. Starting with catfish tomb drawings from Ancient Egypt and colorful descriptions of torpedoes from the Classical Era, the authors show how these fishes were both fascinating and mysterious to the ancients. After all, not only could they produce torpor and temporary numbness when touched, they could stun through intermediaries, such as wet nets and spears.
Various explanations were given for these remarkable actions in ancient times, including the idea that they might release some sort of cold venom. Through the Renaissance, they also tended to be associated with occult and magical qualities. During the 1600s, natural philosophers speculated that rapid movements of specialized muscles could account for their actions. This idea was widely accepted until the 1750s, when the possibility that their shocks might be electrical began to be discussed.
Showing how researchers set forth to provide support for fish electricity is a major focus of this book. Here the authors transport us into the jungles of South America and later show how some live eels were transported to London, where John Walsh demonstrated in1776 that they can actually spark.
Subsequent chapters deal with further evidence for specialized fish electricity and how electric fishes helped to change ideas about even our own physiology. The authors also show how these fish remained a part of medicine, and how Volta modeled his revolutionary "pile" or electric battery on their anatomy.
From beginning to end, this drama is firmly anchored in the philosophy and science of the day. Moreover, with biographical information about the key players, readers can fully appreciate what they were thinking as they tried to understand one of Nature's greatest puzzles - a mystery that would transform nerve and muscle physiology in ways that earlier generations could not have anticipated. Although a scholarly volume, the book's style is generally narrative and, with its hundreds of magnificent illustrations, it should appeal to a large audience.

Now in a more affordable paperback version! A best seller!
Attractively illustrated with over a hundred halftones and drawings, this volume presents a series of vibrant profiles that trace the evolution of our knowledge about the brain.
Beginning almost 5000 years ago, with the ancient Egyptian study of "the marrow of the skull," Stanley Finger takes us on a fascinating journey from the classical world of Hippocrates, to the time of Descartes and the era of Broca and Ramon y Cajal, to modern researchers such as Sperry. Here is a truly remarkable cast of characters. We meet Galen, a man of titanic ego and abrasive disposition, whose teachings dominated medicine for a thousand years; Vesalius, a contemporary of Copernicus, who pushed our understanding of human anatomy to new heights; Otto Loewi, pioneer in neurotransmitters, who gave the Nazis his Nobel prize money and fled Austria for England; and Rita Levi-Montalcini, discoverer of nerve growth factor, who in war-torn Italy was forced to do her research in her bedroom. For each individual, Finger examines the philosophy, the tools, the books, and the ideas that brought new insights. Finger also looks at broader topics--how dependent are researchers on the work of others? What makes the time ripe for discovery? And what role does chance or serendipity play? And he includes many fascinating background figures as well, from Leonardo da Vinci and Emanuel Swedenborg to Karl August Weinhold--who claimed to have reanimated a dead cat by filling its skull with silver and zinc--and Mary Shelley, whose Frankenstein was inspired by such experiments.
Wide ranging in scope, imbued with an infectious spirit of adventure, here are vividportraits of giants in the field of neuroscience--remarkable individuals who found new ways to think about the machinery of the mind.