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777 result(s) for "Neurophysiology history."
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Dawn of the neuron : the early struggles to trace the origin of nervous systems
Examines \"the labours and lives of scientists who studied coelenterate nervous systems over several generations, and who approached the puzzling origin of the first nerve cells through the process outlined in evolutionary theory, [and also explores] how these scientists, who were willing to embrace improved and paradigm-changing scientific methods, still revealed their cultural backgrounds, their societal biases, and their attachments to schools of thought and academic traditions while presenting their ground-breaking work\"--Amazon.com.
Dawn of the Neuron
In science, sometimes it is best to keep things simple. Initially discrediting the discovery of neurons in jellyfish, mid-nineteenth-century scientists grouped jellyfish, comb-jellies, hydra, and sea anemones together under one term - \"coelenterates\" - and deemed these animals too similar to plants to warrant a nervous system. In Dawn of the Neuron, Michel Anctil shows how Darwin's theory of evolution completely eradicated this idea and cleared the way for the modern study of the neuron. Once zoologists accepted the notion that varying levels of animal complexity could evolve, they began to use simple-structured creatures such as coelenterates and sponges to understand the building blocks of more complicated nervous systems. Dawn of the Neuron provides fascinating insights into the labours and lives of scientists who studied coelenterate nervous systems over several generations, and who approached the puzzling origin of the first nerve cells through the process outlined in evolutionary theory. Anctil also reveals how these scientists, who were willing to embrace improved and paradigm-changing scientific methods, still revealed their cultural backgrounds, their societal biases, and their attachments to schools of thought and academic traditions while presenting their ground-breaking work. Their attitudes toward the neuron doctrine - where neurons are individual, self-contained cells - proved decisive in the exploration of how neurons first emerged. Featuring photographs and historical sketches to illustrate this quest for knowledge, Dawn of the Neuron is a remarkably in-depth exploration of the link between Darwin's theory of evolution and pioneering studies and understandings of the first evolved nervous systems
One hundred years of phase polymorphism research in locusts
One hundred years ago in 1921, Sir Boris Uvarov recognized that two locust species are one species but appearing in two different phases, a solitarious and a gregarious phase. As locust swarms are still a big problem affecting millions of people, basic research has tried to understand the causes for the transition between phases. This phenomenon of phase polymorphism, now called polyphenism, is a very complex multifactorial process and this short review will draw attention to this important aspect of insect research.
One hundred years from Otto Loewi experiment, a dream that revolutionized our view of neurotransmission
One hundred years ago, a 4-page paper published in the Pflüger’s Archiv fűr die Gesamte Physiologie des Menschen und der Tiere dramatically changed our view on synaptic transmission. The paper reported an ingenious, yet straightforward experiment made by Professor Otto Loewi in 1920 and published in 1921, which constitutes the first clear-cut proof for the chemical nature of transmission of the nerve impulse from nerve to muscle. The approach to this experiment was, however, tortuous and long.
Cognition and Recognition: On the Origin of Movement
Featuring the life and work of the physiologist turned neurologist G.G.J. Rademaker against the background of flourishing clinical research in the Netherlands of the early 20th century, this book charts the rise and fall of a branch of experimental neurophysiology of which Rademaker was a master.
David Ferrier
Courtesy of the Queen Square Library, Archive and Museum Pioneering neurophysiologist whose research illuminated the role of the cerebral cortex in motor function and epilepsy.