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"Our wired nerves: the human nerve connectome reviews the unique and fascinating anatomy and physiology of the peripheral nerves and their axons. It also introduces the reader to what neuropathies are, how pain arises from damaged nerves, and how nerves might be regenerated, including new and exciting ideas over how to coax their regrowth"--Publisher.
Central nervous system. --- Nervous system, Central --- Nervous system
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Creatine (Cr) transporter deficiency (CCDS1) is a very rare and severe condition due to impaired energetic metabolism. In this work we showed for the first time the following facts: this diseases is a progressive neurodegenerative disorder in which a set of maladaptive compensatory mechanisms leads to a progressive damage of brain functions; cell energy metabolism and mitochondria seem strongly involved in the pathogenesis and they could represent useful potential targets for therapeutic interventions; inflammation seems to play an important part in this progressive damage, and this observation can pave the way to treatment strategies; neural circuits disruption involving inhibitory systems could give a huge contribute to many of the clinical aspects observed in patients, as epilepsy and cognitive impairment, since the excitatory/inhibitory balance is fundamental for the normal function of neural circuits. Factors outside the CNS are important in the pathogenesis of at least some aspects of the disorder, since the conditional KO model show difference in the timing of onset of some cognitive defects and in the presence of stereotypies.
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Neurosurgical interventions have the potential to change a person's concept of self, as well as affect their neurological and cognitive function to an unacceptable level for both patient and family. In an increasingly complex and evolving field, the ethical implications of treatments and their eventual outcomes must be carefully balanced. Ethics in Neurosurgical Practice is a comprehensive and practical guide for managing the treatment of patients with debilitating neurosurgical conditions. Chapters address specific conditions, such as traumatic brain injuries, ischemic stroke and spinal surgery, and the ethical challenges that each of these pose. Detailed case studies present potential scenarios that readers might encounter, and their outcomes. Future developments of this fast-paced field are expanded upon, including televised live surgery and the ethical aspects of innovation in neurosurgery. A broad variety of contributors in different fields, including neurosurgeons, intensivists and bioethicists, ensures comprehensive coverage from a range of views and experiences.
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An estimated 80 million people live with a neurodegenerative disease. That number is expected to increase rapidly as populations age, lifespans increase, and exposure to toxins rises. Despite decades of research and billions in funding, there are no medications that can slow, much less stop, the progress of these diseases. This is because diseases such as Parkinson's and Alzheimer's do not exist in biology. Yet, hundreds of clinical trials around the world are examining the potential of single therapies in thousands of people sharing one of these labels. Compounding the problem, these therapies were developed on evidence from models that do not come close to capturing the complexity of these diseases in the affected humans. These practices must end. Brain Fables is a call to refocus on understanding living and aging to create the personalized treatments each affected individual desperately needs.
Nervous system --- Degeneration. --- Aging.
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"Our wired nerves: the human nerve connectome reviews the unique and fascinating anatomy and physiology of the peripheral nerves and their axons. It also introduces the reader to what neuropathies are, how pain arises from damaged nerves, and how nerves might be regenerated, including new and exciting ideas over how to coax their regrowth"--Publisher.
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Creatine (Cr) transporter deficiency (CCDS1) is a very rare and severe condition due to impaired energetic metabolism. In this work we showed for the first time the following facts: this diseases is a progressive neurodegenerative disorder in which a set of maladaptive compensatory mechanisms leads to a progressive damage of brain functions; cell energy metabolism and mitochondria seem strongly involved in the pathogenesis and they could represent useful potential targets for therapeutic interventions; inflammation seems to play an important part in this progressive damage, and this observation can pave the way to treatment strategies; neural circuits disruption involving inhibitory systems could give a huge contribute to many of the clinical aspects observed in patients, as epilepsy and cognitive impairment, since the excitatory/inhibitory balance is fundamental for the normal function of neural circuits. Factors outside the CNS are important in the pathogenesis of at least some aspects of the disorder, since the conditional KO model show difference in the timing of onset of some cognitive defects and in the presence of stereotypies.
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Nervous system --- Surgery --- Examinations
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