Chapter category: Neurodegenerative Disease
Cell Cycle Activation and Cell Death in the Nervous System
Cell-Cycle Mechanisms and Neuronal Cell Death
Edited by: Agata Copani and Ferdinando NicolettiISBN: 0-306-47850-1
» Get more information about this book at landesbioscience.com «
Chapter authors:
Zsuzsanna Nagy
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Additional chapters from this book:
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Today, a new chapter is being written in the book of Alzheimer disease, one that is challenging the longstanding view that adult neurons are incapable of division, remain nonproliferative, and are t...
Cell Cycle Activation in Neurons: The Final Exit of Brain Morpho-Dysregulation
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Mammalien cells act and react within frameworks of defined cellular programmes such as division, movement, adhesion, differentiation and death, integrating both genetic and epigenetic information. E...
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Despite a common set of hallmark neuropathological lesions and clinical symptoms, Alzheimer’s disease has an apparently complex etiology. The disease can be caused by autosomal dominant mutations in...
Cell Cycle Activation and Cell Death in the Nervous System
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The discovery of the cell division cycle opened new avenues for the understanding of cancer as well as in the search for therapy. However, the implications of the discovery had a more profound effec...
The Role of Presenilins in the Cell Cycle and Apoptosis
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Alzheimer’s disease (AD) is the most common cause of dementia in the elderly, affecting approximately 10% of individuals by 65 years of age and 47% by 85 years of age. Whereas the majority of AD cas...
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Cell division is among the most basic of biological processes. All life forms, from blue-green algae to human hepatocytes, ultimately depend for their survival on the ability of one cell to create t...
Alzheimer Disease—A New Beginning, or a Final Exit?
Mark E. Obrenovich, Arun K. Raina, Osamu Ogawa, Craig S. Atwood, Laura Morelli and Mark A. Smith
Today, a new chapter is being written in the book of Alzheimer disease, one that is challenging the longstanding view that adult neurons are incapable of division, remain nonproliferative, and...
