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A Molecule Away from Madness: Tales of the Hijacked Brain

Sara Manning Peskin

218 Pages
2022-02-08

A Molecule Away from Madness: Tales of the Hijacked Brain

W. W. Norton & Company

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"A Molecule Away from Madness: Tales of the Hijacked Brain" - Summary

"A Molecule Away from Madness: Tales of the Hijacked Brain" by Sara Manning Peskin is a captivating exploration of the human brain's vulnerabilities. Peskin, a cognitive neurologist, shares gripping stories of individuals whose lives have been dramatically altered by molecular malfunctions. From a college student who believes she's fighting zombies to a man whose proposal turns into a violent episode, these tales highlight the delicate balance within our brains. The book combines historical insights with modern medical detective work, making it both educational and engaging. Peskin's narrative underscores the profound impact of neurological diseases on patients and their families, making it a must-read for anyone interested in the mysteries of the human mind.

Key Ideas

1

The Fragility of the Brain

Peskin illustrates how the very molecules that sustain our brain functions can also lead to its downfall. Through various case studies, she shows how minor molecular changes can result in severe neurological disorders, emphasizing the brain's delicate balance.

2

Historical and Modern Medical Insights

The book provides a blend of historical context and contemporary medical detective work. Peskin takes readers through the journey of scientific discoveries, highlighting the dedication and sometimes controversial methods of scientists who have contributed to our understanding of the brain.

3

Human Impact of Neurological Diseases

Beyond the scientific and medical aspects, Peskin focuses on the human stories behind these conditions. She portrays the emotional and psychological toll on patients and their families, making the reader appreciate the profound impact of diseases like Alzheimer's on personal relationships and family dynamics.

FAQ's

The main focus of "A Molecule Away from Madness: Tales of the Hijacked Brain" is to explore the vulnerabilities of the human brain through gripping stories of individuals affected by molecular malfunctions. The book combines historical insights with modern medical detective work to highlight the delicate balance within our brains and the profound impact of neurological diseases on patients and their families.

"A Molecule Away from Madness: Tales of the Hijacked Brain" is a must-read for anyone interested in the mysteries of the human mind, including those fascinated by neuroscience, medical history, and the emotional and psychological impact of neurological diseases on individuals and their families.

Sara Manning Peskin, a cognitive neurologist, brings a unique perspective to "A Molecule Away from Madness: Tales of the Hijacked Brain" by combining her medical expertise with compelling storytelling. She provides a blend of historical context and contemporary medical detective work, offering readers a comprehensive understanding of the scientific discoveries and the human stories behind neurological conditions.

๐Ÿ’ก Full 15min Summary

Unraveling molecular villains revolutionizes cognitive neurology, enabling targeted treatments and prevention strategies for brain disorders.
0:00 / 2:08

Molecular villains, including mutants, rebels, invaders, and evaders, play a significant role in cognitive neurology, contributing to various cognitive disorders such as Alzheimer's disease and other brain diseases. These molecular villains can be classified into four categories: mutants, rebels, invaders, and evaders.

Mutants are altered sequences of DNA that can cause devastating cognitive disorders, passed down through generations. Advances in neurology have led to the discovery of specific genetic mutations responsible for certain conditions, allowing for targeted treatments and prevention strategies. For example, researchers have identified the most common genetic cause of frontotemporal dementia, which has been linked to 10% of cases and is also associated with amyotrophic lateral sclerosis (ALS). In vitro fertilization now enables thousands of people worldwide to prevent the mutant gene from appearing in their offspring.

Rebels are aberrant proteins that can cause hallucinations, anger, and dementia. Research on NMDA receptor encephalitis, a condition caused by antibodies attacking molecules on the surface of neurons, has led to the identification of over 100 cases in just one year. The discovery of new antibodies has allowed more patients to receive a molecular explanation for their symptoms, with many going on to make a complete recovery.

Invaders are small molecules that can harm the brain when present, while evaders are those that cause damage when absent. The conquest of vitamin deficiencies, such as pellagra, has been a significant molecular triumph, with most cases now preventable or curable.

Understanding these molecular villains has revolutionized the field of cognitive neurology, paving the way for targeted treatments and prevention strategies. As research continues to uncover the molecular causes of cognitive disorders, we move closer to finding effective solutions for these devastating conditions.

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